DesignMSP430.com | Ultra-Low Power Design Contest Entries

Design MSP430 Ultra-Low Power Challenge - $10,000 In Prizes

Access the eZ430-F2013 VirtuaLab by clicking on 'Access this Product Now.' When it is green, the lab is available for use, otherwise click on 'Schedule time on this Product' to allocate time for future use.

Access the eZ430-RF2500 VirtuaLab by clicking on 'Access this Product Now.' When it is green, the lab is available for use, otherwise click on 'Schedule time on this Product' to allocate time for future use.

Access the MSP-EXP430F5438 VirtuaLab by clicking on 'Access this Product Now.' When it is green, the lab is available for use, otherwise click on 'Schedule time on this Product' to allocate time for future use.

Please login to vote for this submission or download the Project Files & Documentation.

View/Rate Ultra-Low Power Design Contest Entry

Click on the "Project Files & Documentation" link to download the additional files associated with this
Ultra-Low Power Design Contest Entry.

Submitted By		vishx86

Total Votes		7

Current Rating		1.76

Title		Air-Powered antiGPS Map Plotter

Abstract		The Air-Powered antiGPS map plotter plots the map of the path traced by the user without the use of GPS. In this project we are making a device that is used for plotting the maps for the various civil engineering applications, cable installation and underground water system. It is very tough job to trace the map of the desired path by taking manual readings of the turns and distances traveled. So after feeling this problem we thought to make a device that can be attached to the vehicle easily and by just travelling the path from source to destination we can store the path in some format and transfer that data to computer for further processing. The device will take the record of the reading on every instance of time and then it will be able to transfer those readings to the embedde

Project Files & Documentation		1074a837-a78e-4aad-bc74-6f3dac6165f3.zip

*Creativity		5 is highest; 1 is lowest

*Design Efficiency		5 is highest; 1 is lowest

*Technical Complexity		5 is highest; 1 is lowest