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Grading Policy

Course Agenda

Lab Schedule

 

 

 

 

 

 

 

Date

Topic

6/1 Lec1, Course description, Numbers, conversions
6/4 Lec2, Arithmetic operations,  common errors, 9S12C32 architecture, basic instructions
6/6 Lec3, Basic instructions,  using the TExaS simulator, simple addressing modes
6/8 Lec4, Simple addressing modes, execution as simulated by TExaS, Lab 1 discussion
6/11 Lec5, 6812 execution, 6812 addressing modes, memory allocation
6/13 Lec6, Addressing modes, stack, introduction to programming, Lab 2 discussion
6/15 Lec7, 6812 instructions, subroutines and the stack,
6/18 Lec8, Subroutines and the stack Quiz 1
6/20 Lec9,  Debugging,
6/22 Lec10,  Exam 1 review, Lab 3 discussion, 16-bit timer, Finite state machine
6/25

Exam 1, In class, RLM 6.122

6/27 Lec11, Lab 3 discussion, Local Variables, local variable implementation, Parameter passing
6/29 Lec12,  Device driver, 4-bit LCD interfacing, fixed-point numbers,
7/2 Lec13, 4-bit LCD interfacing Lab 4 discussion
7/9 Lec14, Lab 5 discussion, ADC, Introduction to interrupts
7/11 Lec15, Output compare Interrupt, DAC, Lab 6 discussion
7/13 Lec16, DAC
7/16 Lec17, Lab 6 discussion, MACQ, FIFO
7/18 Lec18, Stepper motor interfacing, Lab 7 discussion,  Quiz 2
7/20 Lec19, Exam 2 review,  Lab 7 discussion
7/23

Exam 2, In lab, ENS 317

7/25 Lec20, Lab 7 discussion, Matrices, Reverse polish notation, SCI
7/27 Lec21, Guest Lecture by Mark Welker from AMD
7/30 Lec22, Introduction to TRobot, Lab 8 discussion
8/1 Lec23, Lab 8 discussion
8/3 Lec24, Guest lecture by Charlie Melear from Freescale
8/6 Lec25, Guest lecture by Dr. Jonathan W. Valvano - Introduction to EE 345L, Quiz 3
8/8 Lec26, Final exam review, Preliminary TRobot contest, Course instructor survey,
8/10 Lec27, Final TRobot competition
8/11

Final Exam, 9am-12noon

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

This page was last updated: 08/05/2007 11:14:21 PM