搜索资源列表
random_waypoint_egm.pr
- opnet simualtion for novice networking students
packageSwitch
- opnet14.5实现陈敏版opnet仿真书籍的包交换网络(Opnet14.5 implementation of Chen Min version of OPNET simulation books packet switching network)
mrt_net
- opnet14.5 实现陈敏版opnet仿真中mrt_net(Opnet14.5 implementation of mrt_net network simulation in Chen Min version of OPNET)
custom_wireless
- opnet中实现无线定制的例子，包含节点模型(Examples of wireless implementation in OPNET)
CSMA
- 对CSMA协议在OPNET仿真平台上进行的仿真。(Simulation of CSMA protocol on OPNET simulation platform.)
neighbor discovery
- opnet 自编邻居发现，ad hoc自组网邻居发现方法(opnet neighbor discovery)
Packet Swtich
- OPNET软件的练习例子，关于pakcet switch的代码，运行可以使用(Practice example of OPNET software, code about packet switch, running can be used)
scps-tp
- scps-tp协议中在opnet仿真软件中的实现代码(The expansion of the transmission window in the SCPS-TP protocol and the snack mechanism and the Vegas algorithm to implement the code in the OPNET simulation software)
tcp_ack_check
- tcp协议ACK机制在opnet中实现代码(The TCP protocol ACK mechanism implements code in OPNET)
adi.project
- Zigbee project for a project for a zibgee opnet 14.5 modeler
3_demo.project
- Opnet zigbee, a project for thesis bsc msc
2_18_1km.project
- zigbee opnet project modeler test
provanga4.project
- Zigbee opnet modeler testing project school projcet
cyber
- 用于实现赛博攻防的opnet进程模型库()
project3.project
- using OPNET simulation
ltp
- 容迟容断网络DTN的传输层协议ltp，在opnet仿真软件中的实现代码(Transmission layer protocol LTP for DTN, a late tolerant network, and the implementation code in OPNET simulation software)
tcp_fast-restran
- tcp协议快速恢复阶段的opnet仿真代码(OPNET simulation code of fast recovery phase of TCP protocol)
tcp_cwnd
- tcp协议拥塞控制阶段及SYN发送的opnet仿真代码(TCP protocol congestion control phase and OPNET emulation code sent by SYN)
book_1_lan.project
- opnet的一个办公室通讯仿真算例，初学者可以看看(modle of office network on opnet. easy example for new learner to download)
现代交换技术
- 该代码为应用OPNET软件实现对通信网络的仿真构建代码，为节点的参考代码(The code implements the simulation code for the communication network by using OPNET software, and is the reference code for the node.)