| No. |
Date |
Topic, Reading, and Assignment |
| 1 |
Jan 17 |
Introduction
Discuss
Syllabus
Read Chapter 1
Homework # 1 assigned.
|
2 |
Jan 19 |
CPU Registers, machine code, source code, assembly vs higher level language
We covered through Section 1.5
Look at textbook problems E1.1-1.9 and
Read section 1.6 again prior to Wednesday's lecture
|
3 |
Jan 22 |
Addressing Modes Section 1.6
|
4 |
Jan 24 |
Sample instructions, hand assembly and dis-assembly using
opcode maps in reference guide (not the table in your textbook)
Through Section 1.8.1
Homework # 2 assigned.
Due on Friday, Jan 26
|
| 5 |
Jan 26 |
Bring your textbook to class today
program tracing, cycle-by-cycle analysis, assembler directives,
and flowcharts.
Chapter 2 through section 2.5
re-read example 2.10
Homework # 3 assigned for Monday.
Homework 2 due today, at start of class
|
6 |
Jan 29 |
Arithmetic, multiple precision addition and subtraction,
outline of double precision multiplication, perhaps we'll have time
for a Sim68 demo and discussion
Chapter 2 through section 2.7 (except 2.6.5 and FDIV)
(so skip top of page 60 to start of 2.7
Homework # 4 assigned.
Note submission instructions!
|
7 |
Jan 31 |
relative
addressing and the BRA instruction
(branching),
conditional branching (based on the CCR)
Sections 1.6.6 and 2.7-2.9
|
8 |
Feb 2 |
Introduce the stack, and the push and pull operations.
Discuss modular programming, subroutines, storage of the
return address, and parameter passing.
Chapter 3 through 3.3
Homework # 5 assigned.
Note submission instructions!
|
9 |
Feb 5 |
Subroutine calls, parameter passing,
reentrant and recursive subroutines, examples,
"Well behaved" subroutines. Sim68 demo/discussion
|
10 |
Feb 7 |
Chapter 6: Interrupts (maskability, priority, "stacking registers") and Resets
Homework #6 assigned, due Wednesday.
|
11 |
Feb 9 |
Finish with Chapter 6: Interrupts and Resets
(Buffalo Monitor JMP table, local and global
enables and masks, various types of interrupts).
Homework #8 assigned, due before lab
on Thursday, and
Homework #7 assigned, due Friday.
|
12 |
Feb 12 |
Parallel I/O: Brute Force, Strobed, and handshaking. general discussion
(Read sections 7.4-7.7 and skim 7.7-7.11 for project hints)
|
|
Feb 12 |
Optional Evening Review at 8 pm in CEH 351. Bring Questions. This is
Q&A and discussion, I do not intend to lecture.
|
13 |
Feb 14 |
Exam # 1
|
14 |
Feb 16 |
Parallel I/O on the MC68HC11
Prior to class you
should read sections 7.4-7.7 and skim 7.7-7.11 for project ideas
Read 7.12 for next time
Homework #9 assigned, due Friday, Feb 23 (but you will
have other assignments and labs due before then)
|
|
Feb 19 |
No Class -- President's Day Holiday
|
15 |
Feb 21 |
Output handshaking, Centronics printer example. Section 7.12
Homework # 10 assigned for Monday.
|
16 |
Feb 23 |
Centronics Printer example with the 68HC11 as the interface chip.
Begin to discuss the
the built in
analog-to-digital (A2D) subsystem,
(Chapter 11, skim through 11.4, read
11.5-11.9, and browse 11.10-11.12 for project hints and ideas.)
|
17 |
Feb 26 |
Discuss the Pulse Accumulator Subsystem (Section 8.10)
|
18 |
Feb 28 |
Discuss on chip EEPROM. This is not covered in your textbook and there
is no reading assignment prior to class.
Homework # 12 assigned for Wednesday,
March 14th.
|
|
Mar 2 |
Classes Cancelled due to Snowy Weather
|
|
Mar 5 |
No Class -- Spring Break
|
|
Mar 7 |
No Class -- Spring Break
|
|
Mar 9 |
No Class -- Spring Break
|
19 |
Mar 12 |
Meet in Lab (HH 319). For some hands-on experience with the EEPROM on
our 68HC11.
You might want to take a look at these
two programs.
|
20 |
Mar 14 |
Meet in Lab (HH 319).
Continue w/ the EEPROM, demonstrate
Homework # 12 which was
due today
Continue with
this programs.
|
21 |
Mar 16 |
Meet in Lab (HH 319).
Continue w/ the EEPROM, demonstrate
Homework # 12 which was
due Wednesday
Continue with
this programs.
|
22 |
Mar 19 |
Meet in Crothers 351
to discuss the timer subsystems. This lecture will cover most of Chapter 8.
|
25
|
Mar 21
|
Timer Functions (Free running main timer, TIC/TOC functions, Real time
interrupts (Chapter 8-8.9)
|
26 |
Mar 23 |
Asynchronous serial communication (Chapter 9-9.3).
Homework 14 assigned, Due Monday
|
27 |
Mar 26 |
Asynchronous Serial Communication, details on MC68HC11 subsystem.
Baud-rate mismatch homework due
|
28 |
Mar 28 |
Memory Decoding Please read Chapter 5 through Section 5.6. Much of
this is review, but some of it is new. Make sure you read Section 5.6.2 and
the associated examples prior to class.
You may resubmit Homework 14 prior class on
Monday, April 2
Homework 15 Assigned, now due Wednesday April 4th
Homework 16 Assigned, still due Monday, April 2nd
|
|
Mar 28 |
Review Session Cancelled
|
|
Mar 30 |
Class Cancelled IEEE Industry Tour
|
29 |
Apr 2 |
Wrap up SCI subsystem.
Decide on
Schedule for Lab Practical
Last chance to submit Homework 14
Homework 16 due
|
30 |
Apr 4 |
Homework 15 due
|
|
Apr 6 |
No Class -- Easter Recess
|
|
Apr 9 |
No Class -- Easter Recess
|
31 |
Apr 11 |
Synchronous serial communication and the SPI subsystem
|
|
Apr 11 |
Optional Afternoon Review Session in Crothers 221A
I've got the room from 3-4 pm
This is not a lecture, bring questions.
|
32 |
Apr 13 |
Second Exam
|
33 |
Apr 16 |
Synchronous serial communication and the SPI subsystem on the 68HC11
Chapter 10 through 10.5
|
34 |
Apr 18 |
Discuss Timing and interfacing memory to MCU (Section 5.7)
Homework # 17 and assigned for Monday
|
35 |
Apr 20 |
More on timing and interfacing memory to MCU (Section 5.7)
|
36 |
Apr 23 |
Discuss Exam
Homework # 18 and # 19 assigned for Wednesday
Homework 17 Due
|
37 |
Apr 25 |
Discuss selecting a micro controller for your own projects. Also
please read this EDN article:
Putting the Squeeze on 16 bit microprocessors
Homework # 20 assigned for Monday
Homework 18 and 19 Due
|
|
Apr 27 |
Class cancelled so that we can all attend the Engineering Expo
|
. . . |
. . .
|
. . .
|
|
May 8 |
Final exam -- 9 am -- Crothers 351 (Tuesday, May 8th)
|