Description: 控制局域网CAN(Controller Area Network) 是20 世纪80 年代初德国Bosch 公司为解决众多的控制设备和测
试仪器之间的数据交换而开发的一种串行数据通讯协议。本文介绍了一种客车车身CAN 总线网络控制系统, 通过
研究CAN 2.0B 规范, 制定了符合该系统的通讯协议, 并阐述了通讯软件的设计方案。-Controller Area Network CAN (Controller Area Network) is the 20th century, the early 80s German Bosch company to resolve a large number of control equipment and test data exchange between machines and the development of a serial data communication protocol. In this paper, a bus body CAN bus network control system, by studying the CAN 2.0B specification, drawn up in line with the system Platform: |
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Author:wubing |
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Description: 这是一个uwb用于体域网的信道仿真程序，可以进行仿真，它符合IEEE.802.15.4a，非常好！-This is a body area network for the uwb channel simulation program allows for simulation, it is consistent with IEEE.802.15.4a, very good! Platform: |
Size: 2048 |
Author:laozhu |
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Description: this code packet is about, which is the new seraching area,body area network. This study is analiysis and matlab simulation . Platform: |
Size: 69632 |
Author:mehmetbilim |
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Description: packet error rate for direct wireless link from source wireless body area network node to the coordinator Platform: |
Size: 3072 |
Author:deepak |
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Description: packet error rate when wireless body area network sensor node communicates to the destination coordinator through wireless link in the presence of single relay Platform: |
Size: 5120 |
Author:deepak |
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Description: 产生一个基于实际测量的移动无线体域网信号（接收信号与发送信号的比值）- Generate a signal (in terms of received power with respect to transmit power) for a mobile wireless body area network based on extensive measurement campaign Platform: |
Size: 8192 |
Author:yinyingqi |
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Description: Rapid progression of wireless engineering systems, a special domain of sensor network which supports medical diligences is the development of Autonomous Wireless Body Area Network. In this type of environment such as monitoring the health condition of senior citizens .The sensed signal can monitor several types of measurements such as Electroencephalography (EEG), Electrocardiography (ECG), Electromyography (EMG), Skin temperature, Skin conductance or Electrooculography (EOG) etc., compares with the standard level and the information is passed to the care takers or hospital for further necessary actions using a hybrid network of cryptography nowadays are crucial. The privacy information is vital and they have to be safe guarded from several aggressors. We propose a method of crypt analyst method using a cluster pattern of key mechanism provides assure, efficient and improved way to increase the lifetime of the network.-Rapid progression of wireless engineering systems, a special domain of sensor network which supports medical diligences is the development of Autonomous Wireless Body Area Network. In this type of environment such as monitoring the health condition of senior citizens .The sensed signal can monitor several types of measurements such as Electroencephalography (EEG), Electrocardiography (ECG), Electromyography (EMG), Skin temperature, Skin conductance or Electrooculography (EOG) etc., compares with the standard level and the information is passed to the care takers or hospital for further necessary actions using a hybrid network of cryptography nowadays are crucial. The privacy information is vital and they have to be safe guarded from several aggressors. We propose a method of crypt analyst method using a cluster pattern of key mechanism provides assure, efficient and improved way to increase the lifetime of the network. Platform: |
Size: 267264 |
Author:Opencvresearcher |
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Description: 无线广域网、无线城域网、无线局域网、无线个域网、无线体域网等无线网络
的基本特点，然后从无线网络的开放性、移动性、动态变化以及传输信号的不稳定性和终端设备等方面比较
了无线网络安全和有线网络安全的区别，最后提出并详细解释了解决无线网络安全问题的一般思路。-This article firstly introduces basic characteristics of various wireless networks, such as wireless
wide area network, wireless metropolitan area network, wireless local area network, wireless personal area network,
and wireless body area network. Next, the comparisons of wireless network security and wired network security are
presented in terms of openness, mobility, dynamic topology generation, signal channel instability, and properties of
terminal devices. Finally, a general research method for solving security problems in wireless networks is proposed
and explained in details.
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Author:song |
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Description: Health monitoring is a wide and expanding area of application of wireless sensor networks. This paper presents the Distance Aware Relaying Energy efficient DARE protocol used in wireless sensor network applications. Platform: |
Size: 406528 |
Author:B E Project |
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