Titlebook: Wireless Algorithms, Systems, and Applications; 9th International Co Zhipeng Cai,Chaokun Wang,Hong Gao Conference proceedings 2014 Springer

博爱家

斗志

thwart

RLNC in Practical Wireless Networks,LAN mesh network) of multiple unicasts by the global RLNC. In the simulation results, in the system with the global RLNC, the network load and the power consumption is reduced for the simple topologies. However, the global RLNC cannot be applied to practical network by the decoding failure due to th

FOR

Accuracy Evaluation for Sensed Data, the accuracy evaluation framework for multi-modal data. Within this framework, we classify data types into three categories and develop accuracy evaluation algorithms for each category in cases of in presence and absence of true values. Extensive experimental results show the efficiency and effecti

我吃花盘旋

Conference proceedings 2014n Harbin, China, in June 2014. The 41 revised full papers presented together with 30 invited papers were carefully reviewed and selected from 134 submissions. The papers cover a wide range of topics including cognitive radio networks, wireless sensor networks, cyber-physical systems, distributed and

调整校对

A New Channel Allocation Scheme for Vehicle Communication Networks, secondary channels for information transmission insensitive to timeliness. In our evaluation study, the results show that our scheme can provide a guarantee for reliable and high-throughput transmission.

LIKEN

蚀刻

MIMO-Aware Spectrum Access and Scheduling in Multi-hop Multi-channel Wireless Networks,d controlling MIMO operation mode in a cross-layer approach. It enables efficient spectrum access and sharing in temporal, frequency, and spatial dimensions, and adapts to varying network conditions. The evaluation results show that the proposed SCMA scheme greatly improve the network performance compared to the traditional schemes.

bronchiole

Paleontology

Inter-service Time Guaranteed Scheduling in Wireless Networks,ranteed scheduling. We first define a new capacity region of networks with a strict inter-service time constraint. Then we propose a novel scheduling policy that is throughput-optimal and guarantees a bounded inter-service time for every user. Simulation results shows the policy performs well on inter-service time and throughput.