In Fig. 7, for single transmitter and multi-receiver communication channel, it can be observed as expected that the more receiver antennas were involved, the better bit error rate (BER) performance will be, thereby, the transmission quality can be easily improved by increasing receiver antennas.
This handshake procedure takes care of two important issues: (1) Sender and receiver establish communication, initialize parameters, and estimate SNR; (2) the neighboring nodes that are in communication range of either the sender or the receiver avoid any transmission initiation during the ongoing session.
The architecture derives from RAKE receiver in communication system.
For both sender and receiver informed communication channel, ' H ' conditioned denotes squared transmitter power.
Three different elements were established in a random manner: sender and receiver node, communication start time and duration of each connection.
The time tpass during which a sender stays in the receiver's communication range d range comm while passing by at an average vehicle speed v can be calculated by t pass = d range comm 2 · v. (12).
We have measured the performance of DVB-T2 for two transmitters/one receiver system communication in a TU6, SFN and Alamouti MISO channel models on the one hand and combined TU6- MISO, TU6-SFN,and on the other hand.
The design and performance of fiber optic receivers and communication links.
By directly using content names at the network layer and a receiver-driven communication, ICN well fits the requirements of many machine-to-machine (M2M) applications that are information-centric in nature and rely on a publish-subscribe service model.
In this paper, we analyze the dynamics of a system consisting of two coupled nonlinearly Duffing oscillators, obtained from a nonlinear electrostatic device which is a prototype of emitters and receivers in communication engineering.
