| Lecture 1: Higher Computing 2008 |
Computer Science |
52 min |
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| Lecture 2: Inside a computer |
Computer Science |
60 min |
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| Lecture 3: Machine Code |
Computer Science |
56 min |
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| Lecture 4: Simple C Program |
Computer Science |
47 min |
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| Lecture 5: Clarity (C programming #2) |
Computer Science |
46 min |
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| Lecture 6: Solving Problems 2008 |
Computer Science |
53 min |
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| Lecture 7: Side Effects 2008 |
Computer Science |
39 min |
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| Lecture 8: writing a simple C program - Richard Buckland |
Computer Science |
61 min |
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| Revision Lecture 8.1: COMP1917 Higher Computing |
Computer Science |
63 min |
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| Revision Lecture 8.2: COMP1917 Higher Computing |
Computer Science |
71 min |
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| Lecture 9: A simple recursive function |
Computer Science |
63 min |
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| Lecture 10: Functions |
Computer Science |
39 min |
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| Lecture 11: What to do when things go wrong? Richard Buckland UNSW |
Computer Science |
43 min |
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| Lecture 12.1: The mechanics of function calls |
Computer Science |
11 min |
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| Lecture 12.2: The mechanics of function calls (part 2) |
Computer Science |
24 min |
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| Lecture 12.3: The Amazing Alan Turing - Richard Buckland (extension lecture) UNSW 2008 |
Computer Science |
26 min |
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| Lecture 13: COMP1917 Higher Computing |
Computer Science |
67 min |
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| Lecture 14: The Turing Test |
Computer Science |
37 min |
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| 15: UNSW COMP1917 Higher Computing 2008 S1W4L3 |
Computer Science |
65 min |
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| 16: Frames (revision) - Richard Buckland (UNSW) |
Computer Science |
32 min |
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| 17: Arrays (part 1) - Tim Lambert UNSW |
Computer Science |
53 min |
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| 18: Arrays (part 2) - Tim Lambert UNSW |
Computer Science |
43 min |
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| 19: Pass by reference: Arrays#3 - Tim Lambert UNSW |
Computer Science |
53 min |
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| 20: Game design - Malcolm Ryan UNSW |
Computer Science |
36 min |
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| 21:Everything u need 2 know about pointers -Richard Buckland |
Computer Science |
48 min |
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| 22: The most important thing |
Computer Science |
57 min |
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| 23: Stack Frames |
Computer Science |
58 min |
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| Lecture 24: eXtreme Programming - Richard Buckland |
Computer Science |
45 min |
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| 25: A Miracle |
Computer Science |
53 min |
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| 26: Programming in the Large |
Computer Science |
51 min |
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| 27: Stress |
Computer Science |
62 min |
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| Lecture 28: Random Numbers (2008) |
Computer Science |
42 min |
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| Lecture 29: The Trouble with Concrete Types |
Computer Science |
57 min |
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| 30: Abstract Data Types in C |
Computer Science |
45 min |
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| 31a: The Major Project |
Computer Science |
31 min |
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| 31b: Task2 rewritten as an ADT |
Computer Science |
34 min |
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| Lecture 32: Steganography (hidden messages) |
Computer Science |
32 min |
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| 33: Dont give up |
Computer Science |
66 min |
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| Lecture 34: The Australian National Anthem |
Computer Science |
34 min |
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| Lecture 35: Linked Lists |
Computer Science |
44 min |
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| Lecture 36: Experimenting with CMOS |
Computer Science |
48 min |
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| 38: Complexity & Trees |
Computer Science |
47 min |
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| Lecture 39: Programming errors |
Computer Science |
62 min |
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| 40: taste of Graphics - Tim Lambert, Yose Widjaja UNSW |
Computer Science |
34 min |
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| 41: Sample Tree Code: loop detection 2008 |
Computer Science |
65 min |
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