Media Summary: Review and discussion of sudoku code from last lecture. Backtrack vs brute force. Course waffles. Students give feedback about what problems they are having with machine code. Most problematic topic seems After lecture 8 we had a one week break, and during the break we ran a revision session to recap on the material covered in the ...

23 Stack Frames Richard Buckland - Detailed Analysis & Overview

Review and discussion of sudoku code from last lecture. Backtrack vs brute force. Course waffles. Students give feedback about what problems they are having with machine code. Most problematic topic seems After lecture 8 we had a one week break, and during the break we ran a revision session to recap on the material covered in the ... The challenge: can we write a Sudoku solver in a single lecture? What is a sudoku puzzle? Estimation revisited. how to solve a ... Introduction to computing for first year Computer Science and Engineering students at UNSW. This lecture marks the halfway point of the course. Dealing with stress, programming errors involving arrays, how to write a ...

How a C function call is implemented in machine code. Extension lecture introducing randomness. What is a random process? How can a deterministic process on a deterministic ... extreme programming, unit tests, test as you go, unit tests in C, one objective at a time, refactoring. asserts. multi-file programs in ... Searching, best worst and expected case. Binary search and insert - linked lists vs arrays. Trees. Ordered binary trees.

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23: Stack Frames - Richard Buckland UNSW
16: Frames (revision) - Richard Buckland (UNSW)
Revision Lecture 8.2: COMP1917 Higher Computing - Richard Buckland UNSW
22: The most important thing - Richard Buckland UNSW
Lecture 13: COMP1917 Higher Computing - Richard Buckland UNSW
27: Stress - Richard Buckland UNSW
Lecture 12.1: The mechanics of function calls - Richard Buckland UNSW
Revision Lecture 8.1: COMP1917 Higher Computing - Richard Buckland UNSW
Lecture 28: Random Numbers - Richard Buckland UNSW (2008)
Lecture 24: eXtreme Programming - Richard Buckland
38: Complexity & Trees - Richard Buckland UNSW
Lecture 12.3: The Amazing Alan Turing - Richard Buckland (extension lecture) UNSW 2008
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23: Stack Frames - Richard Buckland UNSW

23: Stack Frames - Richard Buckland UNSW

Review and discussion of sudoku code from last lecture. Backtrack vs brute force. Course waffles.

16: Frames (revision) - Richard Buckland (UNSW)

16: Frames (revision) - Richard Buckland (UNSW)

Students give feedback about what problems they are having with machine code. Most problematic topic seems

Revision Lecture 8.2: COMP1917 Higher Computing - Richard Buckland UNSW

Revision Lecture 8.2: COMP1917 Higher Computing - Richard Buckland UNSW

After lecture 8 we had a one week break, and during the break we ran a revision session to recap on the material covered in the ...

22: The most important thing - Richard Buckland UNSW

22: The most important thing - Richard Buckland UNSW

The challenge: can we write a Sudoku solver in a single lecture? What is a sudoku puzzle? Estimation revisited. how to solve a ...

Lecture 13: COMP1917 Higher Computing - Richard Buckland UNSW

Lecture 13: COMP1917 Higher Computing - Richard Buckland UNSW

Introduction to computing for first year Computer Science and Engineering students at UNSW.

27: Stress - Richard Buckland UNSW

27: Stress - Richard Buckland UNSW

This lecture marks the halfway point of the course. Dealing with stress, programming errors involving arrays, how to write a ...

Lecture 12.1: The mechanics of function calls - Richard Buckland UNSW

Lecture 12.1: The mechanics of function calls - Richard Buckland UNSW

How a C function call is implemented in machine code.

Revision Lecture 8.1: COMP1917 Higher Computing - Richard Buckland UNSW

Revision Lecture 8.1: COMP1917 Higher Computing - Richard Buckland UNSW

After lecture 8 we had a one week break, and during the break we ran a revision session to recap on the material covered in the ...

Lecture 28: Random Numbers - Richard Buckland UNSW (2008)

Lecture 28: Random Numbers - Richard Buckland UNSW (2008)

Extension lecture introducing randomness. What is a random process? How can a deterministic process on a deterministic ...

Lecture 24: eXtreme Programming - Richard Buckland

Lecture 24: eXtreme Programming - Richard Buckland

extreme programming, unit tests, test as you go, unit tests in C, one objective at a time, refactoring. asserts. multi-file programs in ...

38: Complexity & Trees - Richard Buckland UNSW

38: Complexity & Trees - Richard Buckland UNSW

Searching, best worst and expected case. Binary search and insert - linked lists vs arrays. Trees. Ordered binary trees.

Lecture 12.3: The Amazing Alan Turing - Richard Buckland (extension lecture) UNSW 2008

Lecture 12.3: The Amazing Alan Turing - Richard Buckland (extension lecture) UNSW 2008

We had a gap at the end of Lecture 12 so