LUEE 2012 Self-Study Report (PDF) - Lamar University Electrical ...

Appendix A -- Syllabi18. Able to do very rudimentary assembly language programming 3(e)19. Understand basic modern computer architectures 3(j)20. Understand basic computer devices 3(c)21. Understand interfacing real-world-signals to the computer: ADC & DAC 3(c)22. Are familiar with modern hierarchy of digital hardware design 3(j)23. Are familiar with the state-of-the-art computer hardware design methodologies 3(j)24. Have learned how find knowledge of digital logic on electronic media 3(k)LABORATORY:25. Have learned how to design and simulate logic circuits 3(k)26. Have learned how to search, find, and read data sheets of various logic gates andfunctions 3(k)27. Have gained sufficient hands-on experience in building real-digital circuits 3(b), (c)7. Topics (approximate number of lecture hours):1. Modern hierarchy of digital hardware design (1)2. Introduction to digital hardware design languages (1)3. Logic gates (2)4. Boolean algebra (2)5. Combinational-logic functions (3)6. Logic simplification methods (2)7. Number systems, Analog-to-digital-converters ADCs & Digital-to-analog convertersDACs (2)8. Memory Elements - flip-flops (2)9. Sequential logic functions: Shift-registers (1)10. Sequential logic functions: Counters (1)11. Memory Types (1)12. Memory Organization (1)13. Memory Decoding (2)14. Computer devices (2)15. Basic Computer Architecture (1)16. Basic assembly language programming (1)17. Modern Computer Architectures (2)75