To be successful in this course, you should have background in the areas of computer organization, digital logic, and VHDL/Verilog design.

If you do not feel particularly strong in HDL coding, this is a good opportunity to get better, but you should review the fundamentals. There will be lectures on how best to use HDL for design, but not the syntax or constructs of the language. That you will find in the books.

References below are to the following textbooks:

HVZ

Computer Organization, Hamacher, Vranesic, Zaky, 5th ed.

BV

Fundamentals of Digital Logic with Verilog Design

BV

Fundamentals of Digital Logic with VHDL Design

More specifically, these topics should be reviewed:

CAD Flow

BV, we'll discuss it more in the course.

Logic Gates, Combinational blocks

BV, gates, multiplexers, decoders, encoders

Storage

BV, registers, flip flops

Synchronous Logic

BV, counters, state machines

Assembly Language

HVZ Chapter 2

I/O

HVZ Chapter 4, particularly accessing via memory mapping, interrupts, buses, interface circuits, DMA

Memory System

HVZ Chapter 5, how to use memories

Numbers and Arithmetic

BV, HVZ Chapter 6

Pipelining

HVZ Chapter 8, not so much for making processors fast, but using it to make your logic faster

Embedded Systems

HVZ Chapter 9. You may not have officially covered this but it would be good to read. This course will look at a lot of this material.

Peripherals

HVZ Chapter 10 has some stuff that may be relevant to things you might want to do.

HDL Design

BV, constructs in Appendix A are sufficient to do lots of good designs. In particular, you should be able to code state machines, registers and the various basic combinational blocks such as multiplexers, encoders, decoders, and arithmetic functions.

C Programming

All programming of the MicroBlaze processor is done in C. C++ should also work.