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Understanding Bistable Bit Representation and Logic Gates for Sequential Computation

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Learn about dual-rail encoding, AND, OR, XOR gates, D Latch, D Flip Flop, memory implementation, sustained oscillations, and more. Explore transfer concentrations in red, green, and blue phases in a 3-bit counter and linear feedback shift register example.

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Understanding Bistable Bit Representation and Logic Gates for Sequential Computation

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Presentation Transcript

  1. Bistable Bit Representation(dual-rail encoding)

  2. AND Gate Outputting 0 Outputting 1

  3. OR Gate Outputting1 Outputting 0

  4. XOR Gate Outputting 1 Outputting 0

  5. Logic Gates

  6. D Latch Adding control reactions

  7. Synchronous Sequential Computation

  8. Sustained Oscillations Transfer concentrations in alternating phases:red, green and blue.

  9. First Attempt… R, G, and B converge!

  10. Clock

  11. Implementing D Flip Flop Master-slave configuration

  12. Implementing Memory D1’ D1 D2’ D2 Blue phase: Red phase:

  13. Example: 3-Bit Counter

  14. Example: Linear Feedback Shift Register

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