ADVANCED LOGIC DESIGN (4 Credits)

Learning Outcomes:

On successful completion of this Course, students will be able to: Design advanced digital systems; Explain component of advanced digital systems; Deploy VHDL to model digital circuit.

Topics:

1. Digital System Overview;
2. Programmable Logic Devices;
3. Combinational Logic;
4. Combinational Function and Circuits;
5. VHDL Introduction;
6. VHDL Structure;
7. Mini Project: VHDL Structure – Designing Decoder, Priority encoder, Gray-code Encoder, Multiplexer;
8. Arithmetic Functions and Circuits;
9. Test benches for Combinational and Sequential Circuit;
10. Sequential Circuits;
11. VHDL for Sequential Systems;
12. Register and Register Transfers;
13. Sequencing and Control;
14. Mini Project: Sequencing and Control – Designing Interactive Sequencing Player – GSLC;
15. Processor Design Basics – 1: Basic Datapath, ALU and Shifter;
16. Processor Design Basics – 2: Datapath representation and Control World;
17. Mini Project: Processor Design Basics – Designing Simple Processor Datapath using VHDL;
18. Processor Design Basics – 3: Control Unit -Single Cycle Hardwired Control;
19. Processor Design Basics – 4: Control Unit -Multiple Cycle Hardwired Control.