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* If you are working across computers (e.g. coding at home, deploying it on the lab computer, know that just copying the source files is enough, trying to copy entire projects leads to trouble. Always ask a TA about such problems, as Quartus seems to forget configurations and settings once in a while. |
* If you are working across computers (e.g. coding at home, deploying it on the lab computer, know that just copying the source files is enough, trying to copy entire projects leads to trouble. Always ask a TA about such problems, as Quartus seems to forget configurations and settings once in a while. |
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* Go to office hours. Someone has absolutely seen your bugs before. |
* Go to office hours. Someone has absolutely seen your bugs before. |
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+ | * Be sure to learn verilog and some basic digital electronics BEFORE taking this course, as knowledge of verilog HDL and of elementary gates may be assumed (depending on the instructor) assumed even though none of the official prerequisites indicate so. |
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== Testimonials == |
== Testimonials == |
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− | ??? |
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== Past Offerings == |
== Past Offerings == |
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Revision as of 23:08, 21 February 2015
General Information
Introduction to the design and implementation of practical digital circuits. Students start with boolean algebra and working up to a single-cycle microprocessor by the end or the semester. Labs are created using Altera Quartus and are written in Verilog. It is one of the three 2000 level classes required to major in ECE. (Crosslisted as ENGRD 2300).
Prerequisites
CS 1110 or CS 1112
Topics Covered
- Boolean logic
- State machines
- Combinational and sequential digital logic
- Basic structure of ROM and RAM memories
- Single-cycle CPU
- Pipelined CPU
- Memory hierarchies
- Input/output systems
Workload
- The weekly problem sets are relatively easy
- The labs may take hours depending on how prepared you are and how quickly you can debug
Advice
- It is really helpful to have the prelabs fully tested and working before going into lab so you don't have to spend too much time in lab.
- In lab get a good, working breadboard and FPGA so you don't spend hours debugging. <-- One million times this. The odds of getting a bad FPGA aren't trivial at all, I got them in around a third of the labs.
- If you are working across computers (e.g. coding at home, deploying it on the lab computer, know that just copying the source files is enough, trying to copy entire projects leads to trouble. Always ask a TA about such problems, as Quartus seems to forget configurations and settings once in a while.
- Go to office hours. Someone has absolutely seen your bugs before.
- Be sure to learn verilog and some basic digital electronics BEFORE taking this course, as knowledge of verilog HDL and of elementary gates may be assumed (depending on the instructor) assumed even though none of the official prerequisites indicate so.
Testimonials
Past Offerings
Semester | Time | Professor | Median Grade |
---|---|---|---|
Spring 2014 | TR 1:25-2:40 | Zhiru Zhang | B+ |
Fall 2014 |
TR 11:40-12:55 |
Edward Suh | B+ |
Spring 2015 | TR 1:25-2:40 | Zhiru Zhang | ? |