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[Other resourceMACDemo

Description: 本文详细介绍如何使用GAINS节点和我们开发的MAC协议的代码实现无线通讯功能的过程。涉及到avr单片机的编译器winavr,烧写软件avr studio以及avr系列单片机的烧写器,本文介绍如何使用avr studio 和烧写器将winavr编译后产生的hex文件存入单片机flash的过程。这个过程完成以后,就可以组织一个小规模的单跳网络,通过SNAMP后台可以看到网路的可视化效果。
Platform: | Size: 2122984 | Author: kj | Hits:

[Other resourcemultihopDemo

Description: 本文详细介绍如何使用GAINS节点和我们开发的多跳路由协议的代码实现无线通讯功能的过程。涉及到avr单片机的编译器winavr,烧写软件avr studio以及avr系列单片机的烧写器,本文介绍如何使用avr studio 和烧写器将winavr编译后产生的hex文件存入单片机flash的过程。这个过程完成以后,就可以组织一个多跳的网络,通过SNAMP后台可以看到网络的可视化效果。
Platform: | Size: 2076011 | Author: kj | Hits:

[CSharpSNAMP

Description: 本程序介绍了在VC环境下开发的snamp软件,它可以实时的监控无线传感器网络
Platform: | Size: 1791924 | Author: kj | Hits:

[Other resource15.4Demo

Description: 本文详细介绍如何使用GAINZ节点和我们开发802.15.4协议组网演示Demo实现无线通讯功能的过程。涉及到AVR单片机的编译器WINAVR,烧写软件Avr studio以及AVR系列单片机的烧写器,本文介绍如何使用Avr studio 和烧写器将WINAVR编译后产生的hex文件存入单片机flash的过程。这个过程完成以后,就可以组织一个小规模的单跳网络,通过SNAMP后台可以看到网路的可视化效果。
Platform: | Size: 2195414 | Author: kj | Hits:

[Other resourceiSnamp-guide

Description: iSnamp是宁波中科集成电路设计中心无线通信事业部在Snamp基础上研发的新一代无线传感器网络可视化系统,该系统能够从传感器网络的汇聚(sink)节点获得传感器网络的数据包。
Platform: | Size: 934566 | Author: kj | Hits:

[Other resourceSNAMP

Description: 宁波中科院无线事业部的单调射频协议体验版,可以参考参考
Platform: | Size: 1544235 | Author: jojo | Hits:

[Windows Developsnamp

Description: A Partial-range-aware Localization Algorithm forAd-hoc Wireless Sensor Networks,A Range-Free Localization Algorithm for Wireless Sensor Networks
Platform: | Size: 24378264 | Author: lingling84 | Hits:

[SCMMACDemo

Description: 本文详细介绍如何使用GAINS节点和我们开发的MAC协议的代码实现无线通讯功能的过程。涉及到avr单片机的编译器winavr,烧写软件avr studio以及avr系列单片机的烧写器,本文介绍如何使用avr studio 和烧写器将winavr编译后产生的hex文件存入单片机flash的过程。这个过程完成以后,就可以组织一个小规模的单跳网络,通过SNAMP后台可以看到网路的可视化效果。 -This paper describes how to use GAINS nodes and MAC protocol, we developed the code to achieve wireless communication process. SCM involves avr compiler winavr, software programmer avr studio, as well as programmer avr series MCU devices, the paper describes how to use avr studio and programmer will winavr compiled hex file generated into single-chip microcomputer flash process. After the completion of this process, we can organize a small-scale single-hop network, the background can be seen through SNAMP network visualization.
Platform: | Size: 2122752 | Author: kj | Hits:

[SCMmultihopDemo

Description: 本文详细介绍如何使用GAINS节点和我们开发的多跳路由协议的代码实现无线通讯功能的过程。涉及到avr单片机的编译器winavr,烧写软件avr studio以及avr系列单片机的烧写器,本文介绍如何使用avr studio 和烧写器将winavr编译后产生的hex文件存入单片机flash的过程。这个过程完成以后,就可以组织一个多跳的网络,通过SNAMP后台可以看到网络的可视化效果。-This paper describes how to use GAINS nodes and we develop multi-hop routing protocol code realize wireless communication process. SCM involves avr compiler winavr, software programmer avr studio, as well as programmer avr series MCU devices, the paper describes how to use avr studio and programmer will winavr compiled hex file generated into single-chip microcomputer flash process. After the completion of this process, we can organize a multi-hop network can be seen through the background SNAMP network visualization.
Platform: | Size: 2075648 | Author: kj | Hits:

[SCM15.4Demo

Description: 本文详细介绍如何使用GAINZ节点和我们开发802.15.4协议组网演示Demo实现无线通讯功能的过程。涉及到AVR单片机的编译器WINAVR,烧写软件Avr studio以及AVR系列单片机的烧写器,本文介绍如何使用Avr studio 和烧写器将WINAVR编译后产生的hex文件存入单片机flash的过程。这个过程完成以后,就可以组织一个小规模的单跳网络,通过SNAMP后台可以看到网路的可视化效果。 -This paper describes how to use GAINZ nodes and we have developed a network 802.15.4 Demonstration Demo realize wireless communication process. Related to AVR MCU compiler WINAVR, programmer software Avr studio as well as the AVR MCU programmer series, and this article describes how to use the Avr studio and programmer will WINAVR compiled hex file generated into single-chip microcomputer flash process. After the completion of this process, we can organize a small-scale single-hop network, the background can be seen through SNAMP network visualization.
Platform: | Size: 2195456 | Author: kj | Hits:

[Software EngineeringiSnamp-guide

Description: iSnamp是宁波中科集成电路设计中心无线通信事业部在Snamp基础上研发的新一代无线传感器网络可视化系统,该系统能够从传感器网络的汇聚(sink)节点获得传感器网络的数据包。-Ningbo iSnamp Zhongke Center for Wireless Communications IC Design Division Snamp based on the R
Platform: | Size: 933888 | Author: kj | Hits:

[Windows Developsnamp

Description: A Partial-range-aware Localization Algorithm forAd-hoc Wireless Sensor Networks,A Range-Free Localization Algorithm for Wireless Sensor Networks
Platform: | Size: 24378368 | Author: lingling84 | Hits:

[matlabSNAMP.4

Description: SNAMP代码,供大家学习研究设计使用,希望对你有帮助-SNAMP code for them to learn from research design to use, want to help you
Platform: | Size: 13541376 | Author: | Hits:

[Program dociSnamp

Description: 宁波中科集成电路公司的SNAMP的使用小册子,关于该产品的一些简单介绍-Ningbo Branch of the use of IC' s SNAMP booklet, on the simple description of the product
Platform: | Size: 175104 | Author: muzixinyue | Hits:

[Program docGAINS

Description: SNAMP的GAINS结点的使用白皮书,与SNAMP是配套的-SNAMP the GAINS nodes using white paper, is complementary with the SNAMP
Platform: | Size: 1104896 | Author: muzixinyue | Hits:

[SCMSNAMP-GAINZlightsensor

Description: SNAMP-GAINZ光传感器 SNAMP-GAINZ光传感器 -SNAMP-GAINZ light sensorSNAMP-GAINZ light sensorSNAMP-GAINZ light sensor
Platform: | Size: 1068032 | Author: 庞俊杰 | Hits:

[Graph Drawingcode

Description: 视化是一个WSN后台系统的一个重要方面,可视化效果直接影响着WSN的使用和分析。但是,大家都知道,好的可视化效果需要巨大的编程工作量。这里向大家介绍一种很好的可视化编程控件——ProEssentials,它提供了2D和3D数据的非常方便的可视化编程接口,它可以使你的可视化效果也堪比专业软件,希望下面的一些介绍能对大家有所启发,同时,我们开发的SNAMP软件中也使用了该控件-Visualization is a WSN backend systems is an important aspect, visual effects directly affect the use and analysis of WSN. But, as we all know, good visual effect requires a huge amount of programming. Here to introduce a good visual programming controls-- ProEssentials, it provides 2D and 3D data are very convenient visual programming interface, it can make your visual effect is comparable to a professional software, hope the following things can be inspired somewhat to everybody, at the same time, we developed SNAMP software is also used in the control
Platform: | Size: 4096 | Author: tag | Hits:

[Internet-NetworkSNAMP

Description: 通过获取网络数据包,通过SNMP得到网络信息,包括设备的目标地址,源地址,物理地址,算法效率高,获取时间不超过20毫秒。-Through access to network packets, network information through SNMP, including the target address, equipment source address, physical address, the algorithm efficiency is high, the acquisition time is not more than 20 millisecond.
Platform: | Size: 1929216 | Author: 郑喜 | Hits:

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