Description: This unofficial Vega Prime FAQ Part 1 ( 1 thru 50) is provided by Gordon Tomlinson, I hope you find the information contained with these FAQ's useful and helpful Vega Prime is MultiGen-Paradigm's new premier software environment for the creation, development and deployment of 3d Real-time Visual and Audio Simulation including : Sensor, Virtual-Reality, Urban, High-Flight, Medium-Flight, Low Level and Ground warfare and general visualization applications (Vega Prime is the replacement to Vega) Platform: |
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Author:w328809280 |
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Description: Wireless sensor networks, networks of tiny devices, are being widely used in
different aspects of everyday life. There is a need to simplify designing and
implementing protocols and applications for these devices that is very complex
and time consuming today. Moreover due to demanding deployment conditions,
predicting the behaviour of the networks is highly requested. Platform: |
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Author:hiracle |
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Description: 无线传感器网络是一种全新的信息获取平台，能够实时监测和采集网络分布区域内的各种检测对象的信息，并将这些信息发送到网关节点，以实现复杂的指定范围内目标检测与跟踪，具有快速展开、抗毁性强等特点，有着广阔的应用前景-Wireless sensor networks is a new information access platform, real-time monitoring of distribution and collection networks within the region of various test object information, and information sent to the gateway node, in order to achieve the specified range of complex target detection and tracking, with rapid deployment, survivability and strong features, have broad application prospects Platform: |
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Author:fanlianxiang |
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Description: Zigbee是部署无线传感器网络的新技术。它是一种短距离、低速率无线网络技术，是一种介于无线标记技术。本压缩包里是ZigBee软件堆栈编程源代码 很详细的-Zigbee is a wireless sensor network deployment of new technologies. It is a short-range, low-rate wireless network technology, is a range of wireless tag technology. The compression bag is the ZigBee software stack, programming source code is very detailed. . . Platform: |
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Author:Frank |
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Description: Ultra-Low Energy Wireless Sensor
Networks in Practice
Theory, Realization and Deployment
Tampere University of Technology, Finland
2007 Platform: |
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Author:osman |
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Description: 针对煤矿井下巷道狭长，信号多径效应明显，接收信号强度（RSSI）测距算法受井下环境影响大，定位精度低的情况，提出了一种信标节点链式部署结构下的动态RSSI测距算法，该算法以信标节点间的距离和它们间测量到的RSSI值为参考，计算巷道内实际环境下的路径衰落指数，以提高RSSI测距算法对环境的适应性。-A dynamic RSSI location algorithm is proposed based on the beacon nodes chain deployment of tunnel Wireless Sensor Networks and the algorithm takes the distance and the corresponding RSSI between the adjacent beacon nodes into account to calculate the actual path loss parameter in the tunnel, thus improving the environmental adaptation of the location algorithm. Platform: |
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Author:qiaogz |
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Description: The proposed routing protocol for Wireless Sensor Network is hierarchical and cluster based. The protocol supports mobility in the Sensor Nodes as well as in the Sink. The entire
protocol is described in terms of two phases namely Setup Phase and Data Forwarding Phase. After deployment of the Sensor Nodes entire sensor field in divided into some logical clusters and each cluster contains Sensor Nodes with different roles such as Gateway Node, Cluster Head Node and Ordinary Sensor Node.
Majority of the computation intensive tasks are carried out in the Sink. Simulation results show the energy efficiency of the proposed protocol. The performance of the proposed protocol
has been compared with that of CBR mobile WSN and results show better performance of the proposed protocol. Future scope of the work is outlined. Platform: |
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Author:Mohamed Rias |
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Description: 基于网格划分的无线传感器网络节点动态部署算法，可查看任意步骤中节点数目的变化，可显示最终的部署结果-Mesh-based wireless sensor network node dynamic deployment algorithm, the steps to see any changes in the number of nodes, the deployment of the final results can be displayed Platform: |
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Author:Yicheng Liao |
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Description: A wireless sensor network may comprise thousands of sensor nodes. Each sensor node has a sensing
capability as well as limited energy supply, compute power, memory and communication ability. Besides military applications, wireless sensor networks may be used to monitor microclimates and wildlife habitats [56], the structural integrity of bridges and buildings, building security, location of valuable assets (via sensors placed on these valuable assets), traffic, and so on. However, realizing the full potential of wireless sensor networks poses myriad research challenges ranging from hardware and architectural issues, to programming languages and operating systems for sensor networks, to security concerns, to algorithms for sensor network deployment, operation and management. Iyengar and Brooks [26, 27] and Culler and Hong [12] provide good overviews of the breadth of sensor network research topics as well as of applications for sensor networks. Platform: |
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Author:ahmad |
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Description: In this paper, we study the issue of sensor network deployment using limited mobility sensors. By limited mobility, we mean
that the maximum distance that sensors are capable of moving to is limited. Given an initial deployment of limited mobility sensors in a
field clustered into multiple regions, our deployment problem is to determine a movement plan for the sensors to minimize the variance
in number of sensors among the regions and simultaneously minimize the sensor movements. Our methodology to solve this problem
is to transfer the nonlinear variance/movement minimization problem into a linear optimization problem through appropriate weight
assignments to regions. In this methodology, the regions are assigned weights corresponding to the number of sensors needed. Platform: |
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Author:ShAzZ |
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Description: 传感器网络的关系，半径和程序中的节点数的连通概率和通信，利用MATLAB软件对部署图的计算机模拟-The relationship of sensor networks, the connectivity probability and communication radius and the number of nodes in the program, use the Matlab software on the computer simulation of deployment and mapping Platform: |
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Author:sml |
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Description: 这是一篇关于多传感器网络布站的研究文章，从原理、算法到具体实现，最后是仿真结果分析，层次清晰，分析得当，是一篇值得学习的文章-The prominent visions of wireless sensor networks that appeared about
a decade ago have spurred enormous efforts in research and development of this
new class of wireless networked embedded systems. Despite the significant effort
made, successful deployments and real-world applications of sensor networks are
still scarce, labor-intensive and oftenn cumbersome to achieve. In this article, we
survey prominent examples of sensor network deployments, their interaction with
the real world and pinpoint a number of potential causes for errors and common
pitfalls. In the second half of this work, we present methods and tools to be used
to pinpoint failures and understand root causes. These instrumentation techniques
are specifically designed or adapted for the analysis of distributed networked embedded
systems at the level of components, sensor nodes, and networks of nodes. Platform: |
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Author:刘洋 |
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Description: 多传感器分配是传感器网应用过程中的一个关键问题，文章对多种方法进行了分析比较，指出了各种方法的优缺点及适用场合，值得借鉴-Sensor deployment is a fundamental issue in sensor
networks. Studies on the deployment problem are concentrated
on deploying sensors to cover assigned areas or set ofpoints
efficiently. In this paper, we discuss the sensor deployment
problem in the conte-xt of target tracking. Firstly, we propose a
sensor deployment optimization strategy based on Target
Involved Virtual Force Algorithm (TIVFA). The TIVFA
algorithm can dynamically adjust sensor networks configuration
according to terrains, intelligence and those detected
maneuvering targets in order to improve coverage and detection
probability. Secondly, we present an improved sensor-ranking
algorithm as well as a sensor protecting strategy with targets
importance sequence in consideration. The 7TVFA algorithm,
together with the sensor protecting strategy, can produce an
efficient and robust sensor network. Experiment results
sufficiently demonstrate the effectiveness of the proposed
approach. Platform: |
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Author:刘洋 |
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Search - sensor deployment