University of South Florida Introduces Robot That Tweets
USF marine systems engineer and inventor David Fries worked with a team from USF's College of Marine Science Systems Technology Group to turn an autonomous underwater vehicle into a solar-powered marine observing and reporting system.
Used to be, bright yellowĀ glidersĀ patrolled theĀ Gulf of MexicoĀ and sentĀ information back toĀ marine scientists, who would then interpret the data,Ā translatingĀ informationĀ about water conditionsĀ intoĀ English forĀ generalĀ consumption.
ButĀ cool robots areĀ making aĀ big splash in Gulf waters lately.Ā Their collective nameĀ isĀ TavrosĀ andĀ theyāre usingĀ Twitter to communicateĀ underwaterĀ findings, eliminating the translation step and makingĀ marineĀ scientistsā lives a lot easier.Ā
USF marine systems engineer and inventor David Fries worked with a teamĀ fromĀ USFāsĀ CollegeĀ of Marine Science Systems Technology GroupĀ to turnĀ anĀ autonomous underwater vehicle into a solar-powered marine observing and reporting system.Ā TAVROSĀ standsĀ forĀ Autonomous Vehicle and Remotely-Operated Sensing, but tavrosĀ also happens toĀ be the GreekĀ word for bull,Ā whichĀ happens to beĀ theĀ University of South Florida (USF)Ā Ā mascot.Ā Ā
Fries explains how tavros works:Ā
āTavrosĀ senses things in realĀ time and translates itĀ to visual information,āĀ explainsĀ Fries.Ā āThe sampler analyzesĀ it. So what Twitter does is communicate all that by translating it from 1s and 0sĀ for a large number of users who would benefit from that info.ā
Fries saysĀ Tavros is the result of combiningĀ technologies.Ā āA solar vehicle by itself has limited ability in its ability to use sensors. So we decided that we would marry the solar with an autonomous robot. We could just load it up with technology from there. Twitter is its voice.ā
Fries saysĀ his personal interestĀ in roboticsĀ wasĀ borne fromĀ experience as aĀ father observing hisĀ growingĀ children.Ā āI haveĀ fourĀ children,ā says Fries.Ā āAndĀ watching themĀ growĀ up, IĀ realizedĀ theyāre basically mobile robots in that they are sensorial beings ā continually taking in sensory info. Robotics operate in much the same way.ā
FriesāĀ teamĀ is working on refining the processĀ to addressĀ things that appealĀ to the generalĀ public such asĀ fishingĀ conditions,Ā red tide bloomĀ development, oilĀ contamination orĀ other suspiciousĀ underwater scenarios.Ā
You can followĀ Tavros on Twitter viaĀ @tavros02.
Writer: Missy Kavanaugh
Source:Ā DavidĀ Fries, University of South Florida