In this paper we study two-hop cooperative diversity relaying in random wireless networks.
Let E be a set of labeled points in Euclidean space.
Using the high-Q mechanical-oscillator technique we have measured the sound velocity and mechanical dissipation of high-purity single-crystal silcon as function of temperature (0.005-4.2K), frequen
We study Coulomb blockade (CB) oscillations in the thermodynamics of a metallic grain which is connnected to a lead by a tunneling contact with a large conductance $g_0$ in a wide temperature range
We mitigate penalties stemming from the finite mode-rejection ratio of the mode-multiplexer/-demultiplexer in a two-mode transmission experiment at 100Gbit/s over 20-km, by using a greater number o
We mitigate penalties stemming from the finite mode-rejection ratio of the mode multi/demultiplexer in a 2-mode transmission experiment at 100Gbit/s over 20-km distance, by using a greater number o
Models of finite-buffer queues are useful to describe communication systems and, more recently, also manufacturing systems.
We describe a means of sharing the DSA signature function, so that two parties can efficiently generate a DSA signature with respect to a given public key but neither can alone.
Many MPEG-2 encoding applications are realtime; this implies that the video signal must be encoded with no significant lookahead.
An experimental study to analyse the thermal performance of a two-phase pump-driven loop for electronics cooling is presented, with the target application being a telecommunications equipment shelf
