parameters.txt

对Vblast—oFdm系统地仿真

% The number of cases to simulate.
2
% Parameters of each case.
10       % 不要改

% ========= Case 1:
% Nt: The number of transmit antennas.
1

% Nr: The number of receive antennas.
1

% N: The number of subcarriers.
64

%GI: CP length.
16

% framenumber: The number of frames to simulate.
100000

% minSNR: Minimum SNR in dB to simulate begin with.
0

% maxSNR: Maximum SNR in dB to simulate end with.
30

% stepSNR: SNR step in dB to increment.
4

% state: Modulation format: Adaptive=0; BPSK=1; QPSK=2; 16QAM=4; 64QAM=6.
4

% detection: Detection method: ZF=1; MMSE=2.
2


% ========= Case 2:
% Nt: The number of transmit antennas.
1

% Nr: The number of receive antennas.
1

% N: The number of subcarriers.
64

%GI: CP length.
16

% framenumber: The number of frames to simulate.
100000

% minSNR: Minimum SNR in dB to simulate begin with.
0

% maxSNR: Maximum SNR in dB to simulate end with.
30

% stepSNR: SNR step in dB to increment.
4

% state: Modulation format: Adaptive=0; BPSK=1; QPSK=2; 16QAM=4; 64QAM=6.
0

% detection: Detection method: ZF=1; MMSE=2.
2






% ========= Case 3:

% Nt: The number of transmit antennas.
2
% Nr: The number of receive antennas.
2

% N: The number of subcarriers.
64

%GI: CP length.
16

% framenumber: The number of frames to simulate.
100000

% minSNR: Minimum SNR in dB to simulate begin with.
0

% maxSNR: Maximum SNR in dB to simulate end with.
30

% stepSNR: SNR step in dB to increment.
4

% state: Modulation format: Adaptive=0; BPSK=1; QPSK=2; 16QAM=4; 64QAM=6.
2

% detection: Detection method: ZF=1; MMSE=2.
2


% ========= Case 4:
% Nt: The number of transmit antennas.
2

% Nr: The number of receive antennas.
2

% N: The number of subcarriers.
64

%GI: CP length.
16

% framenumber: The number of frames to simulate.
100000

% minSNR: Minimum SNR in dB to simulate begin with.
0

% maxSNR: Maximum SNR in dB to simulate end with.
30

% stepSNR: SNR step in dB to increment.
4

% state: Modulation format: Adaptive=0; BPSK=1; QPSK=2; 16QAM=4; 64QAM=6.
0

% detection: Detection method: ZF=1; MMSE=2.
2



% ========= Case 5:

% Nt: The number of transmit antennas.
4
% Nr: The number of receive antennas.
4

% N: The number of subcarriers.
64

%GI: CP length.
16

% framenumber: The number of frames to simulate.
100000

% minSNR: Minimum SNR in dB to simulate begin with.
0

% maxSNR: Maximum SNR in dB to simulate end with.
30

% stepSNR: SNR step in dB to increment.
4

% state: Modulation format: Adaptive=0; BPSK=1; QPSK=2; 16QAM=4; 64QAM=6.
2

% detection: Detection method: ZF=1; MMSE=2.
2



% ========= Case 6:
% Nt: The number of transmit antennas.
4

% Nr: The number of receive antennas.
4

% N: The number of subcarriers.
64

%GI: CP length.
16

% framenumber: The number of frames to simulate.
100000

% minSNR: Minimum SNR in dB to simulate begin with.
0

% maxSNR: Maximum SNR in dB to simulate end with.
30

% stepSNR: SNR step in dB to increment.
4

% state: Modulation format: Adaptive=0; BPSK=1; QPSK=2; 16QAM=4; 64QAM=6.
0

% detection: Detection method: ZF=1; MMSE=2.
2