Output-Wired Inverter - Nothen, Jonathan
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The book describes the importance of arithmetic functions in modern digital VLSI system. Many research efforts have focused on designing faster and more efficient adder architectures and resulted in a larger number of adder architectures. Some examples of architectures are the Ripple carry adder which, generates carries in series, the carry look-ahead adder which attempts to speed-up the carry propagation by using additional logics, group generate and propagate, and the parallel prefix adder which extends from the idea of carry look-ahead computation. The parallel prefix adders are a more…mehr

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Produktbeschreibung
The book describes the importance of arithmetic functions in modern digital VLSI system. Many research efforts have focused on designing faster and more efficient adder architectures and resulted in a larger number of adder architectures. Some examples of architectures are the Ripple carry adder which, generates carries in series, the carry look-ahead adder which attempts to speed-up the carry propagation by using additional logics, group generate and propagate, and the parallel prefix adder which extends from the idea of carry look-ahead computation. The parallel prefix adders are a more general form where a network is used to pre-calculate the carry signals.
Autorenporträt
Dr. Jonathan Nothen has graduated from Moscow state university in 1975. I have published many articles in international journals and also wrote research papers on Electrical Engineering. Now I am investigating the field of Information Technologies.