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Three IIT-Kanpur professors chip in for India’s lunar rover

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  • Though the Chandrayan-I mission ended prematurely this August, work is afoot for the second mission and the scientists of the Indian Space Research Organisation (ISRO) who are working in the project have roped in the professors of the Indian Institute of Technology- Kanpur (IIT-K) for helping them in developing India’s first lunar rover.

    ISRO has asked the IIT-K professors to develop and test three major components of the lunar rover, which will be sent to moon in 2012 as past of Chandrayan-II.

    Of the eight major components of the rover, the three components assigned to IIT-K include development and testing of computer vision-based autonomous 3D map generation system, kinematic traction control, and control and motor dynamics of the six wheels of the mobile robot.

    While K S Venkatesh, the associate professor of the institute’s electrical engineering department, is working on the visual navigation project, associate professor of mechanical engineering Ashish Dutta has been given the responsibility to develop and validate the kinematic traction control models.

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    Associate professor of the electrical engineering department Ramprasad Potluri is working on control and motor dynamics of the rover’s six wheels.

    All the three professors who were told to begin work in the project in March 2009 plan to complete their “assignments” by 2010.

    “Under the visual navigation project, photographs of the lunar surface will be taken through a system of cameras installed in the rover,” K S Venkatesh told The Indian Express. He said the cameras will also help in deciding the movement of the mobile robot. The visual navigation will provide 3D maps of the lunar terrain.

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    best wishes for the three professorsBy: Dr.Shanthakumar | 29-Sep-2009 Reply | Forward Congratulations for the award of this project and the best wishes for the three professors who have taken up this project. Wish you the best of luck.
    Suggestions for RoverBy: Narashima | 28-Sep-2009 Reply | Forward An autonomous rover with RTG power is needed because it will operate in a crater that has no sunlight and may not have direct contact with earth. Furthermore the landing site may be on the far side (Aitken basin) of the moon which means direct remote control may not be possible (ala Lunakhod rover). One experiment should be to understand how to extract water and oxygen from the regolith. The CY-2 orbiter will be similar to the remote sensing satellites that would circle the moon in quick orbits and may not be able to communicate with the rovers. The CY-2 orbiter should look further for water. This technology can be used to detect water back on earth and possibly on mars. Support the space program to increase more jobs.
    Outsource Space to IndiaBy: Narashima | 28-Sep-2009 Reply | Forward Most Americans want a manned return to the moon but funding is a problem. Here is where India comes into the picture to provide a cheaper alternative to reach space. Please encourage students especially to see the benefits of space missions to Indian economy (ala outsourcing). The discovery of water on the moon has put us in good light. We need to follow up on CY-2 rover to look for water on the surface. Imagine what an Indian manned moon landing will do to attract space outsourcing contracts. Manned moon landing is the equivalent of PARAM supercomputer to the IT/ BPO industry – it is a technology demonstrator of what we can do – better and cheaper.
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