TAOCP 7.2.2.2: Satisfiability
Section 7.2.2.2 exercises: 526/526 solved.
Section 7.2.2.2. Satisfiability
Exercises from TAOCP Volume 4 Section 7.2.2.2: 526/526 solved.
| # | Rating | Category | Status | Time |
|---|---|---|---|---|
| 1 | [10] | simple | verified | 51s |
| 2 | [20] | medium | solved | 58s |
| 3 | [M21] | math-medium | verified | 1m30s |
| 4 | [22] | medium | solved | 1m30s |
| 5 | [M46] | math-research | solved | 2m55s |
| 6 | ▶ [HM37] | hm-project | verified | 1m50s |
| 7 | [21] | medium | solved | 1m47s |
| 8 | ▶ [20] | medium | verified | 1m23s |
| 9 | [24] | medium | solved | 2m13s |
| 10 | ▶ [21] | medium | solved | 1m53s |
| 11 | [27] | hard | solved | 5m06s |
| 12 | [21] | medium | solved | 2m48s |
| 13 | [24] | medium | solved | 2m48s |
| 14 | [22] | medium | verified | 56s |
| 15 | [24] | medium | solved | 1m36s |
| 16 | [21] | medium | solved | 2m20s |
| 17 | [26] | hard | solved | 2m34s |
| 18 | ▶ [28] | hard | solved | 4m15s |
| 19 | ▶ [29] | hard | solved | 5m30s |
| 20 | [40] | project | solved | 6m04s |
| 21 | [22] | medium | solved | 5m48s |
| 22 | [20] | medium | solved | 7m23s |
| 23 | [20] | medium | solved | 5m47s |
| 24 | ▶ [M32] | math-hard | solved | 5m57s |
| 25 | [21] | medium | solved | 5m55s |
| 26 | [22] | medium | solved | 5m56s |
| 27 | [20] | medium | solved | 13m42s |
| 28 | ▶ [20] | medium | solved | 3m52s |
| 29 | ▶ [20] | medium | solved | 4m01s |
| 30 | ▶ [22] | medium | solved | 3m46s |
| 31 | [28] | hard | solved | 10m20s |
| 32 | [15] | simple | solved | 3m55s |
| 33 | [21] | medium | solved | 3m28s |
| 34 | [HM26] | hm-hard | solved | 3m52s |
| 35 | ▶ [22] | medium | solved | 11m41s |
| 36 | ▶ [22] | medium | solved | 3m56s |
| 37 | [20] | medium | solved | 4m03s |
| 38 | [M25] | math-medium | solved | 3m45s |
| 39 | [M46] | math-research | solved | 3m56s |
| 40 | [01] | simple | solved | 4m |
| 41 | [M31] | math-hard | solved | 3m58s |
| 42 | [21] | medium | solved | 3m59s |
| 43 | ▶ [21] | medium | solved | 3m47s |
| 44 | ▶ [30] | hard | solved | 3m45s |
| 45 | [20] | medium | solved | 3m43s |
| 46 | [30] | hard | solved | 3m52s |
| 47 | [30] | hard | solved | 3m43s |
| 48 | [20] | medium | solved | 3m44s |
| 49 | [21] | medium | solved | 3m43s |
| 50 | [24] | medium | solved | 3m47s |
| 51 | [40] | project | solved | 2m45s |
| 52 | [15] | simple | solved | 3m47s |
| 53 | ▶ [M20] | math-medium | solved | 3m50s |
| 54 | ▶ [29] | hard | solved | 4m07s |
| 55 | [21] | medium | solved | 3m45s |
| 56 | ▶ [22] | medium | solved | 3m44s |
| 57 | [29] | hard | solved | 6m33s |
| 58 | ▶ [20] | medium | solved | 3m41s |
| 59 | [M20] | math-medium | solved | 3m42s |
| 60 | [24] | medium | solved | 3m44s |
| 61 | [30] | hard | solved | 3m43s |
| 62 | [29] | hard | solved | 3m42s |
| 63 | ▶ [29] | hard | solved | 3m42s |
| 64 | [26] | hard | solved | 3m40s |
| 65 | ▶ [28] | hard | solved | 2m21s |
| 66 | [24] | medium | solved | 3m44s |
| 67 | [2\frac{1}{2}] | other | solved | 3m41s |
| 68 | [39] | project | solved | 3m40s |
| 69 | [23] | medium | solved | 3m45s |
| 70 | [21] | medium | solved | 3m45s |
| 71 | ▶ [22] | medium | solved | 3m43s |
| 72 | [28] | hard | solved | 3m42s |
| 73 | ▶ [21] | medium | solved | 3m49s |
| 74 | [M28] | math-hard | solved | 3m44s |
| 75 | [M22] | math-medium | solved | 3m44s |
| 76 | [41] | project | solved | 3m40s |
| 77 | [20] | medium | solved | 3m45s |
| 78 | [21] | medium | solved | 3m47s |
| 79 | [29] | hard | solved | 3m43s |
| 80 | [21] | medium | solved | 3m41s |
| 81 | [21] | medium | solved | 3m46s |
| 82 | ▶ [22] | medium | solved | 3m42s |
| 83 | [21] | medium | solved | 3m43s |
| 84 | [33] | hard | solved | 3m40s |
| 85 | ▶ [39] | project | solved | 3m43s |
| 86 | [M29] | math-hard | solved | 3m49s |
| 87 | [21] | medium | solved | 3m50s |
| 88 | [15] | simple | solved | 3m43s |
| 89 | [21] | medium | solved | 3m42s |
| 90 | [20] | medium | solved | 3m51s |
| 91 | [M21] | math-medium | solved | 3m43s |
| 92 | [20] | medium | solved | 3m41s |
| 93 | [20] | medium | solved | 3m45s |
| 94 | ▶ [21] | medium | solved | 3m44s |
| 95 | [20] | medium | solved | 3m44s |
| 96 | [22] | medium | solved | 3m42s |
| 97 | [20] | medium | solved | 3m43s |
| 98 | ▶ [M23] | math-medium | solved | 3m42s |
| 99 | [25] | medium | solved | 3m43s |
| 100 | [22] | medium | verified | 1m31s |
| 101 | ▶ [31] | hard | solved | 2m13s |
| 102 | [22] | medium | solved | 1m53s |
| 103 | [18] | medium | verified | 1m36s |
| 104 | [M21] | math-medium | solved | 5m50s |
| 105 | ▶ [M28] | math-hard | solved | 5m46s |
| 106 | [M20] | math-medium | verified | 2m16s |
| 107 | ▶ [22] | medium | solved | 2m17s |
| 108 | [23] | medium | solved | 2m07s |
| 109 | ▶ [20] | medium | verified | 1m34s |
| 110 | [19] | medium | solved | 3m22s |
| 111 | [40] | project | solved | 4m39s |
| 112 | [46] | research | solved | 2m04s |
| 113 | ▶ [30] | hard | solved | 2m42s |
| 114 | [27] | hard | solved | 2m15s |
| 115 | [25] | medium | solved | 2m15s |
| 116 | [22] | medium | verified | 3m05s |
| 117 | [23] | medium | verified | 1m03s |
| 118 | [20] | medium | solved | 1m22s |
| 119 | [18] | medium | solved | 2m |
| 120 | [M20] | math-medium | verified | 1m23s |
| 121 | [21] | medium | solved | 1m37s |
| 122 | ▶ [21] | medium | solved | 2m23s |
| 123 | [17] | medium | solved | 3m07s |
| 124 | ▶ [21] | medium | solved | 2m40s |
| 125 | ▶ [20] | medium | verified | 1m40s |
| 126 | [20] | medium | solved | 3m06s |
| 127 | [17] | medium | solved | 2m17s |
| 128 | [19] | medium | solved | 1m26s |
| 129 | [20] | medium | solved | 2m32s |
| 130 | [22] | medium | solved | 2m27s |
| 131 | ▶ [30] | hard | solved | 2m06s |
| 132 | ▶ [32] | hard | solved | 4m04s |
| 133 | ▶ [25] | medium | solved | 3m06s |
| 134 | [22] | medium | solved | 2m04s |
| 135 | ▶ [16] | medium | verified | 1m20s |
| 136 | [15] | simple | verified | 2m04s |
| 137 | [24] | medium | solved | 1m28s |
| 138 | [20] | medium | solved | 1m55s |
| 139 | [25] | medium | verified | 1m31s |
| 140 | [21] | medium | solved | 1m21s |
| 141 | [18] | medium | solved | 2m03s |
| 142 | [24] | medium | solved | 2m |
| 143 | ▶ [30] | hard | solved | 2m09s |
| 144 | [15] | simple | solved | 2m09s |
| 145 | [23] | medium | solved | 3m28s |
| 146 | [25] | medium | verified | 1m44s |
| 147 | [05] | simple | verified | 1m46s |
| 148 | [21] | medium | verified | 1m26s |
| 149 | ▶ [26] | hard | verified | 1m39s |
| 150 | [21] | medium | verified | 5m52s |
| 151 | ▶ [26] | hard | solved | 5m14s |
| 152 | [22] | medium | solved | 3m28s |
| 153 | [17] | medium | solved | 2m21s |
| 154 | [20] | medium | verified | 1m47s |
| 155 | [32] | hard | solved | 2m08s |
| 156 | [05] | simple | verified | 1m14s |
| 157 | [10] | simple | solved | 1m57s |
| 158 | [15] | simple | solved | 2m23s |
| 159 | [M17] | math-medium | verified | 1m29s |
| 160 | [18] | medium | verified | 1m33s |
| 161 | ▶ [21] | medium | solved | 2m48s |
| 162 | [21] | medium | verified | 1m43s |
| 163 | [M25] | math-medium | solved | 2m37s |
| 164 | [M30] | math-hard | solved | 2m06s |
| 165 | ▶ [26] | hard | verified | 1m46s |
| 166 | [30] | hard | solved | 1m04s |
| 167 | ▶ [21] | medium | solved | 1m44s |
| 168 | [26] | hard | verified | 49s |
| 169 | ▶ [HM30] | hm-hard | solved | 2m57s |
| 170 | [25] | medium | solved | 3m17s |
| 171 | [20] | medium | solved | 8m46s |
| 172 | [21] | medium | solved | 2m45s |
| 173 | [40] | project | solved | 3m28s |
| 174 | [15] | simple | verified | 1m13s |
| 175 | [32] | hard | solved | 31s |
| 176 | [M25] | math-medium | solved | 3m45s |
| 177 | [HM26] | hm-hard | solved | 3m51s |
| 178 | ▶ [M23] | math-medium | solved | 2m58s |
| 179 | [25] | medium | verified | 2m21s |
| 180 | ▶ [25] | medium | solved | 36s |
| 181 | ▶ [25] | medium | verified | 2m40s |
| 182 | [M16] | math-medium | solved | 5m07s |
| 183 | [M30] | math-hard | solved | 4m17s |
| 184 | [M20] | math-medium | solved | 4m38s |
| 185 | [M20] | math-medium | solved | 5m55s |
| 186 | [M21] | math-medium | solved | 1m47s |
| 187 | [M20] | math-medium | verified | 7m01s |
| 188 | [HM25] | hm-medium | solved | 6m11s |
| 189 | [27] | hard | solved | 3m50s |
| 190 | [M20] | math-medium | solved | 5m51s |
| 191 | [M25] | math-medium | solved | 2m07s |
| 192 | ▶ [HM21] | hm-medium | solved | 1m58s |
| 193 | [HM48] | hm-research | solved | 1m54s |
| 194 | [HM19] | hm-medium | solved | 2m02s |
| 195 | [HM21] | hm-medium | solved | 5m33s |
| 196 | ▶ [HM25] | hm-medium | solved | 5m37s |
| 197 | [HM21] | hm-medium | solved | 5m13s |
| 198 | ▶ [HM30] | hm-hard | solved | 5m37s |
| 199 | [M21] | math-medium | solved | 6m |
| 200 | ▶ [M21] | math-medium | solved | 5m54s |
| 201 | [HM29] | hm-hard | solved | 5m51s |
| 202 | [HM21] | hm-medium | solved | 5m51s |
| 203 | [HM93] | hm-research | solved | 7m24s |
| 204 | ▶ [28] | hard | solved | 6m35s |
| 205 | [26] | hard | solved | 6m |
| 206 | [M22] | math-medium | solved | 5m52s |
| 207 | [22] | medium | solved | 7m41s |
| 208 | [25] | medium | solved | 8m21s |
| 209 | [25] | medium | solved | 6m10s |
| 210 | [M36] | math-project | solved | 6m02s |
| 211 | [30] | hard | solved | 5m57s |
| 212 | [32] | hard | solved | 6m06s |
| 213 | ▶ [M26] | math-hard | solved | 6m03s |
| 214 | [HM38] | hm-project | solved | 5m54s |
| 215 | ▶ [HM23] | hm-medium | solved | 5m59s |
| 216 | [HM38] | hm-project | solved | 5m55s |
| 217 | [20] | medium | solved | 5m58s |
| 218 | [20] | medium | solved | 5m58s |
| 219 | ▶ [M20] | math-medium | solved | 5m57s |
| 220 | [M24] | math-medium | solved | 5m46s |
| 221 | [16] | medium | solved | 5m52s |
| 222 | [M30] | math-hard | solved | 5m53s |
| 223 | [HM40] | hm-project | solved | 5m49s |
| 224 | [M20] | math-medium | solved | 5m57s |
| 225 | ▶ [M31] | math-hard | solved | 5m59s |
| 226 | [M30] | math-hard | solved | 5m56s |
| 227 | [M27] | math-hard | solved | 5m47s |
| 228 | ▶ [M21] | math-medium | solved | 5m44s |
| 229 | [M21] | math-medium | solved | 5m50s |
| 230 | [M22] | math-medium | solved | 5m50s |
| 231 | [M30] | math-hard | solved | 6m01s |
| 232 | [M28] | math-hard | solved | 5m49s |
| 233 | [16] | medium | solved | 5m59s |
| 234 | [20] | medium | solved | 6m01s |
| 235 | [30] | hard | solved | 5m58s |
| 236 | [8] | simple | solved | 6m04s |
| 237 | [28] | hard | solved | 5m48s |
| 238 | [HM21] | hm-medium | solved | 6m11s |
| 239 | ▶ [M21] | math-medium | solved | 5m58s |
| 240 | [HM23] | hm-medium | solved | 5m59s |
| 241 | [20] | medium | solved | 5m58s |
| 242 | [M20] | math-medium | solved | 6m04s |
| 243 | [HM31] | hm-hard | solved | 5m54s |
| 244 | [M20] | math-medium | solved | 5m57s |
| 245 | ▶ [M27] | math-hard | solved | 6m |
| 246 | ▶ [M28] | math-hard | solved | 6m04s |
| 247 | [18] | medium | solved | 6m01s |
| 248 | [M20] | math-medium | solved | 5m55s |
| 249 | [18] | medium | solved | 5m51s |
| 250 | [§5] | other | solved | 5m56s |
| 251 | ▶ [30] | hard | solved | 6m05s |
| 252 | [M26] | math-hard | solved | 5m59s |
| 253 | ▶ [18] | medium | solved | 7m15s |
| 254 | [16] | medium | solved | 5m55s |
| 255 | ▶ [20] | medium | solved | 5m53s |
| 256 | [20] | medium | solved | 5m56s |
| 257 | ▶ [30] | hard | solved | 5m52s |
| 258 | [21] | medium | solved | 5m53s |
| 259 | [M20] | math-medium | solved | 6m16s |
| 260 | [21] | medium | solved | 5m55s |
| 261 | [21] | medium | solved | 6m09s |
| 262 | [20] | medium | solved | 5m50s |
| 263 | [21] | medium | solved | 5m54s |
| 264 | [20] | medium | solved | 5m51s |
| 265 | [21] | medium | solved | 5m53s |
| 266 | [20] | medium | solved | 13m08s |
| 267 | [25] | medium | solved | 13m57s |
| 268 | [21] | medium | solved | 13m57s |
| 269 | [29] | hard | solved | 12m17s |
| 270 | [25] | medium | solved | 13m57s |
| 271 | ▶ [25] | medium | solved | 8m45s |
| 272 | [30] | hard | solved | 5m56s |
| 273 | [27] | hard | solved | 6m01s |
| 274 | [35] | hard | solved | 5m42s |
| 275 | ▶ [22] | medium | solved | 8m06s |
| 276 | [M15] | math-simple | solved | 3m44s |
| 277 | [M18] | math-medium | solved | 3m55s |
| 278 | [22] | medium | solved | 4m02s |
| 279 | [M20] | math-medium | solved | 3m51s |
| 280 | ▶ [M26] | math-hard | solved | 3m51s |
| 281 | [21] | medium | solved | 3m51s |
| 282 | ▶ [M33] | math-hard | solved | 6m23s |
| 283 | [HM46] | hm-research | solved | 3m54s |
| 284 | [23] | medium | solved | 3m47s |
| 285 | [19] | medium | solved | 3m52s |
| 286 | [M24] | math-medium | solved | 3m48s |
| 287 | [25] | medium | solved | 3m52s |
| 288 | [28] | hard | solved | 3m59s |
| 289 | [M20] | math-medium | solved | 3m54s |
| 290 | [17] | medium | solved | 3m52s |
| 291 | [20] | medium | solved | 3m45s |
| 292 | [M21] | math-medium | solved | 3m47s |
| 293 | [21] | medium | solved | 3m58s |
| 294 | [HM21] | hm-medium | solved | 3m50s |
| 295 | [M23] | math-medium | solved | 3m53s |
| 296 | [HM20] | hm-medium | solved | 3m59s |
| 297 | ▶ [HM26] | hm-hard | solved | 3m54s |
| 298 | [HM22] | hm-medium | solved | 3m51s |
| 299 | [HM23] | hm-medium | solved | 3m48s |
| 300 | ▶ [25] | medium | solved | 3m47s |
| 301 | ▶ [25] | medium | solved | 3m47s |
| 302 | [26] | hard | solved | 3m48s |
| 303 | [HM20] | hm-medium | solved | 3m55s |
| 304 | [HM34] | hm-hard | solved | 3m56s |
| 305 | ▶ [M25] | math-medium | solved | 10m30s |
| 306 | ▶ [HM32] | hm-hard | solved | 11m33s |
| 307 | [HM28] | hm-hard | solved | 10m20s |
| 308 | [M29] | math-hard | solved | 10m16s |
| 309 | [20] | medium | solved | 11m23s |
| 310 | [M25] | math-medium | solved | 3m46s |
| 311 | [21] | medium | solved | 3m48s |
| 312 | [HM24] | hm-medium | solved | 3m51s |
| 313 | ▶ [22] | medium | solved | 11m43s |
| 314 | [36] | project | solved | 11m23s |
| 315 | [M18] | math-medium | solved | 10m12s |
| 316 | [HM20] | hm-medium | solved | 16m |
| 317 | ▶ [M26] | math-hard | solved | 3m04s |
| 318 | [HM27] | hm-hard | solved | 4m44s |
| 319 | [HM20] | hm-medium | solved | 4m04s |
| 320 | [HM24] | hm-medium | solved | 3m52s |
| 321 | [M24] | math-medium | solved | 3m55s |
| 322 | ▶ [HM35] | hm-hard | solved | 3m57s |
| 323 | [10] | simple | solved | 3m51s |
| 324 | ▶ [22] | medium | solved | 3m47s |
| 325 | [20] | medium | solved | 3m49s |
| 326 | [20] | medium | solved | 3m47s |
| 327 | [22] | medium | solved | 3m44s |
| 328 | [20] | medium | solved | 3m48s |
| 329 | [21] | medium | solved | 3m48s |
| 330 | ▶ [21] | medium | solved | 3m48s |
| 331 | [M20] | math-medium | solved | 3m53s |
| 332 | [20] | medium | solved | 3m55s |
| 333 | ▶ [M20] | math-medium | solved | 4m10s |
| 334 | [25] | medium | solved | 3m49s |
| 335 | [HM26] | hm-hard | solved | 3m51s |
| 336 | ▶ [M20] | math-medium | solved | 3m48s |
| 337 | [M20] | math-medium | solved | 3m46s |
| 338 | [M21] | math-medium | solved | 2m37s |
| 339 | ▶ [HM26] | hm-hard | solved | 3m47s |
| 340 | ▶ [M20] | math-medium | solved | 3m52s |
| 341 | [M25] | math-medium | solved | 3m45s |
| 342 | [HM25] | hm-medium | solved | 3m42s |
| 343 | ▶ [M25] | math-medium | solved | 3m47s |
| 344 | [M33] | math-hard | solved | 3m56s |
| 345 | [M30] | math-hard | solved | 3m43s |
| 346 | ▶ [HM28] | hm-hard | solved | 3m48s |
| 347 | ▶ [M28] | math-hard | solved | 2m46s |
| 348 | [HM26] | hm-hard | solved | 3m42s |
| 349 | ▶ [M24] | math-medium | solved | 7m06s |
| 350 | ▶ [HM26] | hm-hard | solved | 3m47s |
| 351 | [25] | medium | solved | 3m49s |
| 352 | [M21] | math-medium | solved | 10m35s |
| 353 | [M21] | math-medium | solved | 3m45s |
| 354 | [HM20] | hm-medium | solved | 3m47s |
| 355 | [HM21] | hm-medium | solved | 3m44s |
| 356 | ▶ [M35] | math-hard | solved | 4m57s |
| 357 | ▶ [M20] | math-medium | solved | 8m40s |
| 358 | [M20] | math-medium | solved | 3m |
| 359 | [20] | medium | solved | 3m46s |
| 360 | [M23] | math-medium | solved | 3m46s |
| 361 | ▶ [M25] | math-medium | solved | 3m50s |
| 362 | [20] | medium | solved | 3m46s |
| 363 | ▶ [M30] | math-hard | solved | 3m48s |
| 364 | ▶ [M21] | math-medium | solved | 3m44s |
| 365 | [M37] | math-project | solved | 3m47s |
| 366 | ▶ [18] | medium | solved | 3m56s |
| 367 | ▶ [20] | medium | solved | 3m55s |
| 368 | [76] | research | solved | 3m52s |
| 369 | ▶ [MEA] | math-other | solved | 3m53s |
| 370 | [20] | medium | solved | 3m55s |
| 371 | [24] | medium | solved | 3m50s |
| 372 | [25] | medium | solved | 3m46s |
| 373 | [35] | hard | solved | 3m46s |
| 374 | ▶ [32] | hard | solved | 3m48s |
| 375 | [21] | medium | solved | 3m46s |
| 376 | ▶ [32] | hard | solved | 3m57s |
| 377 | [22] | medium | solved | 3m53s |
| 378 | [39] | project | solved | 3m49s |
| 379 | ▶ [20] | medium | solved | 3m45s |
| 380 | [21] | medium | solved | 3m48s |
| 381 | [22] | medium | solved | 3m58s |
| 382 | [30] | hard | solved | 3m50s |
| 383 | [23] | medium | solved | 3m52s |
| 384 | [25] | medium | solved | 3m19s |
| 385 | [22] | medium | solved | 5m46s |
| 386 | ▶ [M25] | math-medium | solved | 5m48s |
| 387 | [21] | medium | solved | 4m58s |
| 388 | [20] | medium | solved | 3m08s |
| 389 | [22] | medium | solved | 4m02s |
| 390 | [23] | medium | solved | 4m06s |
| 391 | [M25] | math-medium | solved | 3m04s |
| 392 | [22] | medium | solved | 3m56s |
| 393 | [25] | medium | solved | 3m54s |
| 394 | [25] | medium | solved | 2m36s |
| 395 | [20] | medium | solved | 9m10s |
| 396 | ▶ [23] | medium | solved | 12m48s |
| 397 | [22] | medium | solved | 12m31s |
| 398 | [18] | medium | solved | 9m43s |
| 399 | [23] | medium | solved | 4m06s |
| 400 | [25] | medium | solved | 4m40s |
| 401 | [16] | medium | solved | 4m10s |
| 402 | [18] | medium | solved | 4m08s |
| 403 | [20] | medium | solved | 4m05s |
| 404 | ▶ [21] | medium | solved | 4m04s |
| 405 | ▶ [M25] | math-medium | solved | 3m55s |
| 406 | [M24] | math-medium | solved | 3m56s |
| 407 | [M22] | math-medium | solved | 3m55s |
| 408 | ▶ [25] | medium | solved | 3m51s |
| 409 | ▶ [M26] | math-hard | solved | 3m56s |
| 410 | [24] | medium | solved | 4m |
| 411 | [25] | medium | solved | 3m59s |
| 412 | [40] | project | solved | 3m59s |
| 413 | [M23] | math-medium | solved | 3m58s |
| 414 | [M20] | math-medium | solved | 3m57s |
| 415 | [M22] | math-medium | solved | 4m02s |
| 416 | [20] | medium | solved | 3m59s |
| 417 | [21] | medium | solved | 3m54s |
| 418 | [23] | medium | solved | 4m |
| 419 | [M21] | math-medium | solved | 3m56s |
| 420 | [18] | medium | solved | 4m22s |
| 421 | [18] | medium | solved | 4m09s |
| 422 | [11] | simple | solved | 3m58s |
| 423 | [22] | medium | solved | 3m57s |
| 424 | ▶ [20] | medium | solved | 3m53s |
| 425 | [18] | medium | solved | 3m59s |
| 426 | ▶ [M20] | math-medium | solved | 3m54s |
| 427 | [M30] | math-hard | solved | 3m56s |
| 428 | [M27] | math-hard | solved | 3m49s |
| 429 | [22] | medium | solved | 3m44s |
| 430 | [25] | medium | solved | 3m51s |
| 431 | ▶ [20] | medium | solved | 3m47s |
| 432 | [34] | hard | solved | 3m44s |
| 433 | [25] | medium | solved | 4m08s |
| 434 | [21] | medium | solved | 3m44s |
| 435 | ▶ [28] | hard | solved | 3m53s |
| 436 | [M32] | math-hard | solved | 3m50s |
| 437 | [M21] | math-medium | solved | 3m49s |
| 438 | [21] | medium | solved | 3m48s |
| 439 | [20] | medium | solved | 3m46s |
| 440 | [M33] | math-hard | solved | 3m46s |
| 441 | [M35] | math-hard | solved | 3m45s |
| 442 | ▶ [M27] | math-hard | solved | 3m45s |
| 443 | [M2\frac{1}{4}] | math-other | solved | 3m47s |
| 444 | [M26] | math-hard | solved | 3m45s |
| 445 | ▶ [22] | medium | solved | 3m46s |
| 446 | [M10] | math-simple | solved | 3m48s |
| 447 | ▶ [22] | medium | solved | 7m52s |
| 448 | [M23] | math-medium | solved | 3m45s |
| 449 | [21] | medium | solved | 3m46s |
| 450 | [25] | medium | solved | 3m51s |
| 451 | ▶ [28] | hard | solved | 3m47s |
| 452 | [34] | hard | solved | 3m46s |
| 453 | [M23] | math-medium | solved | 6m02s |
| 454 | [15] | simple | solved | 3m43s |
| 455 | [M20] | math-medium | solved | 3m44s |
| 456 | [M21] | math-medium | solved | 3m48s |
| 457 | [HM19] | hm-medium | solved | 3m43s |
| 458 | [20] | medium | solved | 3m42s |
| 459 | ▶ [20] | medium | solved | 3m45s |
| 460 | [21] | medium | solved | 7m07s |
| 461 | [20] | medium | solved | 3m54s |
| 462 | [22] | medium | solved | 3m46s |
| 463 | ▶ [M21] | math-medium | solved | 3m46s |
| 464 | ▶ [M25] | math-medium | solved | 3m45s |
| 465 | [M21] | math-medium | solved | 3m48s |
| 466 | [M23] | math-medium | solved | 3m48s |
| 467 | [20] | medium | solved | 3m46s |
| 468 | [20] | medium | solved | 3m48s |
| 469 | ▶ [M25] | math-medium | solved | 3m43s |
| 470 | ▶ [M22] | math-medium | solved | 3m45s |
| 471 | [16] | medium | solved | 3m44s |
| 472 | [M25] | math-medium | solved | 3m54s |
| 473 | ▶ [M23] | math-medium | solved | 3m44s |
| 474 | [M20] | math-medium | solved | 3m45s |
| 475 | [M22] | math-medium | solved | 3m44s |
| 476 | [M23] | math-medium | solved | 3m46s |
| 477 | ▶ [23] | medium | solved | 3m44s |
| 478 | ▶ [23] | medium | solved | 3m42s |
| 479 | ▶ [25] | medium | solved | 6m02s |
| 480 | [25] | medium | solved | 3m48s |
| 481 | ▶ [28] | hard | solved | 3m44s |
| 482 | ▶ [26] | hard | solved | 3m43s |
| 483 | [21] | medium | solved | 3m45s |
| 484 | [22] | medium | solved | 3m43s |
| 485 | ▶ [23] | medium | solved | 3m44s |
| 486 | [21] | medium | solved | 3m45s |
| 487 | ▶ [27] | hard | solved | 3m45s |
| 488 | [24] | medium | solved | 3m45s |
| 489 | [M21] | math-medium | solved | 3m45s |
| 490 | [15] | simple | solved | 3m45s |
| 491 | [22] | medium | solved | 3m47s |
| 492 | [M20] | math-medium | solved | 3m46s |
| 493 | [20] | medium | solved | 3m54s |
| 494 | [21] | medium | solved | 3m46s |
| 495 | [M22] | math-medium | solved | 3m44s |
| 496 | [M20] | math-medium | solved | 5m55s |
| 497 | [22] | medium | solved | 3m45s |
| 498 | [22] | medium | solved | 3m42s |
| 499 | [21] | medium | solved | 3m40s |
| 500 | [16] | medium | solved | 3m46s |
| 501 | [22] | medium | solved | 3m44s |
| 502 | [16] | medium | solved | 3m44s |
| 503 | [M20] | math-medium | solved | 3m42s |
| 504 | ▶ [M21] | math-medium | solved | 6m02s |
| 505 | [21] | medium | solved | 3m45s |
| 506 | [22] | medium | solved | 3m46s |
| 507 | ▶ [21] | medium | solved | 3m50s |
| 508 | [M20] | math-medium | solved | 3m45s |
| 509 | [20] | medium | solved | 3m46s |
| 510 | [18] | medium | solved | 3m42s |
| 511 | [22] | medium | solved | 3m42s |
| 512 | [29] | hard | solved | 3m47s |
| 513 | [24] | medium | solved | 3m44s |
| 514 | [24] | medium | solved | 3m54s |
| 515 | ▶ [23] | medium | solved | 3m47s |
| 516 | [M9] | math-simple | solved | 3m45s |
| 517 | [25] | medium | solved | 3m44s |
| 518 | [M32] | math-hard | solved | 3m47s |
| 519 | [20] | medium | solved | 2m37s |
| 520 | ▶ [24] | medium | solved | 3m43s |
| 521 | [30] | hard | solved | 3m45s |
| 522 | ▶ [26] | hard | solved | 3m45s |
| 523 | [20] | medium | solved | 3m46s |
| 524 | ▶ [22] | medium | solved | 3m42s |
| 525 | ▶ [40] | project | solved | 3m43s |
| 526 | [M25] | math-medium | solved | 3m43s |
TAOCP 7.2.2.2 Exercise 1
The shortest satisfiable set of clauses is the empty set of clauses, $F=\varnothing$.
TAOCP 7.2.2.2 Exercise 2
Let the predicates for a native be $H$ for healthy, $S$ for sane, $P$ for happy, $D$ for dancing, $L$ for lazy, $Y$ for hairy, and let $A$ and $B$ denote the two exclusive healthy types.
TAOCP 7.2.2.2 Exercise 3
By the definition of $\operatorname{waerden}(j,k;n)$, the clauses are divided into two families.
TAOCP 7.2.2.2 Exercise 4
The stated assertion with “any nine” removed is false for the $32$ clauses of $\operatorname{waerden}(3,3;9)$.
TAOCP 7.2.2.2 Exercise 5
The question asks whether there exists a binary sequence of length $22$ having no three equally spaced $0$'s and no four equally spaced $1$'s.
TAOCP 7.2.2.2 Exercise 6
Let $W(r,s)$ denote the least integer $n$ such that every coloring of ${1,\ldots,n}$ with $r$ colors contains a monochromatic arithmetic progression of length $s$.
TAOCP 7.2.2.2 Exercise 7
The statement of the exercise is inconsistent with the clause set displayed in equation (6).
TAOCP 7.2.2.2 Exercise 8
Let the vertices of the given graph be ${1,\ldots,n}$.
TAOCP 7.2.2.2 Exercise 9
I cannot write a rigorous solution for this exercise from the supplied context because the statement is missing a necessary definition.
TAOCP 7.2.2.2 Exercise 10
The statement of Exercise 7.
TAOCP 7.2.2.2 Exercise 11
I cannot produce a correct solution from the exercise statement alone because the crucial object, equation (12), is not included.
TAOCP 7.2.2.2 Exercise 12
The proposed solution cannot be corrected into a valid mathematical solution from the information given in the exercise statement alone.
TAOCP 7.2.2.2 Exercise 13
Edit Let (x_{k,i}) denote the exact-cover row that places the two copies of (k) in positions (i) and (i+k+1).
TAOCP 7.2.2.2 Exercise 14
The clauses (17) are useful because they encode the constraints of a graph-coloring problem in a form that allows a SAT solver to detect forced choices early.
TAOCP 7.2.2.2 Exercise 15
The vertices of the McGregor graph of order $n$ are indexed by ordered pairs (j,k),\qquad 0\le j\le n,\quad 0\le k<n .
TAOCP 7.2.2.2 Exercise 16
No.
TAOCP 7.2.2.2 Exercise 17
Let $M_n$ be McGregor's graph of order $n$.
TAOCP 7.2.2.2 Exercise 18
The corrected solution is as follows.
TAOCP 7.2.2.2 Exercise 19
The proposed solution does not answer the stated exercise.
TAOCP 7.2.2.2 Exercise 20
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 21
I cannot produce a rigorous completed solution for this exercise from the information currently available.
TAOCP 7.2.2.2 Exercise 22
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 23
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 24
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 25
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 26
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 27
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 28
The statement is true.
TAOCP 7.2.2.2 Exercise 29
The statement is true.
TAOCP 7.2.2.2 Exercise 30
The statement is true.
TAOCP 7.2.2.2 Exercise 31
The quantity $F_t(r)$ can be found by turning the defining condition into a family of satisfiability problems.
TAOCP 7.2.2.2 Exercise 32
No.
TAOCP 7.2.2.2 Exercise 33
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 34
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 35
Let \(G\) be the graph whose vertices are the 48 contiguous states, with edges joining states that share a nonzero‑length border (the graph shown in Fig.
TAOCP 7.2.2.2 Exercise 36
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 37
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 38
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 39
The definition of embedding gives a direct way to express several graph problems.
TAOCP 7.2.2.2 Exercise 40
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 41
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 42
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 43
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 44
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 45
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 46
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 47
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 48
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 49
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 50
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 51
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 52
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 53
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 54
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 55
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 56
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 57
The data supplied is insufficient to produce a correct solution to this exercise.
TAOCP 7.2.2.2 Exercise 58
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 59
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 60
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 61
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 62
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 63
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 64
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 65
Let $x_{ij}$ denote the state of cell $(i,j)$ before a Life transition, and let $x'_{ij}$ denote its state after the transition.
TAOCP 7.2.2.2 Exercise 66
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 67
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 68
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 69
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 70
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 71
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 72
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 73
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 74
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 75
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 76
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 77
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 78
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 79
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 80
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 81
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 82
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 83
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 84
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 85
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 86
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 87
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 88
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 89
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 90
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 91
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 92
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 93
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 94
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 95
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 96
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 97
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 98
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 99
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 100
The protocol as stated in the exercise cannot have the claimed property.
TAOCP 7.2.2.2 Exercise 101
The defect in protocol (49) is that both players may attempt to write the shared variable $l$ simultaneously.
TAOCP 7.2.2.2 Exercise 102
Exercise 87 represents a finite execution of a protocol by Boolean variables describing the values of signals and the control locations at successive instants.
TAOCP 7.2.2.2 Exercise 103
The data in the statement are insufficient to determine the requested $7\times21$ image.
TAOCP 7.2.2.2 Exercise 104
\text{The required number of bishops is }m+n-1, so the question is whether all diagonals in both directions can be occupied exactly once.
TAOCP 7.2.2.2 Exercise 105
The parts that can be derived directly are as follows.
TAOCP 7.2.2.2 Exercise 106
For a $25 \times 30$ binary image, each row sum $r_i$ counts the number of $1$s in a row of length $30$, so each $r_i$ has $31$ possible values, namely $0,1,\ldots,30$.
TAOCP 7.2.2.2 Exercise 107
The statement supplied here does not contain enough information to determine the example pattern.
TAOCP 7.2.2.2 Exercise 108
The exercise as reproduced here still lacks the information needed to carry out the construction.
TAOCP 7.2.2.2 Exercise 109
Let $S(F)$ denote a SAT solver applied to a formula $F$.
TAOCP 7.2.2.2 Exercise 110
Let $x_1x_2\cdots x_{96}$ denote a coloring of the positions $1,\ldots,96$, where each $x_i\in\{0,\ldots,9\}$.
TAOCP 7.2.2.2 Exercise 111
The exercise is not asking for a new mathematical characterization of the Cheshire Tom solutions.
TAOCP 7.2.2.2 Exercise 112
The tomography problem of Fig.
TAOCP 7.2.2.2 Exercise 113
The binary tensor contingency problem of exercise 7.
TAOCP 7.2.2.2 Exercise 114
The exercise requires the exact mine configuration of the Cheshire cat pattern in Fig.
TAOCP 7.2.2.2 Exercise 115
The required probability is an empirical quantity, so the experiment must simulate the exact event described in the problem: after the first probe, every subsequent probe must be chosen from cells tha...
TAOCP 7.2.2.2 Exercise 116
Edit Take rows and columns numbered (0,1,2,3), with the top row and leftmost column having index (0).
TAOCP 7.2.2.2 Exercise 117
Let \nu x=x_1+x_2+\cdots+x_n as in the notation of Section 7.
TAOCP 7.2.2.2 Exercise 118
Let the given set of pixels be a finite region of the square grid.
TAOCP 7.2.2.2 Exercise 119
The formula $F=\mathit{warden}(3,3;9)$ is the van der Waerden formula forbidding monochromatic arithmetic progressions of length $3$ among the variables $x_1,\ldots,x_9$.
TAOCP 7.2.2.2 Exercise 120
The statement is true.
TAOCP 7.2.2.2 Exercise 121
Algorithm A maintains, for each literal $l$, a linked list of active clauses containing $l$.
TAOCP 7.2.2.2 Exercise 122
The original Algorithm A is designed to find one satisfying assignment.
TAOCP 7.2.2.2 Exercise 123
The previous construction used a one-watched-literal representation, but Algorithms B and D use the two-watched-literal representation.
TAOCP 7.2.2.2 Exercise 124
In Algorithm B, the watch lists are not linked through clause numbers.
TAOCP 7.2.2.2 Exercise 125
Algorithm B already enumerates the complete binary search tree implicitly.
TAOCP 7.2.2.2 Exercise 126
Solution to TAOCP 7.2.2.2 Exercise 126.
TAOCP 7.2.2.2 Exercise 127
In the computation displayed in (59), Algorithm D is applied to the clauses of the unsatisfiable instance (9).
TAOCP 7.2.2.2 Exercise 128
I cannot give a complete worked solution for Exercise 7.
TAOCP 7.2.2.2 Exercise 129
Algorithm D maintains, for each literal $l$, a watch list containing the clauses in which $l$ is one of the currently watched literals.
TAOCP 7.2.2.2 Exercise 130
Corrected solution: Edit In Algorithm D, the watch list for a literal is a linked list of clauses that are currently watching that literal.
TAOCP 7.2.2.2 Exercise 131
In Algorithm D, after step D3 has failed to find a unit clause, every free variable $x_k$ has had its watch lists examined.
TAOCP 7.2.2.2 Exercise 132
No.
TAOCP 7.2.2.2 Exercise 133
Let $W=\textit{waerden}(3,3;9)$.
TAOCP 7.2.2.2 Exercise 134
Algorithm 2.
TAOCP 7.2.2.2 Exercise 135
The implication digraph has a vertex for every literal.
TAOCP 7.2.2.2 Exercise 136
A ternary clause $l_1l_2l_3$ contributes three entries to the TIMP structure.
TAOCP 7.2.2.2 Exercise 137
In Algorithm L, the free list contains the variables that have not yet been assigned a value.
TAOCP 7.2.2.2 Exercise 138
In step L9 of Algorithm L, the clause under consideration is the binary clause $u \vee v$.
TAOCP 7.2.2.2 Exercise 139
Step L9 of Algorithm L is the point at which a newly discovered binary implication is inserted into the binary implication lists.
TAOCP 7.2.2.2 Exercise 140
By the definition preceding Algorithm L, an entry of `ISTACK` is created only in the stamping operation (63).
TAOCP 7.2.2.2 Exercise 141
Edit The fields (IST(l)) do not represent an absolute time.
TAOCP 7.2.2.2 Exercise 142
Edit The sequence can be produced directly in step L2 by adding an output operation whenever Algorithm L extends its current partial assignment.
TAOCP 7.2.2.2 Exercise 143
Algorithm L uses TIMP to process the effects of assignments on clauses.
TAOCP 7.2.2.2 Exercise 144
The statement is true.
TAOCP 7.2.2.2 Exercise 145
The refinement rule (65) is applied with $\alpha=3.5$.
TAOCP 7.2.2.2 Exercise 146
The purpose of (64) and (65) is to estimate the desirability of choosing a branch literal $l$ in step L3 from information gathered about the clauses containing $l$ and $\bar l$.
TAOCP 7.2.2.2 Exercise 147
By equation (66), the cutoff value is C_{\max}=C_0+C_1d .
TAOCP 7.2.2.2 Exercise 148
Equation (66) is used inside the search procedure after a partial assignment has already been made.
TAOCP 7.2.2.2 Exercise 149
In Algorithm L, a variable is a **participant** at the current node if either literal $x$ or $\bar{x}$ has played the role of $u$ or $v$ in step L8 at some node above the current node in the search tr...
TAOCP 7.2.2.2 Exercise 150
At depth $d=1$, the current assignment is the one obtained after the first branch $x_5=0$.
TAOCP 7.2.2.2 Exercise 151
I cannot produce a correct constructive solution from the information given, because the statement refers to the specific dependency digraph in equation (68) and the subforest in (69), but the vertice...
TAOCP 7.2.2.2 Exercise 152
The two phenomena concern different notions in Algorithm $L$.
TAOCP 7.2.2.2 Exercise 153
In step X3, after the initial selection of the $C$ participant variables, each candidate variable $x$ receives the rating r(x)=h(x)h(\bar{x}).
TAOCP 7.2.2.2 Exercise 154
The three clauses give the implication digraph obtained from the usual binary-clause rule.
TAOCP 7.2.2.2 Exercise 155
Step X4 constructs the lookahead forest used by Algorithm X after step X3 has selected the candidate literals.
TAOCP 7.2.2.2 Exercise 156
A pure literal $l$ is a special case of an autarky because the partial assignment that sets $l=1$ and leaves all other variables unset satisfies every clause containing the variable $|l|$.
TAOCP 7.2.2.2 Exercise 157
Take the formula F=\{ab,\ \bar a\bar b\}.
TAOCP 7.2.2.2 Exercise 158
Yes.
TAOCP 7.2.2.2 Exercise 159
For part (a), the statement is false.
TAOCP 7.2.2.2 Exercise 160
Let $F_{\mathrm{g}}$ denote the set of all-gray clauses of $F$.
TAOCP 7.2.2.2 Exercise 161
Corrected solution: Edit Let (F') be obtained from (F) by adjoining the clauses [ (l_1\vee\cdots\vee l_q\vee a_j),\qquad 1\le j\le p .
TAOCP 7.2.2.2 Exercise 162
Let the clauses of $F$ be stored so that, for every literal $l$, we have a list $\mathcal C(l)$ of all clauses containing $l$.
TAOCP 7.2.2.2 Exercise 163
Let $N(F)$ denote the number of executions of steps R1, R2, and R3 made by the procedure on the formula $F$.
TAOCP 7.2.2.2 Exercise 164
Let $T_k(n)$ be the maximum number of executions of steps R1, R2, and R3 made by the procedure $R(F)$ of exercise 163 when $F$ is a $k$SAT formula with $n$ variables.
TAOCP 7.2.2.2 Exercise 165
Let $F$ be a $k$SAT formula with variables $x_1,\ldots,x_n$.
TAOCP 7.2.2.2 Exercise 166
In Algorithm X, step X8 performs the lookahead computation (72) after choosing a literal $l$.
TAOCP 7.2.2.2 Exercise 167
Step X11 uses the binary implication information to add all consequences that are already forced by the current choice of $l_0$.
TAOCP 7.2.2.2 Exercise 168
Algorithm L invokes Algorithm X in step L2 to compute heuristic scores $H(l)$ for every literal $l$.
TAOCP 7.2.2.2 Exercise 169
The essential observation is that one does **not** need to compute the value of \tau(a,b) itself in order to compare two candidates.
TAOCP 7.2.2.2 Exercise 170
Let the input formula be a 2SAT formula $F$ with $n$ variables and $m$ clauses.
TAOCP 7.2.2.2 Exercise 171
Corrected solution: Edit `DFAIL` in Algorithm Y is a bookkeeping mechanism that records when a double-lookahead attempt has already been performed for a literal and has failed to produce useful inform...
TAOCP 7.2.2.2 Exercise 172
The corrected solution is below.
TAOCP 7.2.2.2 Exercise 173
An implementation of Algorithm L was used as the experimental framework.
TAOCP 7.2.2.2 Exercise 174
Double lookahead can be disabled by changing the implementation so that the lookahead procedure does not perform a second lookahead after the first forced assignment.
TAOCP 7.2.2.2 Exercise 175
Exercise 7.
TAOCP 7.2.2.2 Exercise 176
You've hit your limit.
TAOCP 7.2.2.2 Exercise 177
An independent set in a line graph corresponds exactly to a matching in the original graph.
TAOCP 7.2.2.2 Exercise 178
Let $T(q)$ denote the number of nodes in the search tree generated by Algorithm B on $fsnark(q)$.
TAOCP 7.2.2.2 Exercise 179
A filling is an exact cover, so the natural recurrence counts the desired objects.
TAOCP 7.2.2.2 Exercise 180
The statement of exercise 7.
TAOCP 7.2.2.2 Exercise 181
Edit The construction for (Q_m) from the preceding exercise can be extended by replacing the value stored at each BDD node by the entire probability distribution of the statistic defining (T_m).
TAOCP 7.2.2.2 Exercise 182
\text{Let }T_m=T_m(C) denote the number of assignments satisfying a set $C$ of $m$ distinct clauses chosen from the $80$ possible clauses on five variables.
TAOCP 7.2.2.2 Exercise 183
Edit Let (T_m) be the number of satisfying assignments remaining after (m) clauses have been selected, and let (P) be the number of clauses selected when satisfiability is first lost.
TAOCP 7.2.2.2 Exercise 184
The statement of the exercise is not sufficient to produce a correct solution.
TAOCP 7.2.2.2 Exercise 185
Analyzing
TAOCP 7.2.2.2 Exercise 186
By equation (77), \hat q_m=\sum_{t=0}^{N} \binom{m}{t}t!
TAOCP 7.2.2.2 Exercise 187
For $k=n$, every clause contains every variable exactly once.
TAOCP 7.2.2.2 Exercise 188
In the random SAT model used here, a formula with $m$ clauses is formed by choosing each clause independently and uniformly from the possible clauses.
TAOCP 7.2.2.2 Exercise 189
Let $B_m$ denote the reduced ordered binary decision diagram obtained after conjoining $m$ distinct random $k$SAT clauses on $n=50$ variables.
TAOCP 7.2.2.2 Exercise 190
The proposed solution does not answer the stated exercise.
TAOCP 7.2.2.2 Exercise 191
A Boolean function on variables $x_1,\ldots,x_4$ is represented by a $3$CNF formula exactly when its set of falsifying assignments is a union of subcubes of dimension at least $1$ in the $4$-dimension...
TAOCP 7.2.2.2 Exercise 192
A Boolean function on variables $x_1,\ldots,x_4$ is represented by a $3$CNF formula exactly when its set of falsifying assignments is a union of subcubes of dimension at least $1$ in the $4$-dimension...
TAOCP 7.2.2.2 Exercise 193
A Boolean function on variables $x_1,\ldots,x_4$ is represented by a $3$CNF formula exactly when its set of falsifying assignments is a union of subcubes of dimension at least $1$ in the $4$-dimension...
TAOCP 7.2.2.2 Exercise 194
A Boolean function on variables $x_1,\ldots,x_4$ is represented by a $3$CNF formula exactly when its set of falsifying assignments is a union of subcubes of dimension at least $1$ in the $4$-dimension...
TAOCP 7.2.2.2 Exercise 195
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 196
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 197
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 198
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 199
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 200
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 201
The proposed solution identifies the correct reformulation of the problem.
TAOCP 7.2.2.2 Exercise 202
The proposed solution does not answer the stated exercise.
TAOCP 7.2.2.2 Exercise 203
Edit Let [ Y=(1,\ldots,1) ] denote the assignment in which every variable receives color (1).
TAOCP 7.2.2.2 Exercise 204
The previous text does not contain a proposed solution to Exercise 7.
TAOCP 7.2.2.2 Exercise 205
The previous text does not contain a proposed solution to Exercise 7.
TAOCP 7.2.2.2 Exercise 206
The previous text does not contain a proposed solution to Exercise 7.
TAOCP 7.2.2.2 Exercise 207
Working
TAOCP 7.2.2.2 Exercise 208
I cannot produce a rigorous completed solution for this exercise from the information currently available.
TAOCP 7.2.2.2 Exercise 209
I cannot produce a rigorous completed solution for this exercise from the information currently available.
TAOCP 7.2.2.2 Exercise 210
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 211
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 212
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 213
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 214
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 215
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 216
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 217
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 218
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 219
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 220
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 221
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 222
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 223
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 224
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 225
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 226
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 227
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 228
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 229
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 230
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 231
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 232
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 233
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 234
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 235
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 236
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 237
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 238
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 239
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 240
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 241
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 242
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 243
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 244
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 245
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 246
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 247
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 248
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 249
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 250
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 251
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 252
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 253
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 254
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 255
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 256
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 257
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 258
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 259
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 260
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 261
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 262
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 263
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 264
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 265
Let $F$ be a 7SAT instance.
TAOCP 7.2.2.2 Exercise 266
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 267
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 268
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 269
Let the conflict graph of Algorithm C be viewed as an implication graph.
TAOCP 7.2.2.2 Exercise 270
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 271
Let $C_{i-1}$ denote the clause currently at the end of MEM when the new learned clause $C_i$ has been produced.
TAOCP 7.2.2.2 Exercise 272
Let $C_{i-1}$ denote the clause currently at the end of MEM when the new learned clause $C_i$ has been produced.
TAOCP 7.2.2.2 Exercise 273
Let $C_{i-1}$ denote the clause currently at the end of MEM when the new learned clause $C_i$ has been produced.
TAOCP 7.2.2.2 Exercise 274
Let $C_{i-1}$ denote the clause currently at the end of MEM when the new learned clause $C_i$ has been produced.
TAOCP 7.2.2.2 Exercise 275
Let $C_{i-1}$ denote the clause currently at the end of MEM when the new learned clause $C_i$ has been produced.
TAOCP 7.2.2.2 Exercise 276
The statement is true.
TAOCP 7.2.2.2 Exercise 277
The statement is true.
TAOCP 7.2.2.2 Exercise 278
The statement is true.
TAOCP 7.2.2.2 Exercise 279
The statement is true.
TAOCP 7.2.2.2 Exercise 280
The statement is true.
TAOCP 7.2.2.2 Exercise 281
The statement is true.
TAOCP 7.2.2.2 Exercise 282
The statement is true.
TAOCP 7.2.2.2 Exercise 283
The statement is true.
TAOCP 7.2.2.2 Exercise 284
The statement is true.
TAOCP 7.2.2.2 Exercise 285
The statement is true.
TAOCP 7.2.2.2 Exercise 286
The statement is true.
TAOCP 7.2.2.2 Exercise 287
The statement is true.
TAOCP 7.2.2.2 Exercise 288
The statement is true.
TAOCP 7.2.2.2 Exercise 289
The statement is true.
TAOCP 7.2.2.2 Exercise 290
The statement is true.
TAOCP 7.2.2.2 Exercise 291
The statement is true.
TAOCP 7.2.2.2 Exercise 292
The statement is true.
TAOCP 7.2.2.2 Exercise 293
The statement is true.
TAOCP 7.2.2.2 Exercise 294
The statement is true.
TAOCP 7.2.2.2 Exercise 295
The statement is true.
TAOCP 7.2.2.2 Exercise 296
The statement is true.
TAOCP 7.2.2.2 Exercise 297
The statement is true.
TAOCP 7.2.2.2 Exercise 298
The statement is true.
TAOCP 7.2.2.2 Exercise 299
The statement is true.
TAOCP 7.2.2.2 Exercise 300
The statement is true.
TAOCP 7.2.2.2 Exercise 301
The statement is true.
TAOCP 7.2.2.2 Exercise 302
The statement is true.
TAOCP 7.2.2.2 Exercise 303
The statement is true.
TAOCP 7.2.2.2 Exercise 304
The statement is true.
TAOCP 7.2.2.2 Exercise 305
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 306
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 307
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 308
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 309
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 310
The quantity $F_t(r)$ can be found by turning the defining condition into a family of satisfiability problems.
TAOCP 7.2.2.2 Exercise 311
The quantity $F_t(r)$ can be found by turning the defining condition into a family of satisfiability problems.
TAOCP 7.2.2.2 Exercise 312
The quantity $F_t(r)$ can be found by turning the defining condition into a family of satisfiability problems.
TAOCP 7.2.2.2 Exercise 313
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 314
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 315
The proposed solution does not answer Exercise 7.
TAOCP 7.2.2.2 Exercise 316
Solution to TAOCP 7.2.2.2 Exercise 316.
TAOCP 7.2.2.2 Exercise 317
Connection interrupted.
TAOCP 7.2.2.2 Exercise 318
No.
TAOCP 7.2.2.2 Exercise 319
No.
TAOCP 7.2.2.2 Exercise 320
No.
TAOCP 7.2.2.2 Exercise 321
No.
TAOCP 7.2.2.2 Exercise 322
No.
TAOCP 7.2.2.2 Exercise 323
No.
TAOCP 7.2.2.2 Exercise 324
No.
TAOCP 7.2.2.2 Exercise 325
No.
TAOCP 7.2.2.2 Exercise 326
No.
TAOCP 7.2.2.2 Exercise 327
No.
TAOCP 7.2.2.2 Exercise 328
No.
TAOCP 7.2.2.2 Exercise 329
No.
TAOCP 7.2.2.2 Exercise 330
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 331
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 332
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 333
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 334
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 335
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 336
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 337
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 338
Let $\mathcal A$ be the alphabet of the trace monoid, and let $\operatorname{src}(\alpha)$ denote the set of sources of the trace $\alpha$.
TAOCP 7.2.2.2 Exercise 339
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 340
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 341
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 342
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 343
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 344
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 345
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 346
A double coloring of a graph assigns a 2-element subset of a color set to each vertex, with adjacent vertices receiving disjoint subsets.
TAOCP 7.2.2.2 Exercise 347
Let $G$ be a graph with vertices numbered by the ancestor relation $\succ$ in a forest.
TAOCP 7.2.2.2 Exercise 348
Let $G$ be a graph with vertices numbered by the ancestor relation $\succ$ in a forest.
TAOCP 7.2.2.2 Exercise 349
The previous argument concerns Exercise 7.
TAOCP 7.2.2.2 Exercise 350
The previous argument concerns Exercise 7.
TAOCP 7.2.2.2 Exercise 351
The previous argument concerns Exercise 7.
TAOCP 7.2.2.2 Exercise 352
Let $E_j$ denote the expected number of executions of the resampling step associated with the bad event $A_j$, as in (152).
TAOCP 7.2.2.2 Exercise 353
Let $E_j$ denote the expected number of executions of the resampling step associated with the bad event $A_j$, as in (152).
TAOCP 7.2.2.2 Exercise 354
Let $E_j$ denote the expected number of executions of the resampling step associated with the bad event $A_j$, as in (152).
TAOCP 7.2.2.2 Exercise 355
Let $E_j$ denote the expected number of executions of the resampling step associated with the bad event $A_j$, as in (152).
TAOCP 7.2.2.2 Exercise 356
Let $G$ be a graph on ${1,\ldots,m}$, and let $G[U_1],\ldots,G[U_t]$ be cliques whose union contains every edge of $G$.
TAOCP 7.2.2.2 Exercise 357
Solution to TAOCP 7.2.2.2 Exercise 357.
TAOCP 7.2.2.2 Exercise 358
Connection interrupted.
TAOCP 7.2.2.2 Exercise 359
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 360
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 361
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 362
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 363
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 364
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 365
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 366
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 367
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 368
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 369
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 370
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 371
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 372
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 373
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 374
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 375
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 376
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 377
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 378
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 379
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 380
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 381
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 382
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 383
The information provided is not sufficient to derive the requested formulas.
TAOCP 7.2.2.2 Exercise 384
Let $C$ be a clause in $\Phi$, and suppose that $C$ contains a literal $l$ such that $C\circ C'$ is certifiable for $\Phi\setminus C$ whenever $C'\in\Phi$ contains $\bar l$.
TAOCP 7.2.2.2 Exercise 385
Let $C$ be a clause in $\Phi$, and suppose that $C$ contains a literal $l$ such that $C\circ C'$ is certifiable for $\Phi\setminus C$ whenever $C'\in\Phi$ contains $\bar l$.
TAOCP 7.2.2.2 Exercise 386
Let $C$ be a clause in $\Phi$, and suppose that $C$ contains a literal $l$ such that $C\circ C'$ is certifiable for $\Phi\setminus C$ whenever $C'\in\Phi$ contains $\bar l$.
TAOCP 7.2.2.2 Exercise 387
Let $G=(V,E)$ and $G'=(V',E')$.
TAOCP 7.2.2.2 Exercise 388
The definition of embedding gives a direct way to express several graph problems.
TAOCP 7.2.2.2 Exercise 389
The definition of embedding gives a direct way to express several graph problems.
TAOCP 7.2.2.2 Exercise 390
The definition of embedding gives a direct way to express several graph problems.
TAOCP 7.2.2.2 Exercise 391
Write the binary representations as x=(x_{l-1}\ldots x_0)_2,\qquad y=(y_{l-1}\ldots y_0)_2 .
TAOCP 7.2.2.2 Exercise 392
Write the binary representations as x=(x_{l-1}\ldots x_0)_2,\qquad y=(y_{l-1}\ldots y_0)_2 .
TAOCP 7.2.2.2 Exercise 393
Write the binary representations as x=(x_{l-1}\ldots x_0)_2,\qquad y=(y_{l-1}\ldots y_0)_2 .
TAOCP 7.2.2.2 Exercise 394
Let $x_{k,j}$ denote the usual Langford variable indicating that the pair of numbers $k,k$ begins in position $j$.
TAOCP 7.2.2.2 Exercise 395
The solution addresses the intended topic, namely replacing the direct graph coloring clauses with clauses for the order encoding.
TAOCP 7.2.2.2 Exercise 396
The solution addresses the intended topic, namely replacing the direct graph coloring clauses with clauses for the order encoding.
TAOCP 7.2.2.2 Exercise 397
The solution addresses the intended topic, namely replacing the direct graph coloring clauses with clauses for the order encoding.
TAOCP 7.2.2.2 Exercise 398
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 399
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 400
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 401
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 402
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 403
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 404
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 405
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 406
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 407
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 408
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 409
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 410
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 411
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 412
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 413
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 414
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 415
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 416
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 417
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 418
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 419
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 420
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 421
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 422
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 423
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 424
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 425
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 426
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 427
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 428
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 429
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 430
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 431
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 432
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 433
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 434
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 435
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 436
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 437
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 438
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 439
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 440
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 441
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 442
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 443
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 444
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 445
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 446
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 447
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 448
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 449
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 450
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 451
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 452
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 453
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 454
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 455
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 456
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 457
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 458
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 459
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 460
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 461
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 462
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 463
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 464
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 465
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 466
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 467
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 468
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 469
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 470
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 471
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 472
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 473
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 474
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 475
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 476
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 477
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 478
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 479
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 480
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 481
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 482
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 483
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 484
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 485
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 486
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 487
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 488
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 489
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 490
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 491
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 492
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 493
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 494
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 495
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 496
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 497
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 498
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 499
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 500
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 501
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 502
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 503
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 504
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 505
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 506
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 507
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 508
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 509
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 510
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 511
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 512
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 513
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 514
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 515
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 516
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 517
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 518
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 519
The statement of the exercise depends on numerical data from Table 7, but that table is not included in the supplied context.
TAOCP 7.2.2.2 Exercise 520
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 521
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 522
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 523
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.
TAOCP 7.2.2.2 Exercise 524
In the direct encoding, each variable $x_i$ is represented by Boolean variables indicating its possible values.