IR remote receiver and Arduino

I used this code in arduino to read the receiver

#include <avr/interrupt.h>
#include <avr/io.h>

#define TIMER_RESET  TCNT1 = 0
#define SAMPLE_SIZE  64

int IRpin = 2;
unsigned int TimerValue[SAMPLE_SIZE];
char direction[SAMPLE_SIZE];
byte change_count;
long time;

void setup() {
  Serial.begin(115200);
  Serial.println("Analyze IR Remote");
  TCCR1A = 0x00;          // COM1A1=0, COM1A0=0 => Disconnect Pin OC1 from Timer/Counter 1 -- PWM11=0,PWM10=0 => PWM Operation disabled
  // ICNC1=0 => Capture Noise Canceler disabled -- ICES1=0 => Input Capture Edge Select (not used) -- CTC1=0 => Clear Timer/Counter 1 on Compare/Match
  // CS12=0 CS11=1 CS10=1 => Set prescaler to clock/64
  TCCR1B = 0x03;          // 16MHz clock with prescaler means TCNT1 increments every 4uS
  // ICIE1=0 => Timer/Counter 1, Input Capture Interrupt Enable -- OCIE1A=0 => Output Compare A Match Interrupt Enable -- OCIE1B=0 => Output Compare B Match Interrupt Enable
  // TOIE1=0 => Timer 1 Overflow Interrupt Enable
  TIMSK1 = 0x00;          
  pinMode(IRpin, INPUT);
}

void loop()
{
  Serial.println("Waiting...");
  change_count = 0;
  while(digitalRead(IRpin) == HIGH) {}                                 
  TIMER_RESET;
  TimerValue[change_count] = TCNT1;
  direction[change_count++] = '0';
  while (change_count < SAMPLE_SIZE) {
    if (direction[change_count-1] == '0') {
      while(digitalRead(IRpin) == LOW) {}
      TimerValue[change_count] = TCNT1;
      direction[change_count++] = '1';
    } else {
      while(digitalRead(IRpin) == HIGH) {}
      TimerValue[change_count] = TCNT1;
      direction[change_count++] = '0';
    }
  }
  Serial.println("Bit stream detected!");
  change_count = 0;
  time = (long) TimerValue[change_count] * 4;
  Serial.print(time);
  Serial.print("\t");
  Serial.println(direction[change_count++]);
  while (change_count < SAMPLE_SIZE) {
    time = (long) TimerValue[change_count] * 4;
    Serial.print(time);
    Serial.print("\t");
    Serial.println(direction[change_count-1]);
    Serial.print(time);
    Serial.print("\t");
    Serial.println(direction[change_count++]);    
  }
  Serial.println("Bit stream end!");
  delay(2000);
}

then i get these results
when i send command from transmitter

Waiting...
Bit stream detected!
0	0
8892	0
8892	1
13436	1
13436	0
13940	0
13940	1
14560	1
14560	0
15092	0
15092	1
15668	1
15668	0
16200	0
16200	1
16820	1
16820	0
17324	0
17324	1
17924	1
17924	0
18428	0
18428	1
19056	1
19056	0
19536	0
19536	1
20184	1
20184	0
20664	0
20664	1
21284	1
21284	0
21816	0
21816	1
22392	1
22392	0
22924	0
22924	1
24676	1
24676	0
25156	0
25156	1
26884	1
26884	0
27392	0
27392	1
29144	1
29144	0
29648	0
29648	1
31380	1
31380	0
31888	0
31888	1
33640	1
33640	0
34144	0
34144	1
35876	1
35876	0
36400	0
36400	1
38084	1
38084	0
38616	0
38616	1
40344	1
40344	0
40848	0
40848	1
42604	1
42604	0
43108	0
43108	1
44836	1
44836	0
45344	0
45344	1
47096	1
47096	0
47580	0
47580	1
48204	1
48204	0
48708	0
48708	1
49328	1
49328	0
49836	0
49836	1
50436	1
50436	0
50940	0
50940	1
52668	1
52668	0
53176	0
53176	1
53800	1
53800	0
54304	0
54304	1
54904	1
54904	0
55456	0
55456	1
56056	1
56056	0
56564	0
56564	1
57160	1
57160	0
57664	0
57664	1
59420	1
59420	0
59928	0
59928	1
61656	1
61656	0
62160	0
62160	1
63912	1
63912	0
64420	0
64420	1
Bit stream end!

I want when i pressed the on/off button led switch on and switch off
and my IR version is YK-001
please help

There is a very nice IR library, written by Ken Shirriff. http://www.arcfn.com/2010/11/testing-arduino-ir-remote-library.html Examples, too.

Why are you not using it?