A 1.25 Gbit/s DC-coupled burst-mode receiver for gigabit passive optical networks (GPON) is presented.
This paper reports a high performance DC-coupled 10Gbit/s optical burst-mode receiver for symmetric 10G-GPONs.
An innovative DC-coupled burst-mode optical transmitter is presented for gigabit PON upstream transmission at 1.25 Gbit/s.
Dynamic DCH allocation algorithms are required to share the limited number of DCH's among a large number of contending users.
We demonstrate, to the best of our knowledge, the highest reported single- and multi-channel capacities over a field-deployed data center interconnection (DCI) system operating over 93 km of standa
This paper describes the first CMOS chip implementation of a GSM base station receiver. This chip consists of two LNA's, switch, mixer, LO buffer amplifier/balun, and RF balun.
This paper describes the first CMOS chip implementation of a GSM base station receiver. This chip consists of two LNA's, switch, mixer, LO buffer amplifier/balun, and RF balun.
In quantum-process tomography it is possible to express the experimenter's prior information as a sequence of quantum operations, i.e., trace-preserving completely positive maps.
In a general case the two dimensional de Haas-van Alphen effect is related to macroscopic non-dissipative currents at the edge states. The currents exponentially decay inside the sample.
We report on studies of the de-hydrogenation process by rapid thermal annealing of carbon-doped In sub (0.53) Ga sub (0.47) As, grown by gas source molecular beam epotaxy (GSMBE).
