ber-gmsk_l_3_h_6.txt

是一个对mimo连续相位调制系统的均衡程序

Please enter the decoding algorithm.(0:Log-MAP: default 0)
Please enter the maximum number of iteration detection.(default 5)
Please enter the frame size(info + tail,default: 512)
Please enter code generator:(default: g = [1 1 1 1; 1 1 0 1] )
Please enter the number of modulation order.(power of 2: default 2)
Please enter the type of pulse .(0: LRC, 1: GMSK : default 1)
Please enter the memory length of the pulse.(L :default 3)
Please enter -3dB bandwidth of thd Gaussian pulse.(BT = 0.3, 0.5 :default 0.3)
Please enter the oversampling rate.(4,8,16: default 16)
Please enter number of bit errors to terminate:(default 500)
Please enter number of simulation bits:(default 10000000)
Please enter Eb/N0 in dB: (default [6])[0:2:12]


----------------------------------------------------
 === Log-MAP decoder === 
 === GMSK pulse === 
 Frame size =    512
 code generator: 
     1     1     1     1
     1     1     0     1
 The maximum number of iteration =      5
 terminate bit errors =    500
 Simulation bit numbers = 10000000
 The number of modulation order: m =      2
 The memory length of the pulse: L =      3
 The -3dB bandwidth of thd Gaussian pulse: BT = 0.300000
 The modulation index h = 0.500000
 The Oversampling rate of Receiver: N = 2
 Eb/N0 (dB) =       0.00      2.00      4.00      6.00      8.00     10.00     12.00
----------------------------------------------------

+ + + + Please be patient. Wait a while to get the result. + + + +
************** Eb/N0 =  0.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
16 frames transmitted, 586 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
1.5496e-001    9.7741e-002    7.6252e-002    7.4902e-002    7.1955e-002    
Frame Error Rate (from iteration 1 to iteration 5):
1.0000e+000    8.1250e-001    6.8750e-001    5.6250e-001    3.7500e-001    
***********************************************

************** Eb/N0 =  2.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
41 frames transmitted, 511 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
9.3584e-002    3.5459e-002    2.8032e-002    2.7361e-002    2.4486e-002    
Frame Error Rate (from iteration 1 to iteration 5):
7.8049e-001    4.1463e-001    2.1951e-001    1.9512e-001    1.9512e-001    
***********************************************

************** Eb/N0 =  4.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
100 frames transmitted, 320 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
5.2652e-002    1.2220e-002    6.9941e-003    6.4833e-003    6.2868e-003    
Frame Error Rate (from iteration 1 to iteration 5):
5.6000e-001    2.6000e-001    1.7000e-001    9.0000e-002    6.0000e-002    
***********************************************

************** Eb/N0 =  4.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
144 frames transmitted, 512 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
5.1967e-002    1.2470e-002    7.5857e-003    7.5857e-003    6.9854e-003    
Frame Error Rate (from iteration 1 to iteration 5):
5.6944e-001    2.5000e-001    1.6667e-001    9.7222e-002    6.9444e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
100 frames transmitted, 22 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
2.5363e-002    2.6719e-003    9.8232e-004    5.8939e-004    4.3222e-004    
Frame Error Rate (from iteration 1 to iteration 5):
3.9000e-001    8.0000e-002    2.0000e-002    1.0000e-002    0.0000e+000    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
200 frames transmitted, 62 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
2.8143e-002    2.9077e-003    1.0216e-003    5.6974e-004    6.0904e-004    
Frame Error Rate (from iteration 1 to iteration 5):
3.5000e-001    9.5000e-002    2.5000e-002    1.5000e-002    5.0000e-003    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
300 frames transmitted, 183 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
2.6588e-002    3.1631e-003    1.5521e-003    1.1264e-003    1.1984e-003    
Frame Error Rate (from iteration 1 to iteration 5):
3.2667e-001    9.3333e-002    3.6667e-002    2.3333e-002    1.3333e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
400 frames transmitted, 407 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
2.5943e-002    3.8261e-003    2.3134e-003    1.9892e-003    1.9990e-003    
Frame Error Rate (from iteration 1 to iteration 5):
3.1750e-001    8.5000e-002    3.5000e-002    2.2500e-002    1.5000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
500 frames transmitted, 503 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
2.5784e-002    4.3733e-003    2.5265e-003    1.9214e-003    1.9764e-003    
Frame Error Rate (from iteration 1 to iteration 5):
3.1400e-001    8.4000e-002    4.2000e-002    2.6000e-002    1.8000e-002    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
100 frames transmitted, 0 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
4.8330e-003    1.5717e-004    0.0000e+000    0.0000e+000    0.0000e+000    
Frame Error Rate (from iteration 1 to iteration 5):
1.2000e-001    2.0000e-002    0.0000e+000    0.0000e+000    0.0000e+000    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
200 frames transmitted, 178 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.8684e-003    2.0432e-003    1.6896e-003    1.8271e-003    1.7485e-003    
Frame Error Rate (from iteration 1 to iteration 5):
1.3500e-001    2.5000e-002    1.0000e-002    1.0000e-002    1.0000e-002    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
300 frames transmitted, 178 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.3477e-003    1.4931e-003    1.1264e-003    1.2181e-003    1.1657e-003    
Frame Error Rate (from iteration 1 to iteration 5):
1.3000e-001    2.0000e-002    6.6667e-003    6.6667e-003    6.6667e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
400 frames transmitted, 184 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.4656e-003    1.2967e-003    8.7426e-004    9.5285e-004    9.0373e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.2500e-001    2.2500e-002    1.0000e-002    7.5000e-003    7.5000e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
500 frames transmitted, 244 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.5992e-003    1.3674e-003    9.6660e-004    1.0452e-003    9.5874e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3000e-001    2.0000e-002    1.0000e-002    8.0000e-003    8.0000e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
600 frames transmitted, 244 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.6817e-003    1.1591e-003    8.0550e-004    8.7099e-004    7.9895e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.2000e-001    1.8333e-002    8.3333e-003    6.6667e-003    6.6667e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
700 frames transmitted, 248 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.8978e-003    1.1395e-003    7.0166e-004    7.5779e-004    6.9604e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3000e-001    2.0000e-002    8.5714e-003    5.7143e-003    5.7143e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
800 frames transmitted, 248 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.2274e-003    1.0069e-003    6.1395e-004    6.6306e-004    6.0904e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.1875e-001    1.8750e-002    7.5000e-003    5.0000e-003    5.0000e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
900 frames transmitted, 322 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
7.7254e-003    1.1308e-003    7.3783e-004    7.6403e-004    7.0290e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.2556e-001    2.0000e-002    7.7778e-003    5.5556e-003    5.5556e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1000 frames transmitted, 326 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
8.6739e-003    1.0963e-003    6.7191e-004    6.9548e-004    6.4047e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3200e-001    2.4000e-002    7.0000e-003    5.0000e-003    5.0000e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1100 frames transmitted, 326 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
8.9069e-003    1.0752e-003    6.1082e-004    6.3226e-004    5.8225e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3182e-001    2.2727e-002    6.3636e-003    4.5455e-003    4.5455e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1200 frames transmitted, 378 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
9.0291e-003    1.1591e-003    6.4178e-004    6.7125e-004    6.1886e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3167e-001    2.4167e-002    8.3333e-003    6.6667e-003    5.8333e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1300 frames transmitted, 454 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
9.2338e-003    1.2423e-003    6.9820e-004    7.4958e-004    6.8611e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3308e-001    2.5385e-002    1.0000e-002    8.4615e-003    7.6923e-003    
***********************************************

************** Eb/N0 =  8.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1332 frames transmitted, 558 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
9.6152e-003    1.3953e-003    8.6432e-004    9.1152e-004    8.2302e-004    
Frame Error Rate (from iteration 1 to iteration 5):
1.3664e-001    2.5526e-002    1.0511e-002    9.0090e-003    8.2583e-003    
***********************************************

************** Eb/N0 = 10.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
100 frames transmitted, 0 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
2.2790e-003    7.8585e-005    0.0000e+000    0.0000e+000    0.0000e+000    
Frame Error Rate (from iteration 1 to iteration 5):
7.0000e-002    1.0000e-002    0.0000e+000    0.0000e+000    0.0000e+000    
***********************************************

************** Eb/N0 = 10.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
200 frames transmitted, 0 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
4.4303e-003    1.3752e-004    0.0000e+000    0.0000e+000    0.0000e+000    
Frame Error Rate (from iteration 1 to iteration 5):
7.0000e-002    1.0000e-002    0.0000e+000    0.0000e+000    0.0000e+000    
***********************************************

************** Eb/N0 = 10.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
300 frames transmitted, 0 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
5.0426e-003    1.1788e-004    0.0000e+000    0.0000e+000    0.0000e+000    
Frame Error Rate (from iteration 1 to iteration 5):
7.3333e-002    1.0000e-002    0.0000e+000    0.0000e+000    0.0000e+000    
***********************************************

************** Eb/N0 = 10.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
400 frames transmitted, 0 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
4.1061e-003    8.8409e-005    0.0000e+000    0.0000e+000    0.0000e+000    
Frame Error Rate (from iteration 1 to iteration 5):
6.7500e-002    7.5000e-003    0.0000e+000    0.0000e+000    0.0000e+000    
***********************************************

************** Eb/N0 = 10.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
500 frames transmitted, 0 bits in error.
Bit Error Rate (from iteration 1 to iteration 5):
4.1336e-003    7.0727e-005    0.0000e+000    0.0000e+000    0.0000e+000    
Frame Error Rate (from iteration 1 to iteration 5):
6.8000e-002    6.0000e-003    0.0000e+000    0.0000e+000    0.0000e+000    
***********************************************