搜索资源列表
wireless-matlab-0.5
- simulator of wireless sensor network operates under matlab-simulator of wireless sensor networkoperates under matlab
Radio
- cognitive radio simulation
UMTS_NS_Codes
- UMTS Network Simulator Code
rnnsimv2
- RNNSIM v.2 package contains a number of m-files for training and evaluation of the random neural network. All functions have been thoroughly tested. After downloading the separate files or the zipped file, make sure that they are stored or
80211
- SIM80211 IEEE802 Simulator: a one hop network，simulator to reproduce a cluster of ieee802.11 terminals under saturation conditions. The scr ipt simulates a implified model for a radio network based on the IEEE 802.11 standard operating in DCF modalit
powctrl
- This manual describes the use of the Matlab/Simulink-based [The Mathworks, 2001] simulator TRUETIME, which facilitates co-simulation of controller task execution in real-time kernels, network transmissions, and continuous plant dynamics. The si
Recurrent_neural_network_simulator
- Recurrent neural network simulator
T-Man
- good simulator for network usage
action
- wireless network simulator
netsim
- netsim.m is a passive network simulator based on the modified nodal analysis. The simulator loads a passive network descr iption (a text file) then can be set to carry out a transient (time) or ac (frequency) analysis of the circuit. The sample file
Simulator-of-relay-strategies-and-power-allocatio
- simulator of relay strategies and power allocation in a cooperative cellular network-simulator of relay strategies and power allocation in a cooperative cellular network
Echo-state-network-simulator
- Echo-state network simulator.
pel_onephase
- 交流电子负载，采用背靠背双PWM形式，实现能量的馈网，负载测采用三个单相逆变器来模拟。-PEL use PWM Simulator，can realise the power feed network
adhoc_tcp
- The adhoc network performance metrics like energy consumption, packet delivery ratio, average SNR and throughput are considered for analyses. Simulation tool used is Network Simulator platform NS2.
Introduction-to-Network-Simulator-NS2-2012
- The X axis is the ratio of the MBR area of the field size and the Y axis is the number of sensors. These charts show that most sensors have MBR size less than 1% of the field size. Therefore, SPIX