Abstract
Remote faulty terminal detection method in the time-division-multiplexing
passive optical networks is crucial, especially for the time-slot-violated
faulty terminals. We previously demonstrated a detection method using a
periodic probing signal. In this paper, we explain the method in details and
analyze its performance limitation in multiple terminal cases to evaluate
the validity scope of this method. Using a random process model, we show
that the proposed method can detect the probing signal even though there is
one 15-dB-stronger pseudorandom-binary-sequence bit-stream (PRBS)-type
faulty signal using a receiver with the bandpass filter's bandwidth below
0.47 MHz $(Q = 21.3)$. This result shows that the proposed method can be useful for the
current 1Gbps gigabit-capable passive optical
network (G-PON) and ethernet PON (E-PON) standards.
© 2009 IEEE
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