Анализ и синтез дискретных систем управления технологическими потоками: алгоритмы и программы. Владов Ю.Р. - 58 стр.

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write('sbn='); readln(sbn); write('kmvo='); readln(kmvo);
);
write('kk2='); readln(kk2); write('fu2='); readln(fu2);
o; kk11:=kk1; kk21:=kk2;
) and kmn3 and kk11 and kk21 and fu2;
KMN:=qf and sb and (sbn or kmn2) and kmv3 and kk11 and kk21 and fu2;
й
д:
KMV 11 and kk21 and
fu2; K d kk11 and kk21
and fu ) and (kk1 or kk2).
,sbv1,sbv2,sbn,sbn1,sbn2,kmvo,kmv1,kmv2,kmv3,kmn0,
kk21,fu2,KMV,KMN,M : integer;
begin
write('qf='); readln(qf); write('fu1='); readln(fu1);
write('sb='); readln(sb); write('sbv='); readln(sbv);
'kmvo='); readln(kmvo);
write('kmno='); readln(kmno); write('kk1='); readln(kk1);
write('fu2='); readln(fu2);
kmv1:=kmvo; kmv2:=kmvo; kmn1:=kmno; kmn2:=kmno;
=kk2;
sbv1:=not sbv; sbv2:=sbv; sbn1:=not sbn; sbn2:=sbn;
nd kk21
d sbv1 and kmv3 and kk11 and kk21
and fu2;
',KMV,'KMN= ',KMN); writeln('M= ',M);
write('kmno='); readln(kmno); write('kk1='); readln(kk1
kmv1:=kmvo; kmv2:=kmvo; kmn1:=kmno; kmn2:=kmno;
kmv3:=not kmvo; kmn3:=not kmn
KMV:=qf and sb and (sbv or kmv2
M:=qf and (kmv1 or kmn1) and (kk1 or kk2);
writeln('KMV= ',KMV,'KMN= ',KMN); writeln('M=',M);
end.
2.1.2.2 Реверсивная СДУ с комбинированной блокировко
Система логических уравнений данной системы имеет ви
:=qf and sb and (sbv2 or kmv2) and sbn1 and kmn3 and kk
MN:=qf and sb and (sbn2 or kmn2) and sbv1 and kmv3 an
2; M:=qf and (kmv1 or kmn1
program sdu4; {Реверсивная СДУ с комбинированной блокировкой}
var qf,fu1,sb,sbv
kmn1,kmn2,kmn3,kk1,kk11,kk2,
write('sbn='); readln(sbn); write(
write('kk2='); readln(kk2);
kmv3:=not kmvo; kmn3:=not kmno; kk11:=kk1; kk21:
KMV:=qf and sb and (sbv2 or kmv2) and sbn1 and kmn3 and kk11 a
and fu2;
KMN:=qf and sb and (sbn2 or kmn2) an
M:=qf and (kmv1 or kmn1) and (kk1 or kk2);
writeln('KMV=
end.
2.1.2.3 Реверсивная СДУ с тремя постами
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        write('sbn='); readln(sbn);   write('kmvo='); readln(kmvo);
        write('kmno='); readln(kmno); write('kk1='); readln(kk1);
        write('kk2='); readln(kk2);   write('fu2='); readln(fu2);
        kmv1:=kmvo; kmv2:=kmvo; kmn1:=kmno; kmn2:=kmno;
        kmv3:=not kmvo; kmn3:=not kmno; kk11:=kk1; kk21:=kk2;
        KMV:=qf and sb and (sbv or kmv2) and kmn3 and kk11 and kk21 and fu2;
        KMN:=qf and sb and (sbn or kmn2) and kmv3 and kk11 and kk21 and fu2;
        M:=qf and (kmv1 or kmn1) and (kk1 or kk2);
        writeln('KMV= ',KMV,'KMN= ',KMN); writeln('M=',M);
 end.

        2.1.2.2 Реверсивная СДУ с комбинированной блокировкой

        Система логических уравнений данной системы имеет вид:

 KMV:=qf and sb and (sbv2 or kmv2) and sbn1 and kmn3 and kk11 and kk21 and
 fu2; KMN:=qf and sb and (sbn2 or kmn2) and sbv1 and kmv3 and kk11 and kk21
 and fu2; M:=qf and (kmv1 or kmn1) and (kk1 or kk2).

 program sdu4; {Реверсивная СДУ с комбинированной блокировкой}
 var      qf,fu1,sb,sbv,sbv1,sbv2,sbn,sbn1,sbn2,kmvo,kmv1,kmv2,kmv3,kmn0,
          kmn1,kmn2,kmn3,kk1,kk11,kk2,kk21,fu2,KMV,KMN,M : integer;
  begin
        write('qf='); readln(qf);    write('fu1='); readln(fu1);
        write('sb='); readln(sb);    write('sbv='); readln(sbv);
        write('sbn='); readln(sbn); write('kmvo='); readln(kmvo);
        write('kmno='); readln(kmno); write('kk1='); readln(kk1);
        write('kk2='); readln(kk2); write('fu2='); readln(fu2);
        kmv1:=kmvo; kmv2:=kmvo; kmn1:=kmno; kmn2:=kmno;
        kmv3:=not kmvo; kmn3:=not kmno; kk11:=kk1; kk21:=kk2;
        sbv1:=not sbv; sbv2:=sbv; sbn1:=not sbn; sbn2:=sbn;
        KMV:=qf and sb and (sbv2 or kmv2) and sbn1 and kmn3 and kk11 and kk21
        and fu2;
        KMN:=qf and sb and (sbn2 or kmn2) and sbv1 and kmv3 and kk11 and kk21
        and fu2;
        M:=qf and (kmv1 or kmn1) and (kk1 or kk2);
        writeln('KMV= ',KMV,'KMN= ',KMN); writeln('M= ',M);
 end.




        2.1.2.3 Реверсивная СДУ с тремя постами

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