Hardware Reference
In-Depth Information
D
Del
A
a
1
xc
d
0
cx
a
1
xc
d
0
cx
a
1
xc
d
0
cx
a
1
xc
d
0
cx
D
Del
A
d
0
cx
a
0
xc
Acc
Acc
d
1
cx
a
1
xc
A
Del
D
d
1
cx
a
0
xc
d
1
cx
a
0
xc
d
1
cx
a
0
xc
d
1
cx
a
0
xc
A
Del
D
Fig. 2.9
Composition PS
˘
PC
˘
PR
\
S
*f
Acc;Del
g
of communication system PS
˘
PC
˘
PR
and largest converter S of the converter problem of Sect.
2.3.2
and S
C
D
Q
C
Df
s1; s2; s3; s4
g
, ˙
C
D
I
O,
C
Df
.i1 o0; s1; s2/,
.i 0 o0; s1; s3/, .i 0 o1; s 2 ; s1/, .i1 01; s2; s3/
g
, .i 0 o1; s 3; s1/, .i1 o1; s 3; s 4/,
.i1 o1; s 4 ; s 3/
g
, .i 0 o0; s4; s3/, r
C
D
s1.
Compute the largest solution of the equation A
X
C ,whereX has inputs
I
V .
Verify whether in this example the largest solution is complete with respect to I .
2.3.
Consider the alphabets I
Df
i1; i2
g
, V
Df
v
1;
v
2
g
, O
Df
o1; o2
g
,and
the automata A
Dh
S
A
;˙
A
;
A
;r
A
;Q
A
i
and C
Dh
S
C
;˙
C
;
C
;r
C
;Q
C
i
.Let
the automata be defined as follows: S
A
D
Q
A
Df
s1; s2
g
, ˙
A
D
V
O,
A
D
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