There is a growing interest, and concern, about potential health effects associated with exposure to electromagnetic energy at radio frequencies and microwave frequencies.
We present measurements of express optical interconnection between data centers using a MEMs photonic cross connect and a packet-optical transport network under the control of a pro-grammable netOS
Some problems are best viewed as complementarity problems, that is, problems with pairs of inequality constraints, at least one of which must be tight.
Current prevention techniques provide restrictive responses that may take a local reaction in a limited information system infrastructure.
A number of languages have been developed for specifying XML publishing, i.e., transformations of relational data into XML trees.
Non-hierarchical clusterings of proximity data can represent a more general class of solutions than simple tree structures: those solutions consisting of overlapping (non-nested) sets of objects.
Since Clos gave the first construction of a strictly nonblocking multistage interconnection network, only a few other constructions have been proposed in almost a half-century.
A methodology is presented for the design and development of efficient trellis-based soft decision decoders for extended Hamming and BCH codes.
We compare two all-optical data-center interconnects, POPI (Passive Optical Pod Interconnect) and POITR (Passive Optical Interconnect at Top of the Rack).
One of the rapidly emerging services for fifth generation (5G)-Advanced is eXtended Reality (XR) that combines several immersive experiences and cloud gaming services.
