Use optimization methods to optimize the following C code: #define UNIT 1 #define FULL 1 void main(void) { int a,b; a = FULL; b=a; if ((a==FULL)&&(b==FULL)) { if (debug) printf("a=%d b=%d", a,b); a=(b...

Use optimization methods to optimize the following C code:

#define UNIT 1

#define FULL 1

void main(void) { int a,b; a = FULL; b=a;

if ((a==FULL)&&(b==FULL)) { if (debug) printf("a=%d b=%d", a,b); a=(b * UNIT) /2;

a= 2.0 * a * 4; b=d sqrt(a); } }

What unique challenges are presented in performance analysis for the example systems described in Chapter 1? Namely:

(a) Inertial measurement system

(b) Nuclear monitoring system

(c) Airline reservation system

(d) Pasta sauce bottling system

(e) Traffic light control