depth-first search. AbstrM- A genetic algorithm is used lo find solutions b the standard 8x8 knight's tour problem, and its performance is compared against standard depth-firs... Gordon, V.S,Slocum, T.J - 《IEEE Congress on Evolutionary Computation》 被引量: 29发表: 2004年...
For large problems, more the memory available, more effective is the dominance pruning. The algorithm has been tested on standard problem sets. It has been found to be quite fast in outputting optimal solutions. Empirical findings are given in detail. 展开 ...
Then, all solutions in some range of the relaxation problem are obtained via an enumerative depth-first search technique. The solutions are ranked and the optimal solution is given by the best one that satisfies the remaining constraints of the given problem. Computational complexity of the ...
search space so incomplete techniques are used. In this paper, we survey incomplete depth-first search techniques, in particular, generic incomplete search techniques and discrepancy-based search techniques. Keywords: constraint satisfaction, depth-first search, discrepancy search, incomplete solutions 1 ...
The main contribution of this work is the usage of a laser scan, which helps alleviate the scale ambiguity problem, resulting in better solutions. To the best of our knowledge, they were the first to do “depth completion”, a new branch of research where the aim is to utilize sparse gro...
2. Depth-first search. Backtracking, or depth-first search, is a technique which has been widely used for finding solutions to problems in combinatorial theory and artificial intelligence [2], [11] but whose properties have not been widely analyzed. Suppose G is a graph which we wish to ...
searchtechniquesfordevelopinganal- gorithmicframework,thatwecallLearninginDepth-First Search,thataimstobebothgeneralandeffective.Thebasic LDFSalgorithmsearchesforsolutionsbycombiningitera- tive,boundeddepth-firstsearches,withlearninginthesense ofKorf’sLRTA*andBarto’setal.RTDP.Ineachiteration, ifthereisa...
High-Performance Computing for Scheduling Decision Support: A Parallel Depth-First Search Heuristic 来自 arXiv.org 喜欢 0 阅读量: 42 作者:G Rauchecker,G Schryen 摘要: Many academic disciplines - including information systems, computer science, and operations management - face scheduling problems as ...
A stack-based sequential depth-first decoder that returns Maximum-Likelihood solutions to spherical LAST coded MIMO system-type problems, i.e., a lattice decoder with spherical boundary control. In such problems, the depth of the search tree is known but the number of children per node is not...
外研版英语高一第一册Module_3_My_First_Ride_on_a_Train全套教案 高一英语 My first ride on a train ▲My Story - A Search for W.D. Gann´s Master Time Factor_ Zwiebach B. - A First Course in String Theory. Solutions to problems, part 1(T)(143s) (1970) Mathematics Calculus Deco...