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[3G developCoverage-Preserving

Description: 这是关于无线传感器网络方面的书籍,我从中学到许多知识,希望他也能为你带来好运-This is a wireless sensor network on the books and I have to learn a lot of knowledge, hoping that he can also bring you good luck
Platform: | Size: 200704 | Author: mmdzxz | Hits:

[OtherTinyOS

Description: 基于T i n y O S 的无线传感器网络体系结构 无线传感器网络WSN(Wireless Sensor Network) 由部署在监测区域内大量廉价的传感器节点组成,通过 无线通信方式形成multi2hop 自组织的网络系统,其目的是协作地感知、采集和处理网络覆盖区域中感知 对象的信息,并发送给观察者。本文从分析无线传感器节点Mica 和其上运行的操作系统TinyOS 出发, 着重描述无线传感器网络节点应用程序体系结构和消息通信机制。 -T iny OS-based wireless sensor network architecture, wireless sensor networks WSN (Wireless Sensor Network) deployed in the region to monitor a large number of low-cost sensor nodes through wireless communications multi2hop formed self-organized network system with the aim of collaboration to Perception, collection and processing network coverage area perceptual object information, and send observers. This article from the analysis of wireless sensor nodes Mica and its running on TinyOS operating system, the focus on wireless sensor network nodes to describe the application architecture and message communication mechanism.
Platform: | Size: 346112 | Author: ge | Hits:

[Remote Controlmyproblem

Description: 在保证一个覆盖面积的情况下,wireless sensor随机分布在该区域,用Cplex找到一个最佳wireless sensors状态方案,在同一时间里只激活部分sensors达到监控要求,以实现最大限度延长无限网络的监控时间。-Guarantee coverage in a case, wireless sensor randomly distributed in the region, using Cplex best wireless sensors to find a state program, at the same time to activate only part of sensors to achieve monitoring requirements, in order to achieve the maximum extension of unlimited time network monitoring .
Platform: | Size: 1024 | Author: gary | Hits:

[Communication-Mobilepresentation

Description: WSNs being energy constrained systems, one major problem is to employ the sensor nodes in such a manner so as to ensure maximum coverage and connectivity with minimal or optimal number of nodes and furthermore elongate network lifetime with maximum energy utilization. The problem addressed has been tackled for 1-D linear array and further extended to 2-Dimensions as stated in the next slides. -WSNs being energy constrained systems, one major problem is to employ the sensor nodes in such a manner so as to ensure maximum coverage and connectivity with minimal or optimal number of nodes and furthermore elongate network lifetime with maximum energy utilization. The problem addressed has been tackled for 1-D linear array and further extended to 2-Dimensions as stated in the next slides.
Platform: | Size: 108544 | Author: suresh | Hits:

[Linux-Unixccp-span.tar

Description: ns-2 code for coverage and connectivity protocol for wireless sensor network
Platform: | Size: 40960 | Author: Sandip | Hits:

[Othercoverage-ogdc.pdf.tar

Description: coverage problems in sensor networks
Platform: | Size: 219136 | Author: coder | Hits:

[Industry researchOptimalCoverageProblemofWirelessSensorNetworks.zi

Description: Research Problems like Coverage in Wireless Sensor networks
Platform: | Size: 437248 | Author: Deepak | Hits:

[WEB Codecoverage

Description: these are all code coverage programs in perl-these are all code coverage programs in perl..
Platform: | Size: 3072 | Author: vinu | Hits:

[JSP/JavaCoverageGA

Description: This an algorithm that finds the optimal coverage of wireless sensor networks and maintains connectivity between sensor nodes. However, it did not find the minimum number of active sensor nodes.-This is an algorithm that finds the optimal coverage of wireless sensor networks and maintains connectivity between sensor nodes. However, it did not find the minimum number of active sensor nodes.
Platform: | Size: 101376 | Author: Taha | Hits:

[Communication-MobileAlgorithm-for-wireless-sensor-network-coverage-and

Description: 无线传感网络覆盖算法及仿真研究Algorithm for wireless sensor network coverage and Simulation-Algorithm for wireless sensor network coverage and Simulation
Platform: | Size: 194560 | Author: bb0997 | Hits:

[File Operate3

Description: 无线传感器网络的节点覆盖的研究,覆盖度可达到100 -Wireless sensor network node covered by the study, up to 100 coverage
Platform: | Size: 2048 | Author: 邵金涛 | Hits:

[3G develops02-5

Description: Power consumption is an important design criterion in the design of wireless sensor networks. Hybrid radio frequency/free space optical wireless sensor networks (RF/FSO WSN) have been proposed to reduce the energy consumption of traditional RF-based sensor networks. This paper compares the performance of such a hybrid sensor network against the wellknown RF-based low energy adapting clustering hierarchy (LEACH) WSN proposed in the literature. Network performance is studied in terms of network lifetime and average network area coverage. Simulations show that despite not employing data aggregation, the RF/FSO WSN has a longer lifetime and larger average network coverage when compared to the LEACH WSN
Platform: | Size: 631808 | Author: serag | Hits:

[Other Embeded programcoverage

Description: Coverage Efficient Clustering with a Minimum Number of Active Sensors for Wireless Sensor Networks
Platform: | Size: 3062784 | Author: 313993985 | Hits:

[Program docResearch-on-Optimal-Coverage-Problem-of-Wireless-

Description: research paper on optimal coverage on wireless sensor networks
Platform: | Size: 398336 | Author: neonav | Hits:

[Software EngineeringUnderwater-sensor-network-design

Description: 水下无线传感器网络的研究和设计 无线传感器网络是由大量节点形成的一种特殊Ad-hoc网络,其目的是协作地 感知、采集和处理网络覆盖的区域中感知对象的信息,并发送给观测者。而水下 无线传感器网络是无线传感器网络中的一种,两者有着不少共同的特征,同时由 于水下信道条件的制约,陆地上的一些重要技术又不能直接应用于水下。本章将 首先介绍无线传感器网络的体系结构及节点组成,然后再具体讨论水下无线传感 器网络的特点、面临的问题及技术难度。 -Underwater wireless sensor network research and design of wireless sensor network is formed by the large number of nodes in a special Ad-hoc network, which aims to collaborate perception, acquisition and processing of network coverage area in the perception of objects, and send observations persons. The underwater wireless sensor network is a wireless sensor network, the two have many common characteristics, and because of the underwater channel conditions, some of the important land can not be directly applied to underwater technology. This chapter will first introduce the architecture of wireless sensor networks and nodes, and then discuss the specific characteristics of underwater wireless sensor networks, the problems and technical difficulties.
Platform: | Size: 1319936 | Author: Tr | Hits:

[matlabwsn-code

Description: 这是基于虚拟力的无线传感网络覆盖仿真的源代码-This is based on the virtual power wireless sensor network coverage simulation source code
Platform: | Size: 11264 | Author: 吴田 | Hits:

[matlabInitCovRand

Description: 扇形传感器区域覆盖优化的虚拟力导向粒子群算法-Fan-shaped area coverage sensor-driven power optimization of the virtual particle swarm optimization
Platform: | Size: 1024 | Author: 刘海伟 | Hits:

[DocumentsWSN_associative-Coverage

Description: 这是求解无线传感网络关联覆盖的一系列文章,提出了解决这类覆盖问题的方法,非常实用-This is to solve the wireless sensor network related to cover a series of articles, put forward the method to solve the problem of this type of coverage, very practical
Platform: | Size: 5422080 | Author: 王春 | Hits:

[Program docResearch-on-Optimal-Coverage-Problem-of-Wireless-

Description: optimal coverage problem of wireless sensor network-optimal coverage problem of wireless sensor network
Platform: | Size: 456704 | Author: narayan | Hits:

[Industry researchconnected-coverage-in-WN-with-Direction

Description: In this paper, we address a new unexplored problem - what are the optimal patterns to achieve connected coverage in wireless networks with directional antennas. As their name implies, directional antennas can focus their transmission energy in a certain direction. This feature leads to lower cross-interference and larger communication distance. It has been shown that with proper scheduling mechanisms, directional antennas may substantially improve networking performance in wireless networks. In this paper, we propose a set of optimal patterns to achieve full coverage and global connectivity under two different antenna models, i.e., the sector model and the knob model. We also introduce with detailed analysis several fundamental theorems and conjectures. Finally, we examine a more realistic sensor model, where sensing range and communication range may both vary randomly. Results show that our designed patterns work well even in unstable and fickle physical environment.
Platform: | Size: 1462272 | Author: fahim68 | Hits:
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