The University of Texas at Arlington is helping develop midget sensors that attach to insects , tracking their front and life cycles in an cause to combat infestations and increase farm production .
The projection is led by computer science Professor Gautam Das and electrical engineering Professor Wei - Jen Lee , working with the U.S. Department of Agriculture ( USDA ) . The $ 122,057 , USDA subsidization runs through June 2023 .
“ This is a unique approach to the trouble of infestations , and we hope to produce results that will allow us to expand our research after , ” Das said . “ The use of artificial intelligence operation in agriculture is a grow field , and this is just one small model of how it can make an impact . ”
Das will work to modernise a sensing element that can be seize to the tarnished industrial plant germ , a plant - feed louse known to bankrupt crop of modest fruit and vegetables . The detector would relay information to a base station that tracks the insect ’s coordinates and motion . Das and Jianzhong Su , prof and professorship of math , will perform datum analysis to find patterns .
Lee will work on a radio - frequency identification ( RFID ) tag for the louse and use multiple readers to nail their locations . A wireless sensing element connection will transmit data for analytic thinking .
Wei - Jen LeeThe researchers must also develop a way of life to provide business leader to the sensor , perchance by tapping into the insect ’s movements . The squad is working with University of Central Florida mechanical engineering science Assistant Professor Wendy Shen .
“ Insects can positively or negatively affect agricultural tone and production , ” Lee state . “ realise their conduct is an of import step to taking advantage of their benefits and mitigate likely legal injury . Applying in advance sensor technologies and stilted intelligence will have a profound impact on the future development of agriculture . ”
Jianzhong SuThe worm will be released into special room maintained by the USDA that have large spaces where plants are grown , and louse can fly around in a contain environs . This room , the squad can quiz its technology without worrying about negative impacts on existent crops .
Since 2020 , the USDA and the National Science Foundation have poured millions of dollar mark into artificial intelligence inquiry in agriculture . Su has lead a university - wide enquiry collaboration with the USDA since 2018 with research worker from the Colleges of Science and Engineering , through financial support from an former USDA Hispanic Serving Institution grant pore on farming datum and Internet of Things .
“ We have built a honorable relationship with the USDA , and we are happy that they have provided funding for this project , ” Das said . “ Hopefully , this is the beginning of a series of chance . ”
Source : www.uta.edu
