Top 7 Apps Similar to SolveTSPUsingGeneticAlgorithm

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The app is a complete free handbookofArtificial Intelligence with diagrams and graphs. It is partofComputer or software engineering education which bringsimportanttopics, notes, news & blog on the subject. The Appserves as aquick reference guide on this engineering subject.It covers more than 140 topics of Artificial Intelligenceindetail. The topics are divided into 5 units.Each topic is complete with diagrams, equations and otherformsof graphical representations for better learning andquickunderstanding. The App will provide faster learning andquickrevisions on the subject.Some of the topics Covered in this application are:1. Turing test2. Introduction to Artificial Intelligence3. History of AI4. The AI Cycle5. Knowledge Representation6. Typical AI problems7. Limits of AI8. Introduction to Agents9. Agent Performance10. Intelligent Agents11. Structure Of Intelligent Agents12. Types of agent program13. Goal based Agents14. Utility-based agents15. Agents and environments16. Agent architectures17. Search for Solutions18. State Spaces19. Graph Searching20. A Generic Searching Algorithm21. Uninformed Search Strategies22. Breadth-First Search23. Heuristic Search24. A∗ Search25. Search Tree26. Depth first Search27. Properties of Depth First Search28. Bi-directional search29. Search Graphs30. Informed Search Strategies31. Methods of Informed Search32. Greedy Search33. Proof of Admissibility of A*34. Properties of Heuristics35. Iterative-Deepening A*36. Other Memory limited heuristic search37. N-Queens eample38. Adversarial Search39. Genetic Algorithms40. Games41. Optimal decisions in Games42. minimax algorithm43. Alpha Beta Pruning44. Backtracking45. Consistency Driven Techniques46. Path Consistency (K-Consistency)47. Look Ahead48. Propositional Logic49. Syntax of Propositional Calculus50. Knowledge Representation and Reasoning51. Propositional Logic Inference52. Propositional Definite Clauses53. Knowledge-Level Debugging54. Rules of Inference55. Soundness and Completeness56. First Order Logic57. Unification 58. Semantics59. Herbrand Universe60. Soundness, Completeness, Consistency, Satisfiability61. Resolution62. Herbrand Revisited63. Proof as Search64. Some Proof Strategies65. Non-Monotonic Reasoning66. Truth Maintenance Systems67. Rule Based Systems68. Pure Prolog69. Forward chaining70. backward Chaining71. Choice between forward and backward chaining72. AND/OR Trees73. Hidden Markov Model74. Bayesian networks75. Learning Issues76. Supervised Learning77. Decision Trees78. Knowledge Representation Formalisms79. Semantic Networks80. Inference in a Semantic Net81. Extending Semantic Nets82. Frames83. Slots as Objects84. Interpreting frames85. Introduction to Planning86. Problem Solving vs. Planning87. Logic Based Planning88. Planning Systems89. Planning as Search90. Situation-Space Planning Algorithms91. Partial-Order Planning92. Plan-Space Planning Algorithms93. Interleaving vs. Non-Interleaving of Sub-Plan Steps94. Simple Sock/Shoe Example95. Probabilistic Reasoning96. Review of Probability Theory97. Semantics of Bayesian Networks98. Introduction to Learning99. Taxonomy of Learning Systems100. Mathematical formulation of the inductivelearningproblem101. Concept Learning102. Concept Learning as Search103. Algorithm to Find a Maximally-Specific Hypothesis104. Candidate Elimination Algorithm105. The Candidate-Elimination Algorithm106. Decision Tree Construction107. Splitting Functions108. Decision Tree Pruning109. Neural Networks110. Artificial Neural Networks111. Perceptron112. Perceptron Learning

Simple app to visualize sort algorithm. Youcanselect two algorithm to "fight" with each other and check whofinishsorting first. And there's details about the algorithms, youcancheck out for it at any time.

사용 방법http://tmblr.co/Zvdp7s1VyM_zt 이 주소 참고주의DATA 에서 17을 초과하는 데이터를 선택 했을 경우 메인 스레드에 과부하가 걸리므로 프레임 저하 현상이 발생할수있습니다. 그러니 재빠르게 누르고는 백버튼으로 또는 홈버튼을 눌러 도망 치는 것을 권합니다.개요외판원 문제를 해결 하기 위한 다양한 알고리즘들을 안드로이드 환경(이라 쓰고 열악한 환경이라 읽음)에서 개발하여,과연얼마나 좋은 해를 찾아내는 지를 알아 보고 싶은 마음에 개발을 하게 되었습니다.개발 소감실제 이 시뮬레이터를 개발하면서 최적화 문제에 대한 다양한 지식을 얻을 수 있었고, 엿 같은 안드로이드 뷰에 대해서많은지식을 얻을 수 있었으며, 서비스에서 쓰레드를 부르게 되었을 때, 그 쓰레드와 엑티비티간 통신을 하려면 몹시귀찮은작업을 해야 한다는 사실 또한 배울 수 있었습니다.기타옵티머스 vu2에서 개발을 하였으며, 잘 돌아가는 것을 확인 했습니다. 다른 기종에서는 화면 잘림의 문제가 발생할수있으니, 그런 것에 대해 말씀 해 주신다면 시간이 나는 대로 고치도록 하겠습니다. (일단 취업부터 하고)기타 문의는 메일으로 연락 주세요.How to useNote http://tmblr.co/Zvdp7s1VyM_zt this addressCaution If you select the data that exceeds the 17 in the DATAframecan cause degradation in overload takes in the main thread.So, werecommend re-press escape quickly by pressing the home buttonorthe back button.Outline To develop a variety of algorithms for solving thetravelingsalesman problem in the Android environment (called readand writeharsh environment called), has been developed to make themind tosee how to find out what really good year.Development comment In developing the actual simulator was able to get avarietyof knowledge about the optimization problem, was able to geta lotof knowledge about the shitty android view, when a thread singatthe service, a very troublesome task to the thread andinterprocesscommunication activities that have also been able tolearn.GuitarOptimus was developed in vu2, has confirmed that the return well.Inother models, it may cause problems with truncation of thescreen,if you would tell me about that time, as I hope to fix.(One fromwork and)Other inquiries, please contact us by email.

Predicted Calc is a calculator from the implementation ofGeneticalgorithm.

A genetic algorithm implementation to optimizemathematicalfunctions

Calculate the roots of a polynomial equation, even negative power