Difference between revisions of "Syllabus"

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(Created page with ' 1. The Universal Serial Bus 1. The Universal Serial Bus V1.1 and V2.0 2. The FTDI and Cypress USB Chips 3. Prototype Boards 2. FPGAs …')
 
 
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    1. The Universal Serial Bus
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# Boolean Algebra
 
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# Two-Level Combinational Logic Minimization
            1. The Universal Serial Bus V1.1 and V2.0
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## K-Maps
            2. The FTDI and Cypress USB Chips
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## Quine-McCluskey
            3. Prototype Boards
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### Single Functions
    2. FPGAs
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### Single Functions with Don't Cares
 
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### Multiple-Output Functions
        1. Actel and Xilinx FPGAs
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### Multiple-Output Functions with Don't Cares
        2. Tool Support
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# Decomposition
        3. Development Scripts
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# Technology Mapping to K-Input LUTs
 
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# Sequential Systems
    3. VHDL
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## State Minimization of Completely Specified Machines
 
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### Partition Tables
        1. VHDL Review
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### Implication Tables
        2. Synthesizable VHDL
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## State Minimization of Incompletely Specified Machines
 
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### Implication Tables
    4. Semester Project Requirements
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# Asynchronous Machines
 
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# Metastability
        1. Requirements
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# Design of the D Flip-Flop
        2. Basic Block Diagram
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# Advanced Topics
        3. Testing
 
 
 
    5. Advanced Topics
 
 
 
        1. PCI
 
        2. Firewire
 
 
 
    6. Professional and Ethical Responsibilities, Lifelong Learning
 
 
 
        1. ACM Code of Ethics
 
        2. IEEE Code of Ethics
 
        3. Lifelong Learning
 

Latest revision as of 01:57, 13 January 2014

  1. Boolean Algebra
  2. Two-Level Combinational Logic Minimization
    1. K-Maps
    2. Quine-McCluskey
      1. Single Functions
      2. Single Functions with Don't Cares
      3. Multiple-Output Functions
      4. Multiple-Output Functions with Don't Cares
  3. Decomposition
  4. Technology Mapping to K-Input LUTs
  5. Sequential Systems
    1. State Minimization of Completely Specified Machines
      1. Partition Tables
      2. Implication Tables
    2. State Minimization of Incompletely Specified Machines
      1. Implication Tables
  6. Asynchronous Machines
  7. Metastability
  8. Design of the D Flip-Flop
  9. Advanced Topics