Titlebook: Resource Management and Performance Analysis of Wireless Communication Networks; Shunfu Jin,Wuyi Yue Book 2021 Springer Nature Singapore P

别炫耀

Channel Reservation Strategy with Imperfect Sensing Results terms of the throughput of SU packets, the average latency of SU packets, the switching rate of SU packets and the channel utilization. Finally, we present numerical results to evaluate the performance of the system using the proposed channel reservation strategy.

muscle-fibers

Longitude

FLACK

征兵

Sleep Mode for Power Saving Class Type I consumption is one of the most important issues for the battery-powered Mobile Station (MS). The standard proposes an energy saving mechanism named a “sleep mode” for conserving the power of the MS. According to the operation mechanism of the sleep mode for downlink traffic in power saving class ty

CAMEO

射手座

Sleep Mode for Power Saving Class Type IIIalyze the performance of the enhanced power saving class type III with self-similar traffic. According to the operating principle of the sleep mode in the enhanced power saving class type III, considering the self-similar nature of massive multimedia packets in wireless mobile networks, we build a d

Gastric

Bernoulli Arrival-Based Sleep Mode in WiMAX 2indow as one half of the subsequent sleep window, in this chapter, we build a discrete-time queueing model with multiple heterogeneous vacations to analyze communication networks using the IEEE 802.16m protocol. We first describe the working principle of this system model, and then present an analyt

DNR215

Markovian Arrival-Based Sleep Mode in WiMAX 2E) traffic mixed. In this chapter, we build a queueing model with multiple heterogeneous vacations to capture the system probability behavior in the networks with multimedia applications. Taking into account the correlation of the real-time traffic, we assume the arrival process to be a Discrete Tim

attenuate

Two-Stage Vacation Queue-Based Active DRX Mechanism in an LTE Systemonal modes are employed: Idle DRX and Active DRX. In this chapter, we propose an enhanced energy saving strategy based on the Active DRX mechanism in an LTE system to improve the sleep strategy for a better balance between response performance and energy efficiency by introducing a sleep-delay timer