A system that would provide internet through cellular signal amplification was designed by e-magine at the University of Michigan specifically for rural and remote regions. The system includes a signal booster, modem with sim card, router, a directional antenna and arduino technology to respond to humidity. A viable internet connection has not yet been realized but through strategic testing we have targeted specific issues that will be tested out to pinpoint and resolve the problem. Currently we believe that we need either more height on the antenna or there may be a problem with our signal booster. There is also a general question of what signals can be amplified and if cellular and data signals are fundamentally different and if so, is there a viable signal close enough to be amplified.
Saturday, June 16, 2012
A system that would provide internet through cellular signal amplification was designed by e-magine at the University of Michigan specifically for rural and remote regions. The system includes a signal booster, modem with sim card, router, a directional antenna and arduino technology to respond to humidity. A viable internet connection has not yet been realized but through strategic testing we have targeted specific issues that will be tested out to pinpoint and resolve the problem. Currently we believe that we need either more height on the antenna or there may be a problem with our signal booster. There is also a general question of what signals can be amplified and if cellular and data signals are fundamentally different and if so, is there a viable signal close enough to be amplified.
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