Automatic bias control for radio-over-fiber-based train communication network system with single-sideband modulation
A Kanno, N Yamamoto, K Fujiwara… - Broadband Access …, 2019 - spiedigitallibrary.org
A Kanno, N Yamamoto, K Fujiwara, K Tokita
Broadband Access Communication Technologies XIII, 2019•spiedigitallibrary.orgFor high-speed train communication system, broadband analog radio-over-fiber based
backhaul networks with a centralized processing unit can reduce hard hand-over processes
by prediction of train location and be tracking the train by adaptive optical path routing. In the
system, an automatic bias control technique without any dither signals is important to avoid
the degradation of the throughput. In the study, we design and demonstrate a single-
sideband optical modulation using an optical IQ modulator.
backhaul networks with a centralized processing unit can reduce hard hand-over processes
by prediction of train location and be tracking the train by adaptive optical path routing. In the
system, an automatic bias control technique without any dither signals is important to avoid
the degradation of the throughput. In the study, we design and demonstrate a single-
sideband optical modulation using an optical IQ modulator.
For high-speed train communication system, broadband analog radio-over-fiber based backhaul networks with a centralized processing unit can reduce hard hand-over processes by prediction of train location and be tracking the train by adaptive optical path routing. In the system, an automatic bias control technique without any dither signals is important to avoid the degradation of the throughput. In the study, we design and demonstrate a single-sideband optical modulation using an optical IQ modulator.
SPIE Digital LibraryShowing the best result for this search. See all results