Optical mode multiplexers based on spatial sampling of MMF's aperture and successive optical filtering is analyzed and the associated MIMO processing effort in mode division multiplexed system is d
Optical mode multiplexers based on spatial sampling of MMF's aperture and successive optical filtering is analyzed and the associated MIMO processing effort in mode division multiplexed system is d
Spatial multiplexer and demultiplexer are beneath the multimode fiber the key components for a transmission system using mode or mode group division multiplexing (MDM or MGDM).
Spatial multiplexing has the potential to overcome the capacity-bottleneck of single-fiber long-haul links. We review recent experimental progress and discuss relevant performance vs.
The amount of information created and replicated annually--not only by individuals, but increasingly by machines through distributed computing, sensor networks, and cloud-based services--has long
Wavelength-division multiplexing (WDM) has been the workhorse of data networks since the early 1990s, enabling ubiquitous and a ffordable data services with unabated exponential tra ffic growth.
We outline a smooth evolution path of optical networks to spatial multiplexing by comple-menting deployed fiber infrastructure and existing WDM components with new integrated technologies.
With increased competition in the wireless markets, customers are demanding increased quality of service at competitive prices.
In this work, we characterize the performance of pico cell networks in presence of moving users. We model various traffic types between base-stations and mobiles as different types of queues.
In this work, we characterize the performance of Picocell networks in presence of moving users. We model various traffic types between base-stations and mobiles as different types of queues.
