Recently, it has been shown that spectral optimization in copper access networks can significantly reduce the transmit power required, resulting in significant reductions in the line driver power c
This paper is concerned with the problem of estimating the current value, Xn, of a discrete-time stationary stochastic process given the k previous values, X,,-u Xn-2, · · ·, Xn-k.
The functional efficiency of cloud solutions depends on their responsive allocation of processing resources to individual tasks according to their predefined completion time.
Predictive quantizing schemes employ prediction to exploit the inherent redundancy of input signals; the difference between the actual sample of an input signal and its estimate is quantized and tr
In advanced time-division multiple-access (TDMA) mobile communications systems, reduced-state equalization algorithms have to be employed because high-level modulation is used in order to improves
This paper presents a study on uplink capacity of an LTE public safety network supporting video surveillance in order to assist first responders when they need to visualize remotely a critical area
The limit of spectral efficiency is derived numerically for second and third order soliton pulses considering phase modulation of the spectral amplitudes.
In this work we address the problem of power allocation for interfering transmitter-receiver pairs so that the probability that each queue length exceeds a specified threshold is fixed at a desired
It is demonstrated that, in contrast to earlier claims, there is no perturbative fixed point of the renormalization group in 4+epsilon dimensions.
We study the gains to be had by using random linear coding (RLC) for simultaneously disseminating k distinct messages in a network of n nodes in a decentralized and distributed manner for arbitrary
