This paper is concerned with the systematic design of efficient Jacobi and Gauss-Seidel relaxations, and their over-relaxed variants, for the computation of the stationary distributions of continuo
5G wireless systems may benefit by waveforms supporting relaxed synchronization, as this enables reduced energy consumption, better support of low-end devices and reduction of signaling overhead.
State-space explosion is a central problem in the automatic verification (model-checkling) of concurrent systems.
State-space explosion is a central problem in the automatic verification (model-checking) of concurrent systems.
In this paper, we propose two relay antenna selection (RAS) schemes in multiple-input multiple-output (MIMO) twoway relay networks where an NA-antenna source and an NBantenna source exchange their
In numerous types of mechanisms it is desirable to arrest the motion of a member at a particular point and to maintain it in this position.
When palladium or platinum-family metal contacts are operated in an environment which includes organic vapors, the performance of the contacts may be seriously degraded.
Visitors to the switching development areas in the Bell Telephone Laboratories are often surprised at the extensive amount of measuring equipment used to study so simple a device as the telephone r
Herein, we propose a novel data splitting algorithm for high throughput relay transmissions using multiple antennas.
In recent years, there has been an upsurge of interest in multihop-augmented infrastructure-based networks in both industry and academia, such as the seed concept in 3GPP, mesh networks in IEEE 802
