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20 bookmark(s) - Sort by: Date ↓ / Title / Voting /

  1. Type: Virtual Lab
    Language: ENglish
    Author: Ministry of Human Resource Development (MHRD)
    Description: This portal offers a big collection of virtual labs about various disciplines of Science and Engineering, among which are included Computer Science & Engineering and Electrical Engineering. Within these categories, there are laboratories on Industrial Automation, PLCs, Sensors Modeling & Simulation, Electrical Machines, Image Processing, Pattern Recognition, Artificial intelligence, Mobile Robotics, etc. In addition to Labs, also documentation to support the experiments is available, including manuals, procedures, videos, or questions. This project is supported by the Indian Government, and multiple Indian Institutes of Technology.
    Added by Administrator (2016-03-31)
    Voting 0
  2. Type: Virtual Lab
    Language: Spanish
    Author: AUROVA Group
    Description: VISUAL is a program for graphical specification and simulation of computer vision algorithms. It has large amount of image processing operations, and also allows you to add new operations. VISUAL is a suitable tool for learning image processing techniques thanks to its easy implementation and use.
    Added by TC 9.4 (2016-03-26)
    Voting 0
  3. Type: Virtual Lab.
    Language: English
    Author: REX web farm
    Description: The purpose of this ContLab is to introduce free virtual laboratories (Java applets) presenting advanced control algorithms for automation and robotics. Using these interactive tools, you can learn a lot about PID control and autotuning, predictive control, sliding mode control, vibration damping, motion control, etc. The applets can be used for all educational, RTD and commercial purposes. ContLab is a cornerstone of REX web farm.
    Added by TC 9.4 (2016-02-23)
    Voting 0
  4. Type: Virtual Lab.
    Language: English
    Language: REX web farm
    Description: The purpose of PIDlab is to introduce free virtual laboratories (Java applets) for PID tuning, design and application. Using these interactive tools, you can do <PID tuning in one minute>. You can learn a lot about PID control and autotuning, predictive control and advanced PID control structures and schemes. The applets can be used for all educational, RTD and commercial purposes. PIDlab is a part of REX web farm.
    Added by TC 9.4 (2016-02-23)
    Voting 0
  5. Type: Web course, Virtual Lab, Video/animation.
    Language: English,Portuguese
    Author: Paulo Moura Oliveira, Carlos Mendes, Luís Iria, E. J. Solteiro Pires, J. Boaventura Cunha, Elton Matias (Univ. De Tras Os Montes E Alto Douro)
    Description: The overall objective of this internet-based tool is to provide fundamental aspects regarding GRAFCET presented with animated examples, promoting students self-learning. While originally this tool was developed to be used by Portuguese speakers, now it is also available in English. A very important feature of e-GRACFCET+, is to be prepared to work on most devices regardless of operating systems and screen sizes, such as smart-phones and tablets.
    Added by Administrator (2015-11-11)
    Voting 0
  6. Type: Virtual Lab., Simulation
    Language: English
    Author: Conrad Braam
    Description: Modbus PLC Simulator is a graphical application that simulates a Modbus slave or server, and it is a very useful program for developing, testing and learning automation and SCADA/HMI applications working with Modbus protocols, without the necessity of real devices. It supports Modbus RTU and TCP/IP protocols, simulates AllenBradley DF1 slave and master, and supports VBA/Java scripting. The application is available for free download (GPL license), and open source. Documentation for users and developers also are available in the web.
    Added by Administrator (2015-03-26)
    Voting 0
  7. Type: Virtual Lab., Software tool
    Language: English
    Author: Research Group in Robotics, Ai2, UPV
    Description: VirtualRobot is a freeware software suite for graphical simulation of robotic cells based on OpenGL under Microsoft Windows operating systems, useful for robotics application, research and education. It allows programming, monitoring and simulating multi-robot cells on the control system GENERIS (Generalised Software Control System for Industrial Robots).
    Added by Administrator (2015-03-26)
    Voting 0
  8. Type: Virtual Lab.
    Language: Spanish,English
    Author: AUROVA group, University of Alicante
    Description: KivaNS (Kiva Network Simulator) is a free and open source Java based application which allows user to design data network schemes and to simulate the IP routing through these networks. The main aim of KivaNS is facilitate the study of who IP works in order to route the data packets through different network technologies. KivaNS includes an API that offers a Java simulation engine for data networks, as well as a complete graphical user interface.
    Added by Administrator (2015-03-25)
    Voting 0
  9. Type: Virtual Lab.
    Language: English
    Author: of the Robotics and Automation Lab., University of Western Australia
    Description: This site provides different software tools for simulating autonomous mobile robots, among which are SubSim and EyeSim. SubSim is a submarine simulator with physics engine, sub-sea terrain models, flexible API. EyeSim is a mobile robot simulator for multiple robots with vision feedback, collision detection, error models, and EyeBot compatible.
    Added by Administrator (2015-03-25)
    Voting 0
  10. Type: Software Tool, Virtual Lab
    Language: English
    Author: IEEE CSS - TC on Computer Aided Control System Design, Herman Mann
    Description: DYNAST is a software package for efficient and easy modeling, simulation and analysis of multidisciplinary nonlinear dynamic systems. Dynamic multipole models that can be set up in DYNAST in a graphical form characterize directly the real configuration of dynamic systems. The multipole models, however, can be combined with equations and block diagrams. DYNAST not only solves nonlinear algebro-differential equations, but also automatically formulates them for the multipole models. So there is no need to form any equations, block diagrams, or bond graphs. DYNAST is also able to linearize the models and to provide their semisymbolic analysis in time- and frequency-domains. In the web site, also solved examples and a course on dynamics of control systems are accessible
    Added by Administrator (2015-03-25)
    Voting 0

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