def __init__(self, orb, options):
resource_manager_base.__init__(self,
orb,
options=options,
loggerbase="mber.")
self.localenv = options.le
self.snr = options.snr
self.amplitude = options.rms_amplitude
self.init_mod = options.init_mod
self.logger = logging.getLogger("mber.sm")
self.logger.setLevel(logging.DEBUG)
self.num_points = options.points
# self.rm_logger.setLevel(logging.ERROR)
# set initial parameters
self.setup_time = 1000 # ms
if self.localenv is not None:
self.tx_max_log = log10(10000**2)
self.tx_min_log = log10(500**2)
else:
if self.options.usrp2:
self.scale = 1 / 32768.
self.tx_max_log = log10(options.ub**2)
self.tx_min_log = log10(options.lb**2)
#self.txpow_range = logspace(self.tx_max_log,self.tx_min_log,self.num_points)
#self.txpow_range = range(10000**2,500**2,-(500**2))
#self.nbits = [1, 2, 3, 4, 5, 6, 7, 8]
self.nbits = [options.init_mod]
available_modulations = [
"BPSK", "QPSK", "8-PSK", "16-QAM", "32-QAM", "64-QAM", "128-QAM",
"256-QAM"
]
self.modulations = available_modulations[self.init_mod - 1]
self.state = 0
self.curmod = 0
self.curtxpowind = 0
if self.options.usrp2:
self.scale = 1 / 32768.
self.tx_amplitude = self.amplitude * self.scale
else:
self.tx_amplitude = self.amplitude
self.buffer = []
self.data_rate = 0
self.current_rx_id = -1
self.expected_rx_id = -1
self.expire_cnt = 0
self.start_time = ""
self.options = options
def __init__(self, orb, options):
resource_manager_base.__init__(self, orb, options=options, loggerbase="suw.")
self.logger = logging.getLogger("suw.rm")
self.logger.setLevel(logging.DEBUG)
# set initial parameters
self.required_ber = 1e-3
self.constraint = 8000.0 # rate or power, RMS!
self.setup_time = 10000 # ms
self.data_rate = 365079 # implicitly exposed to GUI
# self.data_rate= self.subcarriers*4*9/12/(self.fft_length+self.cp_length)/self.bandwidth
if self.options.usrp2:
self.tx_amplitude = 0.8 # RMS!
self.scale = 1 / 32768.0 # Still experimental
else:
self.tx_amplitude = 8000
#!!! dummy setup of parameters using options -> improve !!!
self.bandwidth = options.bandwidth
if options.dyn_freq:
self.freq = options.freq
self.tx_freq = options.freq
self.rx_freq = options.freq
# self.subcarriers
self.store_ctrl_events = False
self.auto_state = 0
self.state1_cntr = 0
self.options = options
def __init__(self, orb, options):
resource_manager_base.__init__(self,
orb,
options=options,
loggerbase="suw.")
self.logger = logging.getLogger("suw.rm")
self.logger.setLevel(logging.DEBUG)
# set initial parameters
self.required_ber = 1e-3
self.constraint = 4000.0 # rate or power, RMS!
self.setup_time = 1000 # ms
self.data_rate = 365079 # implicitly exposed to GUI
#self.data_rate= self.subcarriers*4*9/12/(self.fft_length+self.cp_length)/self.bandwidth
if self.options.usrp2:
self.tx_amplitude = 0.3 # RMS!
self.scale = 1 / 32768. #Still experimental
else:
self.tx_amplitude = 10000
# self.subcarriers
self.store_ctrl_events = False
self.auto_state = 0
self.state1_cntr = 0
self.options = options
def __init__(self,orb,options):
resource_manager_base.__init__(self,orb,options=options,loggerbase="suw.")
self.logger = logging.getLogger("suw.rm")
self.logger.setLevel(logging.DEBUG)
# set initial parameters
self.required_ber = 1e-3
self.constraint = 6000 # rate or power, RMS!
self.setup_time = 1*1000 # ms
self.data_rate= 365079 # implicitly exposed to GUI
#self.data_rate= self.subcarriers*4*9/12/(self.fft_length+self.cp_length)/self.bandwidth
if self.options.usrp2:
self.tx_amplitude = 0.3 # RMS!
self.scale = 1/32768. #Still experimental
else:
self.tx_amplitude = 10000
self.store_ctrl_events = False
self.auto_state = 0
self.state1_cntr = 0
self.options = options
#Static shifted pilot tones -> CORRECT later
self.shifted_pilots = [24,44,64,84,124,144,164,180]
def __init__(self, orb):
resource_manager_base.__init__(self, orb)
# set initial parameters
self.required_ber = 1e-4
self.constraint = 4000.0 # rate or power, RMS!
self.setup_time = 3 * 1000 # ms
self.data_rate = 365079 # implicitly exposed to GUI
self.tx_amplitude = 5000 # RMS!
def __init__(self,orb):
resource_manager_base.__init__(self,orb)
# set initial parameters
self.required_ber = 1e-4
self.constraint = 4000.0 # rate or power, RMS!
self.setup_time = 3*1000 # ms
self.data_rate= 365079 # implicitly exposed to GUI
self.tx_amplitude = 5000 # RMS!
def __init__(self, orb):
resource_manager_base.__init__(self, orb)
# set initial parameters
self.strategy_mode = ofdm_ti.PA_Ctrl.reset
self.required_ber = 0.01
self.constraint = 4000.0 # rate or power
self.setup_time = 3 * 1000 # ms
self.data_rate = 365079
self.tx_amplitude = 50004
def __init__(self, orb):
resource_manager_base.__init__(self, orb)
# set initial parameters
self.strategy_mode = ofdm_ti.PA_Ctrl.reset
self.required_ber = 0.01
self.constraint = 4000.0 # rate or power
self.setup_time = 3 * 1000 # ms
self.data_rate = 365079
self.tx_amplitude = 50004
def __init__(self,orb,options):
resource_manager_base.__init__(self,orb,options=options,loggerbase="mber.")
self.localenv = options.le
self.snr = options.snr
self.amplitude = options.rms_amplitude
self.init_mod = options.init_mod
self.logger = logging.getLogger("mber.sm")
self.logger.setLevel(logging.DEBUG)
self.num_points = options.points
# self.rm_logger.setLevel(logging.ERROR)
# set initial parameters
self.setup_time = 1000 # ms
if self.localenv is not None:
self.tx_max_log = log10(10000**2)
self.tx_min_log = log10(500**2)
else:
if self.options.usrp2:
self.scale = 1/32768.
self.tx_max_log = log10(options.ub**2)
self.tx_min_log = log10(options.lb**2)
#self.txpow_range = logspace(self.tx_max_log,self.tx_min_log,self.num_points)
#self.txpow_range = range(10000**2,500**2,-(500**2))
#self.nbits = [1, 2, 3, 4, 5, 6, 7, 8]
self.nbits = [options.init_mod]
available_modulations = ["BPSK", "QPSK", "8-PSK","16-QAM","32-QAM", "64-QAM","128-QAM", "256-QAM"]
self.modulations = available_modulations[ self.init_mod-1]
self.state = 0
self.curmod = 0
self.curtxpowind = 0
if self.options.usrp2:
self.scale = 1/32768.
self.tx_amplitude = self.amplitude*self.scale
else:
self.tx_amplitude = self.amplitude
self.buffer = []
self.data_rate = 0
self.current_rx_id = -1
self.expected_rx_id = -1
self.expire_cnt = 0
self.start_time = ""
self.options = options
def __init__(self, orb):
resource_manager_base.__init__(self, orb)
# set initial parameters
self.required_ber = 1e-4
self.constraint = 4000.0 # rate or power, RMS!
self.setup_time = 3 * 1000 # ms
self.data_rate = 365079 # implicitly exposed to GUI
self.tx_amplitude = 5000 # RMS!
self.strategy_mode = ofdm_ti.PA_Ctrl.rate_adaptive
self.ber_state = 1e-7
self.last_ber_err = 0.0
def __init__(self,orb,options):
resource_manager_base.__init__(self,orb,options=options,loggerbase="mber.")
self.localenv = options.le
self.logger = logging.getLogger("mber.sm")
self.logger.setLevel(logging.DEBUG)
self.num_points = options.points
# self.rm_logger.setLevel(logging.ERROR)
# set initial parameters
self.setup_time = 3000 # ms
if self.localenv is not None:
self.tx_max_log = log10(10000**2)
self.tx_min_log = log10(500**2)
else:
if self.options.usrp2:
self.scale = 1/32768.
self.tx_max_log = log10(options.ub**2)
self.tx_min_log = log10(options.lb**2)
self.txpow_range = logspace(self.tx_max_log,self.tx_min_log,self.num_points)
#self.txpow_range = range(10000**2,500**2,-(500**2))
self.nbits = [1, 2, 3, 4, 5, 6, 7, 8]
self.state = 0
self.curmod = 0
self.curtxpowind = 0
if self.options.usrp2:
self.scale = 1/32768.
self.tx_amplitude = sqrt(self.txpow_range[0])*self.scale
else:
self.tx_amplitude = sqrt(self.txpow_range[0])
self.buffer = []
self.data_rate = 0
self.current_rx_id = -1
self.expected_rx_id = -1
self.expire_cnt = 0
self.start_time = ""
self.options = options
def __init__(self,orb):
resource_manager_base.__init__(self,orb)
# set initial parameters
self.required_ber = 1e-4
self.constraint = 4000.0 # rate or power, RMS!
self.setup_time = 6*1000 # ms
self.data_rate= 365079 # implicitly exposed to GUI
self.tx_amplitude = 5000 # RMS!
# self.subcarriers
self.state = 0
self.txpow_range = logspace(6, 8, 20, True, 10)# range(1000**2,3000**2,1000**2)
self.cur_txpow_ind = 0
self.mod_range = range(1,9)
self.cur_mod_ind = 0
self.ber_vec = []
self.snr_vec = []
self.results = []
def __init__(self, orb):
resource_manager_base.__init__(self, orb)
# set initial parameters
self.required_ber = 1e-4
self.constraint = 4000.0 # rate or power, RMS!
self.setup_time = 6 * 1000 # ms
self.data_rate = 365079 # implicitly exposed to GUI
self.tx_amplitude = 5000 # RMS!
# self.subcarriers
self.state = 0
self.txpow_range = logspace(6, 8, 20, True,
10) # range(1000**2,3000**2,1000**2)
self.cur_txpow_ind = 0
self.mod_range = range(1, 9)
self.cur_mod_ind = 0
self.ber_vec = []
self.snr_vec = []
self.results = []
