Titlebook: Introduction to Digital Systems Design; Giuliano Donzellini,Luca Oneto,Davide Anguita Textbook 2019 Springer Nature Switzerland AG 2019 Bo

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Introduction to Sequential Networks,er–slave, and edge triggered) and the logical operation (SR, D, JK). The timing parameters of physically implemented devices are considered. The chapter introduces the concept and techniques for synchronization that will be further examined in the following ones.

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Flip-Flop-Based Synchronous Networks,ks. The presentation of counters and registers introduces progressively the real full-featured components that are available for design. Sequential network analysis in the time domain is the important skill that is developed at the end of the chapter.

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The Finite State Machine as System Controller,and datapath and described in this chapter. They optimize the sharing of duties between Finite State Machine and an external architecture. They are the first choice for the design of a wide variety of systems.

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Introduction to FPGA and HDL Design,eds and proprietary tools. A short description of the devices and the associated tools is presented. An original, hands-on introduction of the VHDL hardware description language is included. A few exercises of digital system design and prototyping complete the chapter.

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Combinational Network Design, of classical synthesis is enriched with an architectural one that introduces the concepts of programmable logic. Finally, this chapter deals with time behavior of non-ideal components and its implications on the synthesis.

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Textbook 2019n fundamental theories, from Boolean algebra and binary arithmetic to sequential networks and finite state machines, together with the essential tools to design and simulate systems composed of a controller and a datapath. The numerous worked examples and solved exercises allow a better understandin

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Boolean Algebra and Combinational Logic,: variables, functions, truth tables, operations, and properties. The chapter is quite detailed and accompanied by many examples and exercises in order to provide a precise framework of the fundamentals of digital design. It includes the theorems which constitute the foundation for the application o

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Combinational Network Design,ive method to represent and minimize functions with a few variables. The Variable-Entered Maps extend their usefulness and overcome some of their limitation. Standard networks such as decoders, multiplexers, and demultiplexers provide a wider view of combinational circuits, where the random approach

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Numeral Systems and Binary Arithmetic,al), BCD and Gray codes are presented together with the rules for the conversion between numbers encoded in different bases and the representations of negative numbers. Then, the rules for the arithmetic operations and the circuits that execute them are presented. The addition of binary number is ex