Verilog HDL: - Ali, Md. Liakot;Aris, Ishak;Sidek, Roslina
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Verilog HDL is now emerged as the most efficient solution for the design of VLSI chip as well as implementation of any complex digital design in the FPGA technology. There are a number of books available in the market on Verilog HDL. But they are very much descriptive and burdensome for the beginners to learn Verilog HDL in the short time. With a view to learn Verilog HDL in an easy approach, Learn by Examples method is adapted in this book. Special features of this book are: A number of verified Verilog Design Examples Showing design examples from simple to complex digital system Finite state…mehr

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Produktbeschreibung
Verilog HDL is now emerged as the most efficient solution for the design of VLSI chip as well as implementation of any complex digital design in the FPGA technology. There are a number of books available in the market on Verilog HDL. But they are very much descriptive and burdensome for the beginners to learn Verilog HDL in the short time. With a view to learn Verilog HDL in an easy approach, Learn by Examples method is adapted in this book. Special features of this book are: A number of verified Verilog Design Examples Showing design examples from simple to complex digital system Finite state machine design Circuits with bidirectional input and outputs Efficient Verilog coding styles FPGA simulation and implementation of digital design This book is proved the best handy book for the undergraduate and postgraduate students and hardware design engineer. The reader of this book having a basic background of digital circuits is expected to learn the Verilog HDL within the shortest possible time even in a day.
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Autorenporträt
Dr. Md. Liakot Ali, an Associate Professor of Bangladesh University of Engineering and Technology, received his B.Sc in EEE, M.Sc. and Ph.D. in Electronic Engineering and served a number of years in industrial and academic world in home and abroad. His research interest includes Reconfigurable Computing, ASIC design, embedded system design etc.