A new technique for obtaining frequency-dependent magnitude and phase information for an optical channel is presented that has application to optical monitoring, including dispersive effects, and f
In high-speed Ethernet such as 40G/100G Base-R, multiple PCS lanes are used usually to transport data.
An asymmetric delta-doped GaAs structure is described which exhibits novel photovoltaic effects and low intensity nonlinear optics.
This paper describes a novel forward error correction (FEC) and time interleaving scheme, known as BB-iFEC (Base Band - inter-burst FEC), aimed to provide long time interleaving with fast zapping s
Coordinated multipoint (CoMP) processing is regarded as an enabling technique in Long Term Evolution (LTE)Advanced to improve both the cell average and cell-edge spectral efficiency (SE).
In wireless cellular systems, cell edge users can only achieve far less capacity than cell center uses because of low receive signal power and strong inter-cell interference.
Wireless technology is envisioned to be a major enabler of flexible industrial deployments, allowing agile installations and mobility of production elements.
This paper proposes a conceptually novel, adaptive and future-proof 5G mobile network architecture.
In this paper, we present a near-optimum resource allocation strategy for distributed multiple-input-multiple-output multiple hops multiple commodities OFDMA wireless networks.
The Long Term Evolution (LTE) may provide ubiquitous mobile broadband services with all IP architecture, however, the quality of service (QoS) of LTE systems is seriously affected by the network co
