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It starts with introduction to VLSI system design, the evolution, the application, embedded systems, FPGA, digital system implementation in Spartan-3 FPGA. The introduction is followed by review of digital system design where numbering systems, codes, Boolean algebra, Karnaugh MAP, combinational circuit components and sequential circuit components, finite state machine are explained. Then the book provides coding example of combinational and sequential circuit elements using verilog HDL. Testbench is then taught. Guidelines for RTL coding, using modelsim CAD, synplify CAD, place and route and design of memories follows next consecutively. After these design of arithmetic circuits, verification of algorithms using HDL and example of algorithm implementation such as discrete Fourier transform using architectural design are covered. A separate chapter on project is devoted to show you how to do a FPGA project. Here Xilinx FPGA CAD is used. Next chapter is practically oriented. There hardware implementation on FPGA is shown. The final chapter provides reader guidance on where the reader could go next to implement various hardware design for different applications.

**Digital VLSI Systems Design A Design Manual for Implementation of Projects on FPGAs and ASICs Using Verilog**pdf free. This book is for those who wants to learn digital system implementation on FPGA and ASIC using verilog hardware description language.It starts with introduction to VLSI system design, the evolution, the application, embedded systems, FPGA, digital system implementation in Spartan-3 FPGA. The introduction is followed by review of digital system design where numbering systems, codes, Boolean algebra, Karnaugh MAP, combinational circuit components and sequential circuit components, finite state machine are explained. Then the book provides coding example of combinational and sequential circuit elements using verilog HDL. Testbench is then taught. Guidelines for RTL coding, using modelsim CAD, synplify CAD, place and route and design of memories follows next consecutively. After these design of arithmetic circuits, verification of algorithms using HDL and example of algorithm implementation such as discrete Fourier transform using architectural design are covered. A separate chapter on project is devoted to show you how to do a FPGA project. Here Xilinx FPGA CAD is used. Next chapter is practically oriented. There hardware implementation on FPGA is shown. The final chapter provides reader guidance on where the reader could go next to implement various hardware design for different applications.

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