m=
h(k)
=
y(n)
=
s(k) s(k 1)
#
h(k)x(n k)
k=
#
=
k=
[s(k) s(k 1)] x(n k)
2.61
$
1, n0 N n n0 + N
0, otherwise
$
1, N n N
y(n) =
0, otherwise
x(n) =
xx (l) =
#
n=
x(n)x(n l)
The range of non-zero values of xx (l) is determined by
n0 N n n0 + N
which impli
VLSI Design Styles
Basic Concepts in VLSI Physical
Design Automation
VLSI Design Cycle
Large number of devices
Optimization requirements
for high performance
Time-to-market competition
Cost
System
Specifications
Manual
Automation
Chip
3
VLSI Design Cycle