When a large pool of radio channels is available for use in a large-scale multiple base station mobile radio system, its assignment to individual base stations on the basis of instantaneous demand
The relative delay tolerance of data applications, together with bursty traffic characteristics, opens up the possibility for scheduling transmissions so as to optimize throughput.
Recent experiments incorporating multiple fast switching elements and automated system configuration in a circulating loop apparatus have enabled the study of aspects of long-haul WDM transmission
Network virtualization and programmability allow operators to deploy a wide range of services over a common physical infrastructure and elastically allocate cloud and network
Software defined networking (SDN) has emerged as a promising alternative to the traditional networks, offering many advantages, including flexibility in network management, network programmability
A CMOS chip, which consists of many dynamic cells, may consume tremendous current during system power-up.
Compact routing schemes address the fundamental tradeoff between the memory space required to store the routing table entries and the length of the routing paths that these schemes produce.
This chapter provides a taxonomy of dynamic configuration solutions for mobile devices and focuses on the study of two proposals which use the home agent to mediate a mobile device's access to DHCP
We present measurements on nanomechanical resonators allowing full in situ tuning of their dynamic properties, including higher-order nonlinearities (up to fifth order) and the mechanical quality f
Simulation results show that the dynamic control domains method for scheduling network control events minimizes the interactions between channel power adjustments while simultaneously enabling mult
