This paper experimentally examines the bulk aerodynamic performance of a vibrating fan operating in the first mode of vibration.
Simple, easy-to-use and physically meaningful analytical predictive models are developed for the evaluation of thermal stresses in bi- and tri-material bodies employed in various aerospace electron
SlideWorld has introduced immersion in videoconferencing using static heuristics.
The recently developed AFM local anodic oxidation (LAO) technique offers a convenient way of patterning nanodevices, but imposes even more stringent requirements on the underlying quantum well stru
TESS project proposition solves communication and energy issues for remote machines in nuclear environment.
Effects of Ag addition on the epitaxially grown YbBa sub 2 Cu sub 3O sub 7 superconductor on a SrTiuO sub 3 (100) substrate by liquid-gas- solidification (LGS) process have been investigated.
Virtualized execution environments in 5G network call for a linkage between network management and orchestration.
We investigate the problem of how to extend constraint query languages with aggregate operators.
Abstract--- Network slicing has recently appeared as a key enabler for the future 5G network where Virtual Network Operator (VNO) creates various slices for Service Providers (SP) to accommodate cu
This paper analyses the aggregation process in time slotted packet ring networks.
