def branch_metric(self,expected,received):
hard_coded = []
for bit in received:
if bit >= 0.5:
new_bit = 1
else:
new_bit = 0
hard_coded.append(new_bit)
return PS3_tests.hamming(expected, hard_coded)
def branch_metric(self, expected, received):
hard_coded = []
for bit in received:
if bit >= 0.5:
new_bit = 1
else:
new_bit = 0
hard_coded.append(new_bit)
return PS3_tests.hamming(expected, hard_coded)
def branch_metric(self, expected, received):
#your code here
r = len(received)
digtized = []
for i in range(r):
if (received[i] - THR) > -0.000000001:
digtized.append(1)
else:
digtized.append(0)
return PS3_tests.hamming(expected, digtized)
def branch_metric(self, expected, received):
# your code here
r = len(received)
digtized = []
for i in range(r):
if (received[i] - THR) > -0.000000001:
digtized.append(1)
else:
digtized.append(0)
return PS3_tests.hamming(expected, digtized)
def branch_metric(self,expected,received):
return PS3_tests.hamming(expected, [int(round(voltage)) for voltage in received])
