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EoS

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Sequential Design

Sequential Design. Part II. Output. A(t+1) =D A = AX + BX. B(t+1) =D B = AX. Y = AX + BX. 2-D State Table. Even Easier, State Diagrams:. Using State Diagrams. What about designing a state machine using J-K Flip Flops. Given this state table. Using J-K Flip Flops.

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Lecture 8: Binary Multiplication & Division

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Chapter 18 Kirchhoff Example RC Circuits

Lecture 25. Chapter 18 Kirchhoff Example RC Circuits. Wednesday 24 March 1999. Physics 112. 12 W. 1 W. b. e. a. I 2. I 0. 6 W. I 1. 12 V. +. 18 V. _. d. f. c. 1 W. +. _. Find the currents in each branch of this circuit.

300 views • 17 slides

Lecture 10: Computer Design Basics: The ALU and the Shifter

Lecture 10: Computer Design Basics: The ALU and the Shifter. Soon Tee Teoh CS 147. The ALU. The Arithmetic/Logic Unit Performs both arithmetic and logic operations The Arithmetic Circuit needs to support the following instructions:. Move A G = A Increment G = A + 1 Add G = A + B

976 views • 10 slides

Trees

Trees. Addenda. Huffman Codes. ASCII, EBCDIC (IBM Mainframes) & Unicode use 8 bits for all characters Morse code, others variable-length sequences. Variable-Length Codes. Each character has: Has a weight (a probability of ocurrence) A length Expected length of a string:

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The medicalisation of childbirth

484 views • 9 slides

With love from your friend, Dusty

208 views • 5 slides