项目作者: iiithf

项目描述 :
Software Foundations is a broad introduction to the mathematical underpinnings of reliable software.
高级语言: Coq
项目地址: git://github.com/iiithf/software-foundations.git
创建时间: 2020-12-03T03:58:39Z
项目社区:https://github.com/iiithf/software-foundations

开源协议:MIT License

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02. Factorial_1649230957984.pdf
03. Bubble Sort_1649230958032.pdf
04. Nth Fibonacci_1649230958084.pdf
05. Functional Programming in Coq_1649230958234.pdf
06. Type Safety of IFAD_1649230958333.pdf
07. Spanning and Disjointness Lemma_1649230958476.pdf
08. Proof of Preservation_1649230958490.pdf
09. Proof of Disjointedness_1649230958525.pdf
10. Proof of Spanning_1649230958571.pdf
11. Proof of Partitioning_1649230958640.pdf
12. Destiny Theorm_1649230958661.pdf
13. Type Checking_1649230958699.pdf
14. Type Preservation and Progress_1649230958844.pdf
15. Type Safety in Programming Languages_1649230958916.pdf
16. What is a Type_1649230958997.pdf
17. Type Safety_1649230959020.pdf
18. Type Checking and Inference_1649230959244.pdf
19. Type Unification_1649230959304.pdf
20. Type Inference Algorithm_1649230959557.pdf
21. Polymorphic Types_1649230959650.pdf
22. Recognizing Type Errors_1649230959678.pdf
23. Pattern Matching_1649230959702.pdf
24. Recursion_1649230959770.pdf
25. Most General Type_1649230959826.pdf
26. Polymorphism vs Overloading_1649230959885.pdf
27. Overview_1649230959932.pdf
99. End_1649230959985.pdf
01. Simply Typed Lambda Calculus_1649230960187.pdf
02. Type Inference_1649230960522.pdf
03. Term Unification_1649230961591.pdf
00. Notes (ECS)_1649230962518.pdf
00. Plan (ECS)_1649230962586.pdf
01. Proposal (ECS)_1649230962599.pdf
01. Proposal_1649230962835.pdf
02. Design_1649230963316.pdf
03. Report_1649230963571.pdf
04. Implementation_1649230964043.pdf
00. Course Topics_1649230957884.pdf
01. Transition System_1649230957908.pdf
04. Implementation_1649795665976.pdf
01. Proposal_1649795664923.pdf
02. Design_1649795665233.pdf
03. Report_1649795665674.pdf
03. Term Unification_1649795663585.pdf
00. Notes (ECS)_1649795664253.pdf
00. Plan (ECS)_1649795664549.pdf
01. Proposal (ECS)_1649795664719.pdf
02. Type Inference_1649795662886.pdf
99. End_1649795662017.pdf
01. Simply Typed Lambda Calculus_1649795662340.pdf
21. Polymorphic Types_1649795660918.pdf
22. Recognizing Type Errors_1649795661141.pdf
23. Pattern Matching_1649795661347.pdf
24. Recursion_1649795661469.pdf
25. Most General Type_1649795661605.pdf
26. Polymorphism vs Overloading_1649795661761.pdf
27. Overview_1649795661866.pdf
15. Type Safety in Programming Languages_1649795659928.pdf
16. What is a Type_1649795660045.pdf
17. Type Safety_1649795660171.pdf
18. Type Checking and Inference_1649795660388.pdf
19. Type Unification_1649795660586.pdf
20. Type Inference Algorithm_1649795660801.pdf
08. Proof of Preservation_1649795658949.pdf
09. Proof of Disjointedness_1649795659048.pdf
10. Proof of Spanning_1649795659125.pdf
11. Proof of Partitioning_1649795659214.pdf
12. Destiny Theorm_1649795659303.pdf
13. Type Checking_1649795659412.pdf
14. Type Preservation and Progress_1649795659571.pdf
03. Bubble Sort_1649795657950.pdf
04. Nth Fibonacci_1649795658093.pdf
05. Functional Programming in Coq_1649795658297.pdf
06. Type Safety of IFAD_1649795658524.pdf
07. Spanning and Disjointness Lemma_1649795658779.pdf
00. Course Topics_1649795657618.pdf
01. Transition System_1649795657705.pdf
02. Factorial_1649795657827.pdf