symbol_y = sym.Addnoise(tab, symbol) # 초기 심볼 + 노이즈
# 초기화 부분
if QAM == 4:
center, temp_Y = kc.Kmeans(Cluster, symbol_y, QAM, ch)
est_ch, mse = est.Est_Ch(center, ch)
else:
center, temp_Y = kc.Kmeans_16QAM(Cluster, symbol_y, QAM, ch)
hk_center = kc.Ch_Est_Center(center, QAM)
est_ch, mse = est.Est_Ch(hk_center, ch)
# print(snr)
# print(ch)
# print(est_ch)
# print("------")
symbol_r = sym.DividCh(symbol_y, est_ch)
data_r = de.Demode(QAM, symbol_r)
SER[snr] += de.Equals(data_s, data_r)
MSE[snr] += mse
for i in range(SNR):
SER[i] = SER[i] / (symbol_num * Count_Total)
MSE[i] = MSE[i] / Count_Total
print(i)
print(SER[i])
# 심볼점 찍는 기능
# Temp_Y
# for j in range(QAM):
# for i in range(symbol_num):
