172
CONTENTS
INTRODUCTION
3
Practice №1
. Fundamentals of designing analog and digital circuits in ALT
P-CAD. Schematic graphics editor. Using libraries
and modules to describe
components.
5
Practice №2
. Fundamentals of designing analog and digital circuits in ALT
P-CAD. Creation of the BP structure, data collection and placement of EC in
the BP 29.
29
Practice №3
. Fundamentals of designing analog and digital circuits in ALT
P-CAD. Connecting branch.
35
Practice №4
. The practice of designing VLSI digital circuits based on Intel
Altera Quartus ALT. Framework and Schema
Modeling languages used to
manage project synthesis in Quartus.
45
Practice №
5. Workshop on the design of digital
VLSI circuits based on
ALT XILINX ISE. ALT Explore the digital design path in XILINX ISE.
60
Practice №6
. Development of hardware accelerators for mathematical
calculations in the Verilog HDL language using VLSI based on ALT.
73
Practice №7
. Implementation of serial devices in VLSI-FPGA (DMIS).
92
Practice №8
. Designing artificial neural networks using MATLAB for VLSI
FPGA.
120
Conclusion
161
Applications
166
Explanatory classification of abbreviations given in the training manual
167
BIBLIOGRAPHY
168
