CEG 3555 Systèmes numériques II

3 units
Computer Engineering
Faculty of Engineering
Concepts de la logique séquentielle : machines à états finis, tables de transition d'états, diagrammes d'états, modèles de Mealy et de Moore. Conception de circuits séquentiels : réduction d'états et affectation, implémentation à l'aide de bascules D ou JK. Circuits séquentiels partiellement spécifiés. Représentations alternatives de machines à états finis : machines à états algorithmiques (ASM), langages de description de circuits logiques (p.ex. VHDL). Conception de circuits logiques séquentiels synchrones à l'aide de circuits logiques programmables (PLD, ROM, FPGA). Applications à la conception d'interfaces et de contrôleurs informatiques. Circuits asynchrones. Hasards.

Components:

Laboratory
Lecture
Tutorial

Requirements:

Préalable : CEG 2536 .

Previously Offered Terms:

Fall

English Equivalent:

Organized

84 responses

4.21

/ 5

strongly agree
51%
agree
35%
disagree
13%
strongly disagree
1%
25%
50%
75%
100%

Clear Expectations

45 responses

4.56

/ 5

strongly agree
58%
agree
40%
neither agree nor disagree
2%
disagree
0%
strongly disagree
0%
25%
50%
75%
100%

Learned a Lot

84 responses

4.40

/ 5

strongly agree
50%
agree
44%
disagree
4%
strongly disagree
1%
25%
50%
75%
100%

Recommend

39 responses

3.64

/ 5

strongly agree
21%
agree
54%
disagree
21%
strongly disagree
5%
25%
50%
75%
100%

Workload

39 responses

2.77

/ 5

very heavy
5%
heavier than average
28%
average
54%
lighter than average
10%
very light
3%
25%
50%
75%
100%

Fair Assessments

83 responses

4.27

/ 5

strongly agree
53%
agree
34%
disagree
10%
strongly disagree
2%
question not applicable
1%
25%
50%
75%
100%