| chapter 1 digital computers and information 1-1 digital computers information representation computer structure more on the generic computer 1-2 number systems binary numbers octal and hexadecimal numbers number ranges 1-3 arithmetic operations conversion from decimal to other bases 1-4 decimal codes bcd addition parity bit 1-5 gray codes 1-6 alphanumeric codes ascii character code 1-7 chapter summary references problems .chapter 2 combinational logic circuits 2-1 binary logic and gates binary logic logic gates 2-2 boolean algebra basic identities of boolean algebra algebraic manipulation complement of a function 2-3 standard forms minterms and maxterms sum of products product of sums 2-4 two-level circuit optimization cost criteria two-variable map three-variable map four-variable map 2-5 map manipulation essential prime implicants nonessential prime implicants product-of-sums optimization don't-care conditions 2-6 multiple-level circuit optimization 2-7 other gate types 2-8 exclusive-or operator and gates odd function 2-9 high-impedance outputs 2-10 chapter summary references problems chapter 3 combinational logic design 3-1 design concepts and automation design hierarchy top-down design computer-aided design hardware description languages logic synthesis 3-2 the design space gate properties levels of integration circuit technologies technology parameters positive and negative logic design trade-offs 3-3 design procedure 3-4 technology mapping cell specification preface …… chapter 4 arithmetic functions and hdls chapter 5 sequential circuits chapter 6 selected design topics chapter 7 registers and register transfers chapter 8 memory basics chapter 9 computer design basics chapter 10 instruction set architecture chapter 11 risc and cisc processors chapter 12 input-output and communication chapter 13 memory systems |
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