This paper studies the problem of conserving the energy of mobile terminals in a multi-cell TDMA networks supporting bursty real-time sessions.
This paper aims to discuss the influence of adjustable base station (BS) power parameters, such as power consumed during active mode and sleep modes, on the overall energy consumption of a network
We study sequential prediction of energy consumption of actual users under a generic loss/utility function.
Optimizing network energy consumption is one of the most important issues in wireless sensor networks (WSNs).
The energy efficiency of the user terminal for multimedia wireless communications becomes increasingly important in order to extend the battery lifetime and enhance the user experience.
The Heavy Fermion compounds (HFC) exhibit effective masses enhanced by orders of magnitude over calculated band masses.
Stochastic classical trajectory simulations are employed to calculate the translational and rotational energies of NO molecules thermally desorbed from Ag(111) and Pt(111) surfaces.
Efficiency in energy consumption is attracting greater and greater attention in recent years to the point that it is becoming one of the major constraint steering the evolution of our society.
We investigate the power consumption of IP-over-WDM networks for 100G coherent systems when varying optical reach values.
Recent European directives [2] require to include eco-designed off-mode or standby-mode in the household and office equipment.
