Più nero di un cielo senza stelleGuida Editori, 2004 - 396 páginas |
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... Moore Implementation 54 4.4.2 Impact on the Mealy Implementation 56 4.5 Exercises 57 5 Design of a Minima! CPU (by T. Griin) 59 5.1 Design 59 5.1.1 Instruction Set 59 5.1.2 Data Paths 60 5.1.3 Control 62 5.2 Evaluation 62 5.2.1 Cost 63 ...
... Moore Implementation 54 4.4.2 Impact on the Mealy Implementation 56 4.5 Exercises 57 5 Design of a Minima! CPU (by T. Griin) 59 5.1 Design 59 5.1.1 Instruction Set 59 5.1.2 Data Paths 60 5.1.3 Control 62 5.2 Evaluation 62 5.2.1 Cost 63 ...
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... 3.9. EXERCISES 41 3.9 Exercises 3.1 (Fanout restriction and fanout. Figure 3.19: Circuit of an n-bit cyclic left shifter CLS(n) Figure 4.3: Implementation of a Moore machine. 40 CHAPTER 3. FUNCTIONAL MODULES Cyclic Right Shifts.
... 3.9. EXERCISES 41 3.9 Exercises 3.1 (Fanout restriction and fanout. Figure 3.19: Circuit of an n-bit cyclic left shifter CLS(n) Figure 4.3: Implementation of a Moore machine. 40 CHAPTER 3. FUNCTIONAL MODULES Cyclic Right Shifts.
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... ' as #M(z,z'). Also, for each state z' we denote by fanin(z') the sum of the weights of ali arcs entering state z': /onin(z') = #M(z,z'). 4.2. IMPLEMENTATION OF MOORE MACHINES 45 4.2 Implementai ion of. 44 CHAPTER 4. HARDWIRED CONTROL.
... ' as #M(z,z'). Also, for each state z' we denote by fanin(z') the sum of the weights of ali arcs entering state z': /onin(z') = #M(z,z'). 4.2. IMPLEMENTATION OF MOORE MACHINES 45 4.2 Implementai ion of. 44 CHAPTER 4. HARDWIRED CONTROL.
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Marco Iannò. 4.2. IMPLEMENTATION OF MOORE MACHINES 45. 4.2. Implementai. ion. of. Moore. Machines. 4.2.1 The State Figure 4.2 depicts a standard implementation of a Moore machine. Let k — #Z and £ = [log k] . The states are coded in binary.
Marco Iannò. 4.2. IMPLEMENTATION OF MOORE MACHINES 45. 4.2. Implementai. ion. of. Moore. Machines. 4.2.1 The State Figure 4.2 depicts a standard implementation of a Moore machine. Let k — #Z and £ = [log k] . The states are coded in binary.
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... IMPLEMENTATION OF MOORE MACHINES 47 Let faninmar denote the 46 CHAPTEfì 4. HARDWIRED CONTROL Computing the Next State.
... IMPLEMENTATION OF MOORE MACHINES 47 Let faninmar denote the 46 CHAPTEfì 4. HARDWIRED CONTROL Computing the Next State.
Contenido
1 | |
10 | |
21 | |
43 | |
59 | |
Design of thè DLX Machine | 77 |
TradeOff Analyses | 123 |
Interrupt | 141 |
Microprogrammed Control | 179 |
Further Applications of thè Architecture Model | 199 |
A Register Transfer Language | 201 |
Bibliography | 263 |
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Términos y frases comunes
accumulated delay active adder address architecture arithmetic unit benchmark binary bits carry look-ahead chapter circuit combinatorial components computation computes conditional sum control automaton control signals control unit cost and delay critical path current cycle time data paths decode decoder Diego directly DLX design DLX machine encoder environment extern int fanout fetch Figure first following formulae function gates generates guardò hardware hardwired control impact indicates inputs instruction set interrupt handling interrupt service routine inverter istante lists Load main memory mamma MARK Mealy implementation memory status time microcoded control microinstruction modified monomials Moore implementation Motorola Motorola technology multiplexer n-bit number occhi opcode order output overflow Paola papà path powerup printf program program counter provides purpose registers quality parameter R-type ragazzo read requires return rispose run time same section shift shifter stava Table thè three unary coding used Valerio value write zero tester