Tracking Covid

Main navigation Johns Hopkins Legacy Online packages Faculty Directory Experiential learning Career resources Alumni mentoring program Util Nav CTA CTA Breadcrumb Online Map Tracks COVID-19 Testing Stations Throughout U.S. Johns Hopkins Carey Business School Associate Professor Jim Kyung-Soo Liew leads a team that has created an online map displaying the locations of coronavirus testing stations all through the United States. As the COVID-19 coronavirus began to unfold overseas and then throughout the United States, Carey Business School Associate Professor Jim Kyung-Soo Liew determined to hitch the fight in opposition to the pandemic by putting his expertise in massive information and artificial intelligence to work. With the help of a knowledge-gathering staff comprising scientists from his software program company and pupil volunteers from Carey, Liew created a map that tracks drive-through testing stations across the U.S, including Alaska and Hawaii. In the next Q&A, Liew explains how the mapping project originated, the way it works, and why he believes it supplies a valuable service through the crisis. JIM KYUNG-SOO LIEW: We are monitoring information on drive-via COVID-19 testing stations, as a r esult of this methodology of testing, we consider, is the safest one presently out there. By testing people who stay of their autos, the prospect of an infection to the well being care worker is greatly lowered. This mannequin of testing is also environment friendly: As soon as the service is complete, the individual merely drives off, and the following particular person pulls up. It pieced itself collectively as I was following the COVID-19 outbreak in South Korea with intense concern, as my brother-in-regulation and his family live on the U.S. navy base in Daegu, South Korea. As I adopted the information reporting on how South Korea was responding to the outbreak, I was intrigued by the efficacy of their drive-by way of testing kiosks in detecting and containing the spread of the virus and subsequently “flattening the curve.” Since I make use of a group of information scientists for my machine learning and synthetic intelligence full-stack software program company, I turned to them to assist me quickly construct and deploy a map displaying all drive-through testing kiosks operating within the United States. Fortunately, I was ready to deploy this task shortly since I even have done research using latitude and longitude knowledge. The map is up to date a number of occasions a day and is being closely promoted on social media websites such as LinkedIn and Twitter. To get the project off the bottom rapidly, my staff initially compiled the info by hand. As the variety of sites elevated quickly, I expanded my group to incorporate 50 volunteer students from Carey. The volunteers search for drive-through kiosks across the U.S. by perusing online native information sites and input that knowledge right into a kind. The kind populates a knowledge base, and the information renders up on our website. We post the placement of the location and embrace a hyperlink to the news website containing details about the testing kiosk. The map is at COVID19.Sokat.ai. We have al so built an software programming interface that we are joyful to share with anybody who might help get this information to the top customers. At a time when information about COVID-19 is either scarce, confusing, or simply unknown, our project objective is to offer the power of knowledge on to people to allow them to defend their well being and the health of family members and neighbors, and subsequently decelerate and contain the additional spread of COVID-19. Further down the road, testing will also allow us to confidently resume returning to work, college, and our communities. Because of COVID-19, the yr 2020 has caused the health care expertise trade to quickly shift within the direction of how different industries are leveraging AI to resolve pressing pandemic-related issues. One instance of how AI is being used now is the construction of higher models that predict the worldwide unfold of the virus. Another instance is building more precise geo-location risk identification meth ods, an effort being prominently spearheaded by Google and Apple, who introduced a partnership to share cell proximity knowledge for contract tracing. Other firms are using non-conventional information units, such as social media chatter, tweet places, cell phone motion and migration, bank card purchases, and job-in search of activity by recently furloughed workers. What’s more, feeding more and more numerous knowledge set data into powerful AI algorithms has the potential to create exponentially disruptive enterprise solutions that can challenge the standard “brick-and-mortar” hospital delivery mechanisms in place at present. Can we imagine a better method to deliver health care solutions, much like the distant testing sites unfolding throughout the nation? Can we convey the well being care suppliers closer to the patients and supply non-life- threatening services via a drive-by way of mannequin? Maybe one day a Johns Hopkins Carey-trained entrepreneur will make well being ca re companies as convenient as getting examined for COVID-19 at a drive-by way of. The way forward for AI is here and solely limited by one’s imagination and energies to supply a better tomorrow. Dr. Jim Kyung-Soo Liew is an Associate Professor of Finance at Johns Hopkins Carey Business School and revels in pushing the boundaries of economic knowledge and product development each as a tutorial and FinTech entrepreneur. He has revealed pioneering research in the intersection of social media huge data, blockchain, and monetary markets. Posted Read the latest news and commentary from our school specialists. one hundred International Drive