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Description: 基于matlab用神经网络控制船舶航向的仿真程序-Matlab-based neural network control of the ship steering simulation program
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Size: 26624 |
Author: 孙鹏飞 |
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Description: 本程序是用MFC编写的模拟船舶运动的小程序。-the MFC process is used to prepare the ship simulation of small procedures.
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Size: 1980416 |
Author: mike |
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Description: 船舶电力负荷预测的matlab程序，预测效果比较好，应用的数据可靠。-Ship power load forecasting matlab procedures, the effect of prediction is better, the application of reliable data.
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Size: 115712 |
Author: betty20006 |
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Description: 船舶航行时，由于螺旋桨、舵等船舶自身的各种推动和控制作用，会产生复杂的运动。船舶的外形是很复杂的，它在水中运动时，船体和流体之间的作用也很复杂的。本程序可以模拟船舶的旋回运动。-Navigation of the ship, due to the propeller, rudder and other ships of its own role in a variety of push and control, will produce complex movement. The ship
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Size: 176128 |
Author: xiaobao |
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Description: 导弹轨道的模拟程序，舰船的导弹打中目标的过程-Missile orbit simulation program, the missile hit the target ship s course
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Size: 2048 |
Author: zhangjianqi |
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Description: 用于无人自动舰艇的直行，转弯控制，内含simulink仿真-No auto-ship for the straight, turn control, containing simulink simulation
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Size: 241664 |
Author: bo |
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Description: Radars in the L-band are primarily ground based and ship based systems that
are used in long range military and air traffic control search operations. Most
ground and ship based medium range radars operate in the S-band. Most
weather detection radar systems are C-band radars. Medium range search and
fire control military
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Size: 80896 |
Author: koukouafiri22 |
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Description: Earthquake Engineering and Structural Dynamics-You can input any number of stores by giving the mass, stiffness and damping values.
Input the gamma and beta values which are related to Newmark Integration Mtd.
Press Newmarks Integration button to input the values.
Input the any number of storey that you expected to see the deflection for particular Earthquake.
Press “Storey No” button to get that number.
If you like only, you will input the period and press “Period” button.
Finally press calculate button to see final results.
Also you can see the both graphs in log scales also.(Please right click on the graph as shown above).
You may see what type of analysis method is used. (Average acceleration relation ship or Linear variation of acceleration).
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Size: 218112 |
Author: 王怀东 |
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Description: 分析了现有船舶自动避碰系统的不足,提出了基于人工势场法的船舶自动避碰系统. 根据
船舶的操纵特性,建立了引力场和斥力场函数,实现船舶自动避碰航行的合力和方向. 在电子海图
所建立的仿真环境中,验证了人工势场法可用于船舶自动避碰系统中.-Analysis of existing ships lack of automatic collision avoidance system is proposed based on artificial potential field method automatic collision avoidance system for ships. According to the ship maneuvering characteristics, the establishment of a gravitational field and the repulsive force field function, automatic collision avoidance to achieve ships sailing together, and direction. in the electronic chart of the simulation environment created to verify the artificial potential field method can be used to ship automatic collision avoidance system.
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Size: 55296 |
Author: zhangying |
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Description: Fuzzy controller for tanker ship heading regulation
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Size: 7168 |
Author: zx |
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Description: Developing Models from Experimental Data using System Identification Toolbox-1. webinar_walk_through.m: contains all the linear and nonlinear estimation examples presented during the webinar.
2. Data files and Simulink models: process_data.mat, ExampleModel.mdl, Friction_Model.mdl. Any other data files used in the presentation already ship with the toolbox (ver 7.0).
Products used:
- You basically need only System Identification Toolbox (SITB) to try out most examples.
- To use Simulink blocks, you would, of course, need Simulink.
- Control System Toolbox is used at one place to show how estimated models can be converted into LTI objects (SS, TF etc)
- Optimization Toolbox will be used if available for grey box estimation. If not, SITB s built-in optimizers will be used automatically.
- Other products mentioned: Neural Network Toolbox, Model Predictive Control Toolbox and Robust Control Toolbox.
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Size: 34816 |
Author: 陈翼男 |
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Description: This matlab program simulates a fuzzy control system for a tanker ship.
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Size: 7168 |
Author: fifo_enp |
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Description: This program simulates an Fuzzy Model Reference Learning Control for a tanker
ship.
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Size: 9216 |
Author: fifo_enp |
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Description: JAVA3D的模型导入，控制模型，碰撞检测
WSADQEZC控制方向，Shift,x 加减速度-JAVA3D import model, control model, collision detection WSADQEZC control direction, Shift, x plus or minus the speed
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Size: 15360 |
Author: 廖川南 |
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Description: SPSA for PD controller design for a tanker ship
MATLAB
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Size: 21504 |
Author: ffault |
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Description: 自定义的音频驱动程序支持,该AudioDevice块，船舶与信号处理模块库利用PortAudio沟通与音频硬件-Custom audio driver support, the AudioDevice block, ship and Signal Processing Blockset to communicate with audio hardware using PortAudio
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Size: 3072 |
Author: 19861108 |
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Description: Fuzzy model reference learning control simulation (ship tanker)
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Size: 9216 |
Author: duc |
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Description: in this work we have tried to control a tanker ship using fuzzy logic and fuzzy controllers.
it s well known that we can use fuzzy logic for control purposes in two ways,first we can use fuzzy logic to make a model of the plant and use conventional controllers to control the whole system controllers like PID,or nonlinear methods like Sliding mode control or ...
on the other hand we can use fuzzy logic algorithms and methods for direct control of the plants.
in this work we have used the second one and have propsed a fuzzy algorithm to control the tanker vehicle directly.
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Size: 4096 |
Author: hamed |
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Description: 基于agent图的脆性仿真程序，研究对象是船舶电力系统-Agent-based simulation program brittle graphs, study the ship power system
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Size: 6144 |
Author: 陈瑞平 |
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Description: 基于matlab用神经网络控制船舶航向的仿真程序-Matlab-based neural network control of the ship steering simulation program(Matlab-based neural network control of the ship steering simulation program)
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Size: 26624 |
Author: python小菜鸟
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