Top Level Training Program for electronics Engineers
VHDL based Training in Ludhiana
Course objectives: This course is about the design of digital systems using a hardware description language, VHDL.
Define a hardware design utilizing the three basic VHDL modeling styles: data flow, structural, and behavioral.
Define and utilize a VHDL test bench for validation of a component design.
Explain the importance of separating vendor specific components from generic design components at the highest level of design abstraction.
Design and implement a complex state machine utilizing VHDL.
Describe the fundamental architecture of a standard Complex Programmable Logic Device.
Describe the fundamental architecture of a standard Field Programmable Logic Device.
Describe the advantages and disadvantages associated with the use of CPLDs and FPGAs.
Design and build a complex hardware system utilizing a CPLD/FPGA.
Prerequisites: Minimal knowledge of computer logic design. The students who do not have the background can still take the course, but they should be prepared to spend additional time for learning them using the additional materials provided by the instructor.
Introduction to VHDL
History of VHDL
Alternative modeling styles
Standard numeric package
Subprograms: functions and procedures
Blocks and packages
Complex Programmable Devices or CPLDs
Field Programmable Devices or FPGAs
Fundamentals of CPLD hardware design
Level of the Courses: The course is designed for junior or senior undergraduates and first year graduate students.
Text Book: Fundamentals of Digital Logic with VHDL Design, Bhaskar and Perry
Reference Book: Designers guide to VHDL, Peter J. Ashenden, Morgan Kaufman Publishers.
Course Software: Students should have access to a computer to do the assignments and projects. The computer may be either one’s own PC/laptop or a PC in general access laboratory. The student’s edition free software from Altera (http://www.altera.com/), Xilinx (http://www.xilinx.com), etc. will be used. A student is free to choose anyone of them. In other words, a student can work on assignments and projects anytime, anywhere, using any useful software and computer.
Basics of digital design
Design of combinational functional blocks (e.g. decoders, multiplexers, adder, multipliers, etc.)
Design of sequential functional blocks (e.g. registers, counters, etc.)
Design of Memory elements
Building simple and pipelined datapaths (ALU, register file and their interconnection paths)
Sequencing and control — hardwired control and microprogrammed control,
Single-cycle computer, multi-cycle computer, a pipelined computer design
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