Search Results for "gridlab-d"

...Historically, the inability to effectively model and evaluate smart grid technologies has been a barrier to adoption; GridLAB-D is designed to address this problem. User documentation can be found at: http://gridlab-d.shoutwiki.com/wiki/Quick_links The source code is available from GitHub. See https://github.com/gridlab-d/gridlab-d. Issue tracking is handled by GitHub. See https://github.com/gridlab-d/gridlab-d/issues.

...It is designed to require minimum effort to use, but is also designed to be highly modular. JGAP features grid functionality and a lot of examples. Many unit tests included. Legal notice/Impressum: Klaus Meffert An der Struth 25 D-65510 Idstein sourceforge <at> klausmeffert.de

This is the program and data to accompany both the thesis and paper under the name A MINE ALTERNATIVE TO D-OPTIMAL DESIGNS FOR THE LINEAR MODEL This contains the program and summary of the data used for the paper.

Building controls often have a PID Loop (Proportional Integral Derivative). Adjust PI&D terms in realtime and visually see what the reaction to the system will be. This is a real-time simulator with speed adjustment. Software requires the old MS Java Machine to run. Interested in an updated desktop version? Please drop me a note in the forum or my blog: http://right-handed-monkey.blogspot.com/

A 3-d Constraint-based multibody physics engine written in entirely Java, aimed at real-time capabilities. The user can model bodies, geometries, joints, and parameters. See http://code.google.com/p/jinngine/ for source code and development information.

This web applet simulates "conscious agent" dynamics as described by Donald D. Hoffman, et al. It allows 1 to 8 agents to interact in 1, 2 or 3 dimensions, and graphically shows the progress of the simulation.

This program allows user to test the roads to be constructed, on a three dimensional simulation environment.

A project originally for an undergraduate Freshman seminar on motion planning algorithms. Provides a basic interface for drawing obstacles in a 2-D plane and the ability to select an algorithm by which to plan a path in this user-defined world.