This web page contains description of Dr.
Kin Hong Wong's course CEG3430
Microprocessing Systems & Applications
Updated on 25 Aug. 2008, Course
description
Lecture hours/venue: Mon. (M2,3) at ELB303
AND Wed. (W4) at ERB804 (See AVSU
for
map and teaching equipment available)
Course tutors: Leung Man Chuen and Ko Hoi Fung
Honesty in
Academic work
Lecture Notes and tutorials
A) Computer Aided Digital Design Techniques: VHDL, see also useful
hardware links
VHDL 0:
Course overview
VHDL 1:
Introduction, reference list
VHDL 2: Identifiers,
data objects and data types
VHDL 3:
Basic operators and architecture body
VHDL 4:
Finite State Machines FSM
VHDL 5:
FSM Examples
VHDL 6:
Use of signals
vhdl_additional1
(signal usage)
VHDL 7:
A single board sound recorder designed using VHDL
vsound1a.txt,
vsound1a.vhd
Marking scheme and Exams
- Part 1: Exercises and laboratory assignments 50% of the overall
assessment.
- Part 2: Final exam 50% of the overall assessment.
- A student must gain at least 40% of the full marks in each part
in order to pass the course.
References (available in the University
Bookstore)
- Major references (will also be useful in other courses,
e.g.
CEG3430),
should be availbale at our campus book shop.
- High-Speed Digital Design: A Handbook of Black Magic by Howard
W.
Johnson
and Martin Graham Prentice Hall; around US$20 dollars at the CU
bookshop.
- Other reference
- High Speed Signal Propagation: Advanced Black Magic
Howard W.
Johnson
Prentice Hall 2003 (An extensioin of the above reference including many
advanced topics)
- Digital Design Principles and Practices by John F.
Wakerly,
Prentice
Hall (third Edition) 2000. (Inlcudes Xilinx student edition).
Useful Links: There are some useful
links
related to the course
Useful
hardware links