One of the key assets of cloud computing comprises the ability to build dynamically scaling systems.
Three queues in tandem compete for a single server. At each instant of time the cost is a weighted sum of the number of customers in the queues.
We consider scheduling in networks with interference constraints and reconfiguration delays, which may be incurred when one service schedule is dropped and a distinct service schedule is adopted.
The balance between security and performance represents critical and tightly coupled challenges in the design and operation of next generation LTE networks.
The continuing growth in traffic demands impose the need for the use of frequency bands in the centimeter-wave (cmWave) and millimeter-wave (mmWave) spectrum to increase the throughput.
Network functions typically need to be visited in a specific order to meet certain objectives, giving rise to the notion of Service Function Chaining.
Distributed cloud networking enables the deployment of network services in the form of interconnected virtual network functions instantiated over general purpose hardware at multiple cloud location
The strategic deployment of small cells, overlaid on existing wireless infrastructure is foreseen as a key technologies enabling wireless operators to offer a plethora of innovative technologies to
We report dynamic measurements of the shear modulus micron of a two-dimensional bond percolation lattice model.
Multiple access interference (MAI) is one of the major impediments in the reverse link of wide-band CDMA systems, due to the synergy of the users' spreading codes, transmission delays and the chann
