| Name | Type | Details |
| Defense Tech Briefs | Magazine/Journal |
Description: Defense tech briefs appears to be affiliated with NASA Tech Briefs, and is available both in paper form and online.
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Author(s): Various License: Unknown Format: Paper, Video Price: Free URL: http://www.defensetechbriefs.com/ ReviewText: Topics include:
Keywords: nanotechnology , materials , computers , photonics , motor control , technology transfer , defense , software , bio-medical Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1177208483 (single entry page) |
| Two Volume Set: Electromechanics & Electrical Machines and Systems | Book |
Description: "Electromechanics" and "Electrical Machines and Systems" by J.D. Edwards are available for free download from the Infolytica web site. The author describes these as "course notes" for 1st and 2nd year courses. We would describe them as two brief (72 and 85 pages respectively), VERY well written, textbooks on Electromechanics. Material is densely packed, but well organized and clearly illustrated. Very well done Mr. Edwards!
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Author(s): Edwards, J. D. License: Commercial Format: PDF Price: Free URL: http://www.infolytica.com/ en/ products/ trial/ trialdoc.html ReviewText: These texts use the MagNet simulation tool to illustrate various concepts. The trial version of that tool can also be downloaded from the same web site (see our review of the MagNet Tool for additional details). Keywords: electromagnetic , simulation , modeling , software , electric fields , electromechanics , motors , magnets , electrostatics , finite element analysis Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1197678412 (single entry page) |
| Name | Type | Details |
| CLARAty Reusable Robotic Software | Software Framework for Robotics |
Description: "CLARAty is a framework that promotes reusable robotic software. It was designed to support heterogeneous robotic platforms and integrate advanced robotic capabilities from multiple institutions. CLARAty stands for Coupled-Layer Architecture for Robotic Autonomy. It is a collaborative effort among four institutions: Jet Propulsion Laboratory, NASA Ames Research Center, Carnegie Mellon, and the University of Minnesota."
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License: Unknown Price: Free URL: http://claraty.jpl.nasa.gov/ man/ overview/ index.php OSs: Linux, Mac-OS, Solaris, Other, Source Available Limitations: The CLARAty site states: "We are in the process of releasing most of the CLARAty infrastructure and several of its algorithms that have been approved for public release. Our objective is to engage the robotic community in the development and advancement of surface mobility and robotic control algorithms for challenging environments." ReviewText: We haven't tried out the software packages ourselves, but the site is extremely well organized and well documented, which bodes well for the framework. It appears that only a small part of the overall framework has been released at this time, but future releases are planned. Keywords: algorithms , framework , motion control , robotics , software , navigation Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1187321070 (single entry page) |
| MagNet & ElecNet | Electromagnetic and electric field simulation |
Description: Infolytica offers trial versions of its MagNet and ElecNet tools. Unlike a lot of trial software, these come with a reasonable duration license (the version of MagNet we downloaded had a license file good through August 2008 - a full nine months away), and some nifty features. The MagNet trial does static electromagnetic field simulations. ElecNet does electric field simulation.
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License: Commercial Price: trial version is free URL: http://www.infolytica.com/ en/ products/ trial/ OSs: Windows Limitations: The trial versions include scripting capability. ReviewText: We had a lot of fun playing with MagNet, spending our spare time over the course of several days experimenting with the tool and brushing up on our electromagnetics theory using some of the references at Trial Documentation site. The illustration shown here is a screen dump of the output of one of MagNet's simulations.
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No matching Orgs were found.