stbc-msk_n_4_1iter.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 1)
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 0)
Please enter the memory length of the pulse.(L :default 1)
Please enter -3dB bandwidth of thd Gaussian pulse.(BT = 0.3, 0.5 :default 0.5)
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 [5])[0:2:10]


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

+ + + + 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
11 frames transmitted, 511 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
9.1266e-002    
Frame Error Rate (from iteration 1 to iteration 1):
1.0000e+000    
***********************************************

************** Eb/N0 =  2.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
24 frames transmitted, 586 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
4.7970e-002    
Frame Error Rate (from iteration 1 to iteration 1):
6.2500e-001    
***********************************************

************** Eb/N0 =  4.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
100 frames transmitted, 329 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
6.4637e-003    
Frame Error Rate (from iteration 1 to iteration 1):
2.5000e-001    
***********************************************

************** Eb/N0 =  4.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
116 frames transmitted, 538 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
9.1118e-003    
Frame Error Rate (from iteration 1 to iteration 1):
2.6724e-001    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
100 frames transmitted, 38 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
7.4656e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.0000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
200 frames transmitted, 50 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
4.9116e-004    
Frame Error Rate (from iteration 1 to iteration 1):
4.5000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
300 frames transmitted, 163 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
1.0675e-003    
Frame Error Rate (from iteration 1 to iteration 1):
5.0000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
400 frames transmitted, 193 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
9.4794e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.2500e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
500 frames transmitted, 217 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
8.5265e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.2000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
600 frames transmitted, 267 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
8.7426e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.5000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
700 frames transmitted, 281 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
7.8866e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.2857e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
800 frames transmitted, 318 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
7.8094e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.3750e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
900 frames transmitted, 334 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
7.2910e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.2222e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1000 frames transmitted, 344 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
6.7583e-004    
Frame Error Rate (from iteration 1 to iteration 1):
4.8000e-002    
***********************************************

************** Eb/N0 =  6.00 db **************
Frame size = 512 rate 1/2. Modulation order = 2,h = 0.500000
1100 frames transmitted, 408 bits in error.
Bit Error Rate (from iteration 1 to iteration 1):
7.2870e-004    
Frame Error Rate (from iteration 1 to iteration 1):
5.0000e-002    
***********************************************

Saving minidump to file C:\DOCUME~1\ADMINI~1\LOCALS~1\Temp\matlab_crash_dump.2776.1.dmp

------------------------------------------------------------------------
       Segmentation violation detected at Wed Nov 05 10:43:50 2008
------------------------------------------------------------------------

Configuration:
  MATLAB Version:   7.5.0.342 (R2007b)
  MATLAB License:   57462
  Operating System: Microsoft Windows XP
  Window System:    Version 5.1 (Build 2600: Service Pack 2)
  Processor ID:     x86 Family 6 Model 15 Stepping 13, GenuineIntel
  Virtual Machine:  Java 1.6.0 with Sun Microsystems Inc. Java HotSpot(TM) Client VM mixed mode
  Default Charset:  GBK

Register State:
  EAX = 02db66a0  EBX = 01602520
  ECX = 00000000  EDX = 02db66a0
  ESI = 01616258  EDI = 00000118
  EBP = 00cea774  ESP = 00cea768
  EIP = 79f15fc0  FLG = 00210246

Stack Trace:
  [0] m_interpreter.dll:struct mxArray_tag * __cdecl inCreateWorkspaceArray(struct inWorkSpace_tag *,int,struct mxArray_tag *)(280, 0, 73, 73) + 144 bytes
  [1] m_interpreter.dll:struct mxArray_tag * __cdecl inGetArrayInSymbolTable(int,bool)(73, 1, 73, 0) + 478 bytes
  [2] m_interpreter.dll:public: static struct mxArray_tag * __cdecl inJitInterp::ResolveMatnum(class Mfh_mp *,int,bool,bool)(0x08407020 "D#鵼Ne", 73, 1, 1) + 352 bytes
  [3] m_interpreter.dll:private: static struct mxArray_tag * __cdecl inJitInterp::AssignArrayInSymbolTableOrStruct(class Mfh_mp *,int,struct mxArray_tag *,struct mxArray_tag *,struct mxArray_tag *,class _jitFieldInfo const *,int *)(0x08407020 "D#鵼Ne", 73, 0, 0x02dbcaa0) + 359 bytes
  [4] m_interpreter.dll:private: static bool __cdecl inJitInterp::MarshalOut(class Mfh_mp *,enum inMarshalType,struct _mioList *,class mpsType *,bool *)(0x08407020 "D#鵼Ne", 31, 0x02df6cd4, 0) + 616 bytes
  [5] m_interpreter.dll:public: static void __cdecl inJitInterp::MarshalOut(class _jitSegInfo *,struct _inJitAccelInfo *,enum inMarshalType,struct inWorkSpace_tag *,class mpsType *,class std::set<int,struct std::less<int>,class std::allocator<int> > *)(0x0b901910, 0x00cee044, 31, 0x01602520) + 387 bytes
  [6] m_interpreter.dll:public: __thiscall inProtectHotSegment::~inProtectHotSegment(void)(0x79fbd0d4, 3, 0x00cea960 "ぉ