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[Coursera] Compilers

by: Alex Aiken (Stanford University)

Publisher: Academic Torrents

Contributor: Academic Torrents

This course will discuss the major ideas used today in the implementation of programming language compilers. You will learn how a program written in a high-level language designed for humans is systematically translated into a program written in low-level assembly more suited to machines!

Addeddate: 2018-08-12 18:56:14

External-identifier: urn:academictorrents:e31e54905c7b2669c81fe164de2859be4697013a

Identifier: academictorrents_e31e54905c7b2669c81fe164de2859be4697013a

Ocr: ABBYY FineReader 11.0 (Extended OCR)

Ppi: 300

Scanner: Internet Archive Python library 1.8.1

Source: http://academictorrents.com/details/e31e54905c7b2669c81fe164de2859be4697013a
torrent:urn:sha1:e31e54905c7b2669c81fe164de2859be4697013a

Url: 2014

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ass2.html

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ass3.html

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ITEM TILE

MPEG4

8.9M

Compilers 0.0 01-01 Introduction (8m20s).mp4

12.9M

Compilers 0.1 01-02 Structure of a Compiler (13m53s).mp4

44.7M

Compilers 0.2 01-03 The Economy of Programming Languages (19m51s).mp4

18.6M

Compilers 1.0 02-01 Cool Overview (19m58s).mp4

15.8M

Compilers 1.1 02-02 Cool Example II (15m04s).mp4

20.7M

Compilers 1.2 02-03 Cool Example III (18m05s).mp4

11.3M

Compilers 2.0 03-01 Lexical Analysis (12m06s).mp4

13.6M

Compilers 2.1 03-02 Lexical Analysis Examples (13m03s).mp4

11.6M

Compilers 2.2 03-03 Regular Languages (12m36s).mp4

13.1M

Compilers 2.3 03-04 Formal Languages (13m40s).mp4

15.3M

Compilers 2.4 03-05 Lexical Specifications (16m19s).mp4

11.4M

Compilers 2.5 DeduceIt Demo (8m25s).mp4

14.5M

Compilers 3.0 04-01 Lexical Specification (14m30s).mp4

22.0M

Compilers 3.1 04-02 Finite Automata (23m28s).mp4

8.9M

Compilers 3.2 04-03 Regular Expressions into NFAs (9m41s).mp4

15.3M

Compilers 3.3 04-04 NFA to DFA (15m12s).mp4

11.6M

Compilers 3.4 04-05 Implementing Finite Automata (11m56s).mp4

5.1M

Compilers 4.0 05-01 Introduction to Parsing (5m31s).mp4

13.6M

Compilers 4.1 05-02 Context Free Grammars (14m07s).mp4

7.4M

Compilers 4.2 05-03 Derivations (7m37s).mp4

17.3M

Compilers 4.3 05-04 Ambiguity (17m35s).mp4

11.9M

Compilers 5.0 06-01 Error Handling (13m03s).mp4

3.6M

Compilers 5.1 06-02 Abstract Syntax Trees (3m50s).mp4

6.1M

Compilers 5.2 06-03 Recursive Descent Parsing (6m35s).mp4

13.0M

Compilers 5.3 06-04 Recursive Descent Algorithm (13m28s).mp4

7.1M

Compilers 5.4 06-04-1 Recursive Descent Limitations (6m56s).mp4

8.9M

Compilers 5.5 06-05 Left Recursion (9m11s).mp4

19.2M

Compilers 6.0 07-01 Predictive Parsing (19m37s).mp4

13.4M

Compilers 6.1 07-02 First Sets (14m02s).mp4

16.9M

Compilers 6.2 07-03 Follow Sets (17m05s).mp4

13.8M

Compilers 6.3 07-04 LL1 Parsing Tables (14m41s).mp4

7.1M

Compilers 6.4 07-05 Bottom-Up Parsing (7m25s).mp4

7.4M

Compilers 6.5 07-06 Shift-Reduce Parsing (7m37s).mp4

6.5M

Compilers 7.0 08-01 Handles (6m48s).mp4

13.2M

Compilers 7.1 08-02 Recognizing Handles (13m12s).mp4

14.6M

Compilers 7.2 08-03 Recognizing Viable Prefixes (14m57s).mp4

3.7M

Compilers 7.3 08-04 Valid Items (3m31s).mp4

14.7M

Compilers 7.4 08-05 SLR Parsing (14m16s).mp4

7.3M

Compilers 7.5 08-06 SLR Parsing Example (6m42s).mp4

11.4M

Compilers 7.6 08-07 SLR Improvements (11m49s).mp4

12.7M

Compilers 7.7 08-08 SLR Examples (12m47s).mp4

3.4M

Compilers 8.0 09-01 Introduction to Semantic Analysis (3m42s).mp4

7.8M

Compilers 8.1 09-02 Scope (8m09s).mp4

11.3M

Compilers 8.2 09-03 Symbol Tables (11m06s).mp4

11.1M

Compilers 8.3 09-04 Types (11m22s).mp4

8.8M

Compilers 8.4 09-05 Type Checking (8m43s).mp4

11.5M

Compilers 8.5 09-06 Type Environments (11m43s).mp4

11.2M

Compilers 8.6 09-07 Subtyping (11m35s).mp4

8.2M

Compilers 8.7 09-08 Typing Methods (8m12s).mp4

6.6M

Compilers 8.8 09-09 Implementing Type Checking (6m57s).mp4

6.9M

Compilers 9.0 10-01 Static vs. Dynamic Typing (7m14s).mp4

7.2M

Compilers 9.1 10-02 Self Type (7m36s).mp4

11.9M

Compilers 9.2 10-03 Self Type Operations (12m12s).mp4

6.2M

Compilers 9.3 10-04 Self Type Usage (6m29s).mp4

9.9M

Compilers 9.4 10-05 Self Type Checking (10m00s).mp4

6.6M

Compilers 9.5 10-06 Error Recovery (7m07s).mp4

6.4M

Compilers 10.0 11-01 Runtime Organization (6m44s).mp4

12.7M

Compilers 10.1 11-02 Activations (13m50s).mp4

12.9M

Compilers 10.2 11-03 Activation Records (13m11s).mp4

6.7M

Compilers 10.3 11-04 Globals and Heap (6m56s).mp4

5.9M

Compilers 10.4 11-05 Alignment (6m04s).mp4

15.8M

Compilers 10.5 11-06 Stack Machines (16m23s).mp4

7.5M

Compilers 11.0 12-01 Introduction to Code Generation (7m57s).mp4

16.6M

Compilers 11.1 12-02 Code Generation I (17m26s).mp4

17.2M

Compilers 11.2 12-03 Code Generation II (18m08s).mp4

14.8M

Compilers 11.3 12-04 Code Generation Example (13m17s).mp4

15.6M

Compilers 11.4 12-05 Temporaries (16m14s).mp4

21.9M

Compilers 11.5 12-06 Object Layout (23m56s).mp4

6.5M

Compilers 12.0 13-01 Semantics Overview (7m06s).mp4

11.7M

Compilers 12.1 13-02 Operational Semantics (12m20s).mp4

20.8M

Compilers 12.2 13-03 Cool Semantics I (21m10s).mp4

26.1M

Compilers 12.3 13-04 Cool Semantics II (26m13s).mp4

8.5M

Compilers 13.0 14-01 Intermediate Code (9m03s).mp4

12.8M

Compilers 13.1 14-02 Optimization Overview (13m37s).mp4

24.8M

Compilers 13.2 14-03 Local Optimization (25m35s).mp4

4.5M

Compilers 13.3 14-04 Peephole Optimization (4m29s).mp4

7.8M

Compilers 14.0 15-01 Dataflow Analysis (8m02s).mp4

20.3M

Compilers 14.1 15-02 Constant Propagation (21m11s).mp4

7.0M

Compilers 14.2 15-03 Analysis of Loops (7m22s).mp4

6.3M

Compilers 14.3 15-04 Orderings (6m34s).mp4

13.4M

Compilers 14.4 15-05 Liveness Analysis (13m39s).mp4

9.8M

Compilers 15.0 16-01 Register Allocation (9m56s).mp4

10.9M

Compilers 15.1 16-02 Graph Coloring (12m07s).mp4

13.7M

Compilers 15.2 16-03 Spilling (14m50s).mp4

10.0M

Compilers 15.3 16-04 Managing Caches (10m37s).mp4

14.5M

Compilers 16.0 17-01 Automatic Memory Management (14m53s).mp4

12.7M

Compilers 16.1 17-02 Mark and Sweep (13m05s).mp4

18.6M

Compilers 16.2 17-03 Stop and Copy (19m03s).mp4

3.5M

Compilers 16.3 17-04 Conservative Collection (3m31s).mp4

14.6M

Compilers 16.4 17-05 Reference Counting (15m23s).mp4

6.8M

Compilers 17.0 18-01 Java (7m21s).mp4

7.5M

Compilers 17.1 18-02 Java Arrays (8m15s).mp4

12.9M

Compilers 17.2 18-03 Java Exceptions (14m09s).mp4

8.3M

Compilers 17.3 18-04 Java Interfaces (8m38s).mp4

7.5M

Compilers 17.4 18-05 Java Coercions (7m51s).mp4

19.2M

Compilers 17.5 18-06 Java Threads (18m36s).mp4

13.9M

Compilers 17.6 18-07 Other Topics (14m28s).mp4

17.2M

Compilers 0.0 01-01 Introduction (8m20s).ogv

29.5M

Compilers 0.1 01-02 Structure of a Compiler (13m53s).ogv

45.3M

Compilers 0.2 01-03 The Economy of Programming Languages (19m51s).ogv

42.5M

Compilers 1.0 02-01 Cool Overview (19m58s).ogv

50.9M

Compilers 1.1 02-02 Cool Example II (15m04s).ogv

59.2M

Compilers 1.2 02-03 Cool Example III (18m05s).ogv

25.3M

Compilers 2.0 03-01 Lexical Analysis (12m06s).ogv

23.3M

Compilers 2.1 03-02 Lexical Analysis Examples (13m03s).ogv

31.2M

Compilers 2.2 03-03 Regular Languages (12m36s).ogv

25.4M

Compilers 2.3 03-04 Formal Languages (13m40s).ogv

33.9M

Compilers 2.4 03-05 Lexical Specifications (16m19s).ogv

28.3M

Compilers 2.5 DeduceIt Demo (8m25s).ogv

31.8M

Compilers 3.0 04-01 Lexical Specification (14m30s).ogv

53.8M

Compilers 3.1 04-02 Finite Automata (23m28s).ogv

15.7M

Compilers 3.2 04-03 Regular Expressions into NFAs (9m41s).ogv

34.5M

Compilers 3.3 04-04 NFA to DFA (15m12s).ogv

22.9M

Compilers 3.4 04-05 Implementing Finite Automata (11m56s).ogv

10.1M

Compilers 4.0 05-01 Introduction to Parsing (5m31s).ogv

24.0M

Compilers 4.1 05-02 Context Free Grammars (14m07s).ogv

15.2M

Compilers 4.2 05-03 Derivations (7m37s).ogv

45.8M

Compilers 4.3 05-04 Ambiguity (17m35s).ogv

32.5M

Compilers 5.0 06-01 Error Handling (13m03s).ogv

9.9M

Compilers 5.1 06-02 Abstract Syntax Trees (3m50s).ogv

11.4M

Compilers 5.2 06-03 Recursive Descent Parsing (6m35s).ogv

32.3M

Compilers 5.3 06-04 Recursive Descent Algorithm (13m28s).ogv

19.8M

Compilers 5.4 06-04-1 Recursive Descent Limitations (6m56s).ogv

20.8M

Compilers 5.5 06-05 Left Recursion (9m11s).ogv

46.1M

Compilers 6.0 07-01 Predictive Parsing (19m37s).ogv

33.6M

Compilers 6.1 07-02 First Sets (14m02s).ogv

48.0M

Compilers 6.2 07-03 Follow Sets (17m05s).ogv

29.6M

Compilers 6.3 07-04 LL1 Parsing Tables (14m41s).ogv

14.7M

Compilers 6.4 07-05 Bottom-Up Parsing (7m25s).ogv

17.9M

Compilers 6.5 07-06 Shift-Reduce Parsing (7m37s).ogv

18.3M

Compilers 7.0 08-01 Handles (6m48s).ogv

38.0M

Compilers 7.1 08-02 Recognizing Handles (13m12s).ogv

34.1M

Compilers 7.2 08-03 Recognizing Viable Prefixes (14m57s).ogv

11.5M

Compilers 7.3 08-04 Valid Items (3m31s).ogv

44.8M

Compilers 7.4 08-05 SLR Parsing (14m16s).ogv

25.0M

Compilers 7.5 08-06 SLR Parsing Example (6m42s).ogv

33.4M

Compilers 7.6 08-07 SLR Improvements (11m49s).ogv

28.1M

Compilers 7.7 08-08 SLR Examples (12m47s).ogv

9.6M

Compilers 8.0 09-01 Introduction to Semantic Analysis (3m42s).ogv

19.6M

Compilers 8.1 09-02 Scope (8m09s).ogv

35.2M

Compilers 8.2 09-03 Symbol Tables (11m06s).ogv

32.8M

Compilers 8.3 09-04 Types (11m22s).ogv

24.1M

Compilers 8.4 09-05 Type Checking (8m43s).ogv

27.6M

Compilers 8.5 09-06 Type Environments (11m43s).ogv

25.8M

Compilers 8.6 09-07 Subtyping (11m35s).ogv

21.3M

Compilers 8.7 09-08 Typing Methods (8m12s).ogv

16.4M

Compilers 8.8 09-09 Implementing Type Checking (6m57s).ogv

18.7M

Compilers 9.0 10-01 Static vs. Dynamic Typing (7m14s).ogv

16.4M

Compilers 9.1 10-02 Self Type (7m36s).ogv

29.3M

Compilers 9.2 10-03 Self Type Operations (12m12s).ogv

14.6M

Compilers 9.3 10-04 Self Type Usage (6m29s).ogv

26.9M

Compilers 9.4 10-05 Self Type Checking (10m00s).ogv

16.2M

Compilers 9.5 10-06 Error Recovery (7m07s).ogv

18.1M

Compilers 10.0 11-01 Runtime Organization (6m44s).ogv

29.8M

Compilers 10.1 11-02 Activations (13m50s).ogv

37.6M

Compilers 10.2 11-03 Activation Records (13m11s).ogv

21.2M

Compilers 10.3 11-04 Globals and Heap (6m56s).ogv

16.5M

Compilers 10.4 11-05 Alignment (6m04s).ogv

34.7M

Compilers 10.5 11-06 Stack Machines (16m23s).ogv

21.1M

Compilers 11.0 12-01 Introduction to Code Generation (7m57s).ogv

37.1M

Compilers 11.1 12-02 Code Generation I (17m26s).ogv

46.5M

Compilers 11.2 12-03 Code Generation II (18m08s).ogv

46.3M

Compilers 11.3 12-04 Code Generation Example (13m17s).ogv

34.0M

Compilers 11.4 12-05 Temporaries (16m14s).ogv

66.0M

Compilers 11.5 12-06 Object Layout (23m56s).ogv

20.7M

Compilers 12.0 13-01 Semantics Overview (7m06s).ogv

31.7M

Compilers 12.1 13-02 Operational Semantics (12m20s).ogv

45.8M

Compilers 12.2 13-03 Cool Semantics I (21m10s).ogv

76.4M

Compilers 12.3 13-04 Cool Semantics II (26m13s).ogv

24.7M

Compilers 13.0 14-01 Intermediate Code (9m03s).ogv

36.8M

Compilers 13.1 14-02 Optimization Overview (13m37s).ogv

58.6M

Compilers 13.2 14-03 Local Optimization (25m35s).ogv

12.8M

Compilers 13.3 14-04 Peephole Optimization (4m29s).ogv

22.3M

Compilers 14.0 15-01 Dataflow Analysis (8m02s).ogv

47.9M

Compilers 14.1 15-02 Constant Propagation (21m11s).ogv

18.4M

Compilers 14.2 15-03 Analysis of Loops (7m22s).ogv

20.7M

Compilers 14.3 15-04 Orderings (6m34s).ogv

32.5M

Compilers 14.4 15-05 Liveness Analysis (13m39s).ogv

25.7M

Compilers 15.0 16-01 Register Allocation (9m56s).ogv

26.4M

Compilers 15.1 16-02 Graph Coloring (12m07s).ogv

36.6M

Compilers 15.2 16-03 Spilling (14m50s).ogv

27.2M

Compilers 15.3 16-04 Managing Caches (10m37s).ogv

51.4M

Compilers 16.0 17-01 Automatic Memory Management (14m53s).ogv

38.7M

Compilers 16.1 17-02 Mark and Sweep (13m05s).ogv

61.8M

Compilers 16.2 17-03 Stop and Copy (19m03s).ogv

13.1M

Compilers 16.3 17-04 Conservative Collection (3m31s).ogv

53.3M

Compilers 16.4 17-05 Reference Counting (15m23s).ogv

19.8M

Compilers 17.0 18-01 Java (7m21s).ogv

19.7M

Compilers 17.1 18-02 Java Arrays (8m15s).ogv

33.6M

Compilers 17.2 18-03 Java Exceptions (14m09s).ogv

27.5M

Compilers 17.3 18-04 Java Interfaces (8m38s).ogv

23.4M

Compilers 17.4 18-05 Java Coercions (7m51s).ogv

69.5M

Compilers 17.5 18-06 Java Threads (18m36s).ogv

50.8M

Compilers 17.6 18-07 Other Topics (14m28s).ogv

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99.8K

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126.6K

PA2.pdf

84.6K

PA3.pdf

83.2K

PA4.pdf

SINGLE PAGE PROCESSED JP2 ZIP

3.7M

2.3M

2.9M

2.8M

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