搜索资源列表
Mdsr
- modifed dsr in multipath
MULTIpathdsr
- multipath dsr protocol
AODVadsrmultipath
- dsr and aodv tcl code source
bholeaodv
- aodv dsr blackhole implementation
Wireless_DSR_TCP_3_nodes
- this a example of DSR (Dynamic source Routing) protocol in MANET (Mobile Ad-Hoc Network). In this scenario,using wireless and 3 nodes. The traffic using TCP (Transmission COntrol Protocol) this code run in ns-2.34 or above -this is a example of D
dcmm
- 对称密码,采用了256级DSR、8个联动DSR、钟控、数据扩展、矩阵乘法、M-A函数、序列选择器、记忆、强背包、RC4和压缩等编码技术-Symmetrical password
AODV-DSR-MATLAB
- 一种源驱动路由协议。当一个节点需要给网络中的其他节点传送信息时,如果没有到达目标节点的路由,则必须先以多播的形式发出RREQ(路由请求)报文。-Ad hoc On-demand Distance Vector Routing
OPNET DSR ROUTING
- this is protocol which developed by opnet
lfg49231.tar
- tcl file and c++ in ns2 for leach and dsr
compare-routing-Tcl.tar
- TCL code for compare AODV,DSR,DSDV with 25,100,200 adn 500 nodes
ad-hoc-networks-routing
- 移动ad hoc网络路由协议仿真:包括AODV及DSR两种按需路由协议路由选择对比结果,随机节点分布状态下的路由决策机制 无线通信网络MAC层802.11协议仿真-Mobile ad hoc networks on demand routing protocols: including AODV and DSR schemes path selection strategy under random mobile node deployment wireless networks
cbrp-dsr.tar
- cbr protocol & cbrp-cbr protocol & cbrp
FTEdsr
- Ad hoc网络中基于dsr路由协议改进的路由算法FETdsr,实现了在路由层跨层感知MAC层拥塞状况-Routing protocol for ad hoc networks based on dsr in NS2 simulation. Achieved in the routing layer cross-layer aware MAC layer congestion status
partition
- qualnet simuation for novice users Dsr
node (2)
- dsr implementaion of qualnet simulation of imporved protocl
security
- Approach: NS-2 is an open source system that is developed using C++ and Tool Control Language TCL. Researchers can freely add new components to the system to server their own purposes. The latest version of NS-2 is version 2.28. Within this version,
dsr28-md
- DSR 28 Brabender Feeder
dsr67-md
- DSR 67 Brabender Feeder
cbrp协议源码
- CBRP协议的(cluster based routing protocol)是IETF提出的自组织网络路由协议草案之一,是最早的AdHoc分簇路由协议之-,也是一-种基于分簇结构的源路由按需路由协议,与动态源路由协议(DSR)有许多相似之处。它采用基于“簇”的层次化的设计思想,属于将先应式(预先路由)与反应式(按需路由)相结合的综合型的路由算法,在分簇中采用最小ID分簇算法。和其他路由算法相比,CBRP具有参与路由处理的主机量少、路由控制开销小、路由期间的网络阻塞少以及寻找路由时间短等特点。