Lecture slides

Lecture slides will be posted here as material is covered. The T stands for Tuesday and the R for Thursday in the table below.

Pre-lecture videos from Prof. Yih-Chun Hu are available here.

# Day Date Topic Bhowmik (BL) Chen (BL2) Abraham (BL3)
1 T 1/21 Memory-mapped I/O: input from the keyboard, output to the monitor slides, git slides, code Lec01, git
2 R 1/23 Repeated code: TRAPs and Subroutines slides, git slides, code Lec02, git
3 T 1/28 Stack data structure and stack operations slides, git slides, code Lec03, git
4 R 1/30 Programming with stack; Arithmetic using a stack slides slides, code Lec04, Lec04e, git
5 T 2/04 Introduction to C: data types, operators, scope, storage slides, git slides, code Lec05, git
6 R 2/06 Introduction to C: control structures, basic I/O slides, git slides, code Lec06, git
7 T 2/11 Introduction to functions in C slides, git slides, code Lec07, git
8 R 2/13 Implementing functions in C, run-time stack slides slides, code Lec08c, Lec08e
9 T 2/18 Pointers and Arrays slides  slides, code Lec09c, Lec09e, git
10 R 2/20 Strings; multi-dimensional arrays slides  slides, code Lec10c, git
11 T 2/25 Problem solving with pointers and arrays slides  slides, code Lec11c, QS, git
  R 2/27 Midterm 1      
12 T 3/04 Recursion  slides  slides, code Lec12c, Lec12e, git
13 R 3/06 Problem solving with recursion; Recursion with backtracking  slides  slides, CtoLC-3 (video), code Lec13c, Lec13e, git
14 T 3/11 File I/O in C  slides  slides, code Lec14, git
15 R 3/13 Data Structures  slides, git  slides, code Lec15c, Lec15e, git 
16 T 3/25 Dynamic memory allocation  slides, git  slides, code Lec16c, git
17 R 3/27 Linked Lists  slides, git  slides, code Lec17c, Lec17e, git
18 T 4/01 Problem solving with linked lists  slidesgit  slides, code Lec18c, Lec18e, git
19 R 4/03 From C to LC-3 assembly with linked data structures slidesgit slides, code Lec19c, Lec19e, git
20 T 4/08 Intro to C++: Objects, Constructors      
  R 4/10 Midterm 2      
21 T 4/15 Intro to C++: inheritance and polymorphism      
22 R 4/17 Intro to C++: iterators and templates      
23 T 4/22 Trees, traversal and search      
24 R 4/24 C++ examples      
25 T 4/29 Interrupts and exceptions; Interrupt-driven I/O; TRAP      
26 R 5/01 Course Review Day 1      
27 T 5/06 Course Review Day 2      
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