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Description: the User Agent and Service Agent functionality of the Service Location Protocol, based on RFC 2608: Service Location Protocol, Version 2 in NS-2.27.
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Size: 51972 |
Author: dekota |
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Description: the User Agent and Service Agent functionality of the Service Location Protocol, based on RFC 2608: Service Location Protocol, Version 2 in NS-2.27.
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Size: 51200 |
Author: dekota |
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Description: ns-2中Agent子类，显示了所有可以打印出来的代理，方便查阅-ns-2 subclass of Agent, indicates that all agents can print out for easy access
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Size: 1024 |
Author: mozhu |
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Description: NS编程与调试 － NOAH 模块
noah是一个无线路由代理（相对于DSDV ，路由， ... ）只支持直接沟通的无线节点之间或基站和移动节点的情况下移动IP的使用。这使得模拟的情况下多跳无线路由是不受欢迎的。noah不会发送任何路由相关的数据包。-NS programming and debugging- NOAH Module
NOAH is a wireless routing agent that (in contrast to DSDV, DSR, ...) only supports direct communication between wireless nodes or between base stations and mobile nodes in case Mobile IP is used. This allows to simulate scenarios where multi-hop wireless routing is undesired. NOAH does not send any routing related packets.
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Size: 5120 |
Author: 李蔚 |
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Description: Add New Application and Agent in ns by example:学习ns2的一个经典例子-Add New Application and Agent in ns by example: to learn a classic example of ns2
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Size: 31744 |
Author: xianxingping |
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Description: class ns-agent the default parameters
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Size: 2048 |
Author: amine |
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Description: ant like agent for ns-2.-ant like agent for ns-2.33
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Size: 306176 |
Author: yoyo |
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Description: ZRP Agent for NS2 (NS-2 v2.33)
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Size: 244736 |
Author: pangkaa |
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Description: This document (ns Notes and Documentation) provides reference documentation for ns. Although we begin with a simple
simulation script, resources like Marc Greis’s tutorial web pages (originally at his web site, now at http://www.isi.
edu/nsnam/ns/tutorial/) or the slides from one of the ns tutorials are problably better places to begin for the ns
novice.
We first begin by showing a simple simulation script. This script is also available in the sources in ~ns/tcl/ex/simple.tcl.
This script defines a simple topology of four nodes, and two agents, a UDP agent with a CBR traffic generator, and a TCP
agent. The simulation runs for 3s. The output is two trace files, out.tr and out.nam. When the simulation completes at
the end of 3s, it will attempt to run a nam visualisation of the simulation on your screen.
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Size: 1866752 |
Author: ganesh |
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Description: ns2中的ping命令， Code for a new Ping Agent Class for the ns network simulator-ns2 in the ping command, Code for a new ' Ping' Agent Class for the ns network simulator
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Size: 2048 |
Author: Michical |
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Description: Description:
This network consists of 22 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using initial_node_pos. server1 and server2 also created in this program. After that $Val (stop) is used to tell to nodes when the simulation ends. the nodes have Tcp connection. An "udp" agent is attached to node0, and a connection is established to udp "null" agent attached to server1 and node18 and etc.. As default, the maximum size of a packet that "udp" agent can generate is 1KByte. A tcp "null" agent generates and sends ACK packets to the sender (tcp agent) and frees the received packets. The Cbr is set to start at 0.0 sec and stop at 4.1 sec. Here we were using AODV routing protocol. The annotation trace is used to trace the details.
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Size: 9216 |
Author: Basavaraj |
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Description: Description:
This network consists of 3 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using initial_node_pos. server1 and server2 also created in this program. After that $Val (stop) is used to tell to nodes when the simulation ends. The nodes have Udp connection. An "udp" agent is attached to node0, and a connection is established to udp "null" agent attached to node0 and node1 and etc... As default, the maximum size of a packet that "udp" agent can generate is 1KByte. An udp "null" agent generates and sends ACK packets to the sender (udp agent) and frees the received packets. The Cbr is set to start at 0.0 sec and stop at 4.1 sec. Here we were using DSDV routing protocol.-Description:
This network consists of 3 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using initial_node_pos. server1 and server2 also created in this program. After that $Val (stop) is used to tell to nodes when the simulation ends. The nodes have Udp connection. An "udp" agent is attached to node0, and a connection is established to udp "null" agent attached to node0 and node1 and etc... As default, the maximum size of a packet that "udp" agent can generate is 1KByte. An udp "null" agent generates and sends ACK packets to the sender (udp agent) and frees the received packets. The Cbr is set to start at 0.0 sec and stop at 4.1 sec. Here we were using DSDV routing protocol.
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Size: 7168 |
Author: Basavaraj |
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Description: Description:
This network consists of 3 nodes. After creating the nam file and trace file, we set up topography object. Set node_ ($i) [$ns node] is used to create the nodes. Here we set the initial position for the every node by using initial_node_pos. After that $Val (stop) is used to tell to nodes when the simulation ends. the nodes have Tcp connection. A "tcp" agent is attached to Client1, and a connection is established to a tcp "sink" agent attached to node0 and node1. As default, the maximum size of a packet that a "tcp" agent can generate is 1KByte. A tcp "sink" agent generates and sends ACK packets to the sender (tcp agent) and frees the received packets. The ftp is set to start at 10.0 sec and stop at 150.0 sec. Here we were using DSR routing protocol.
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Size: 7168 |
Author: Basavaraj |
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Description: tp ns envoi des messages entre des agent dans reseau ahdoc
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Size: 2048 |
Author: maya |
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Description: The energy model represents the energy level of nodes in the network. The energy model defined in a node has an initial value that is the level of energy the node has at the beginning of the simulation. This energy is termed as initial Energy_. In simulation, thevariable “energy” represents the energy level in a node at any specified time.The value of initial Energy_ is passed as an input argument. A node looses a particular amount of energy for every packet transmitted and every packet received. As a result, the value of initial Energy_ in a node gets decreased.The current value of energy in a node after receiving or transmitting routing packets is the residual energy. Data Transmission is established between nodes using UDP agent and CBR traffic. Residual energy of the node is uated by accessing inbuilt variable “energy” in find Energy procedure at different times.-The energy model represents the energy level of nodes in the network. The energy model defined in a node has an initial value that is the level of energy the node has at the beginning of the simulation. This energy is termed as initial Energy_. In simulation, thevariable “energy” represents the energy level in a node at any specified time.The value of initial Energy_ is passed as an input argument. A node looses a particular amount of energy for every packet transmitted and every packet received. As a result, the value of initial Energy_ in a node gets decreased.The current value of energy in a node after receiving or transmitting routing packets is the residual energy. Data Transmission is established between nodes using UDP agent and CBR traffic. Residual energy of the node is uated by accessing inbuilt variable “energy” in find Energy procedure at different times.
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Size: 65536 |
Author: saadawais |
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Description: to create new agent
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Size: 1024 |
Author: mahendra |
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