The lab aims to create bonds of trust and emotion between humans and robots, improving quality of life for older adults. A recent study found a significant drop in depression and increase in human-robot social engagement after three weeks of interactions with a robot using Shakespearean sonnets.
Jennifer Fuller, a UTA alumna and Arlington teacher, has been awarded the Milken Educator Award for her efforts to further excellence in education. Her innovative teaching methods have resulted in high student achievement growth, earning her classes the highest end-of-course exam scores in the district for two consecutive years.
A UTA study found that more than 65% of residents living in the transit-dependent core of Dallas have limited access to jobs within a 45-minute commute time. The study also shows that households spend over 19% of their income on transportation, making it unaffordable for many residents.
Researchers at the University of Texas at Arlington are using unmanned aerial vehicles to create highly accurate 3D and profile maps of storm debris in Beaumont, Texas. The project aims to help the city prioritize cleanup efforts by providing an accurate representation of the debris.
Researchers at UTA will improve CT scanning technology to detect manufacturing flaws and structural damage in composites. The goal is to increase the reliability of composite aircraft and address a critical need for large-scale inspections.
Dr. Yuze Sun is developing an optofluidic gas-analyzing microsystem to detect biomarkers in human exhaled breath for early stage lung cancer detection. The technology aims to replace invasive biopsies and needle pokes with a non-invasive screening method.
The University of Texas at Arlington has received a five-year grant to further the efforts of its McNair Scholars program, which helps first-generation college students from low-income and minority backgrounds pursue master's and doctoral degrees. The program aims to increase diversity among academics and researchers.
UTA researchers are using a $50,000 grant to build models and test software that will help the Trinity River Authority make a decision on converting flood storage to water supply. The conversion could allow TRA to store treated wastewater in wet years and sell it during droughts.
The University of Texas at Arlington has received a five-year, $1.3 million grant to renew its Veterans Upward Bound program, which improves college readiness and degree completion for veterans. The program has served over 580 veterans since its inception in 2012.
A University of Texas at Arlington bioengineering professor and her team will integrate a portable brain imaging system with an advanced signal-processing technique for newborns. This project aims to provide real-time analysis needed to treat encephalopathy or brain swelling more quickly, saving the lives of sick babies.
Researchers at UTA and Wadia Institute of Himalayan Geology discovered the generation of H2, O2, H2O, and CO2 in the Earth's mantle, shedding new light on planetary evolution. The study also found that deep mantle upwelling can oxidize fluids to produce water and carbon dioxide.
D.J. Seo, a UTA professor, will use a $281,790 grant to implement hyper-resolution modeling in the National Water Model, allowing for street-resolving details and more accurate flooding predictions. The resulting model will enable officials to pinpoint specific neighborhoods impacted by flooding.
Seongjin Noh, a UTA civil engineer, has received a two-year grant to improve the quality of forecasts based on the National Water Model. He will use data assimilation to create a streamflow data assimilator that can predict floods and droughts more accurately.
A recent study by University of Texas at Arlington researchers found that acculturation may be linked to psychological birth trauma among young Latina mothers. The sample of 66 Hispanic females aged 13-19 showed higher rates of depression and lack of support, contributing to increased risk of PTSD.
A new study by a University of Texas at Arlington researcher found that zinc supplements can significantly inhibit esophageal cancer cell growth without affecting normal cells. This discovery provides a potential pathway for better esophageal cancer prevention and treatment.
UTA engineer Andrew Makeev will lead a project to develop more accurate methods for predicting the remaining useful life of composite airframe structures. The goal is to improve sustainability and maintenance in the aviation industry by identifying when components might fail.
A UTA study reveals that creating public-private partnerships is crucial for making telemedicine affordable and sustainable in rural India. The research highlights the importance of local ownership and financial sustainability in implementing telemedicine projects.
A team of researchers from the University of Texas at Arlington is working with Macnica Americas to evaluate existing deep learning methods for face detection and facial recognition. The collaboration aims to improve performance and reduce computational load to make the technology more available to customers.
Junzhou Huang will explore combining topology and machine learning to analyze brain image data, which is complex, multiscale, and heterogeneous. The goal is to predict the outcome of future data more accurately.
Researchers at the University of Texas at Arlington have discovered a connection between hypoxia, a condition with reduced oxygen flow, and HOTAIR, a noncoding RNA linked to several types of cancer. This study offers hope for developing new drug treatments by targeting HOTAIR.
David Nygren, Presidential Distinguished Professor of Physics at UTA, has been honored with the 2018 Marie Sklodowska Curie Award for his groundbreaking contributions to particle detection and nuclear sciences. He invented the Time Projection Chamber, a key technology used in particle physics research.
Gautam Das, a University of Texas at Arlington computer science professor, has received a $199,346 grant from the National Science Foundation to explore ways to perform data analytics with limited location-based data views. The project aims to develop techniques that can tap into this data and enable third-party clients to create locat...
The University of Texas at Arlington has received a $498,981 equipment grant to upgrade its ability to send and receive encrypted high-speed data securely through optical cables. This technology will enable researchers to perform high-speed coherent communications and signal processing experiments with both optical and electronic signals.
Researchers at UTA are refining their ClaimBuster tool to verify facts in new forms of media and publications, and automate the process. The expanded tool aims to improve information accuracy and transparency, benefiting consumers, businesses, and professionals.
Researchers are developing a novel, non-invasive, infrared-light-based neuro-stimulation tool to map and image the effects of infrared light on the human brain. The goal is to modulate and improve brain waves and circuits, leading to potential improvements in memory and cognition.
Researchers at the University of Texas at Arlington predicted an additional Earth-like planet in the Gliese 832 system, with stable orbital configuration and mass range of 1-15 Earth masses. The team analyzed simulated data using injected Earth-mass planet to find a habitable zone for potential new world.
Researchers are developing a networked airborne computing platform to facilitate the use of unmanned aerial systems (UAVs) for civilian applications. The platform will enable real-time data sharing and faster mission response times, increasing safety and efficiency.
Dr. Dasgupta is recognized for his work improving public health globally, including a new method for measuring blood in dry blood spot analysis and an implantable shunt flow monitoring system for hydrocephalus patients. He has also made significant contributions to environmental and astrochemical research.
A University of Texas at Arlington civil engineer will model large-diameter water transmission pipes' behavior in different types of soils to establish modeling standards. The research aims to improve the reliability and economics of large diameter pipelines, ensuring a long-lasting and sustainable way of building drinking water infras...
Researchers at UTA are developing iWork, a robot-based system that assesses workers' physical, cognitive, and collaborative skills. The system uses advanced computational methods to identify human ability, intent, and potential, providing personalized training solutions for millions of people seeking retraining for manufacturing jobs.
Researchers at UTA are working on developing algorithms to minimize risks for unmanned aerial systems operating in populated areas. The goal is to increase public acceptance and benefit commercial use of UAS technology, ultimately contributing to safer operation in various risk conditions.
The University of Texas at Arlington researcher will design and install a 150 kilowatt distributed generation source testbed to study configuration and integration challenges for the Navy's future ships. The testbed aims to emulate high-power, intermittent loads on ships and test how energy storage can maintain power quality.
The project aims to understand the evolution of frog eyes using genomic, morphological, physiological, and spectrophotometric data. Researchers will study how differences in habitat affect eye development and function in frogs, providing insight into vision evolution across life history transitions.
A UTA professor has received a grant to design a biomedical device that stimulates bone growth and could be used to treat osteoporosis. The device aims to strengthen bones of people with low bone mass conditions.
The researcher will use historic resting eggs of Daphnia retrieved from Wisconsin lakes to observe the process as it transpired in nature. The project aims to determine if behavioral plasticity promotes or impedes adaptation, providing insights into how organisms adapt to environmental changes.
A new book by UTA researcher Shima Hamidi shows that life expectancy, economic mobility, transportation choices, and personal health and safety all improve in less sprawling areas. People in compact, connected counties tend to have lower risks of obesity, high blood pressure, and diabetes.
Researchers discover that blast-induced cavitation in the brain's perineuronal nets can cause neuronal damage. The study sheds light on the effects of blast injuries on the brain and highlights the importance of preventing traumatic brain injuries on the battlefield.
A UTA professor's study found that many parents have a limited understanding of concussions and their impact on children's futures. The research highlights the importance of educating caregivers to recognize symptoms and protect youth athletes.
The UTA Institute of Urban Studies will study the best use of land just north of Dallas Love Field, considering options for an innovation hub, office park, or mixed-use park. The goal is to create a high-tech employment hub that complements air travel sectors.
Kenneth Reifsnider, a renowned expert on composite materials, has been honored with the lifetime achievement award from ICCES. His groundbreaking research and innovations have significantly impacted the field of composites mechanics, technology, and life prediction.
Kyle O'Connell, a fifth-year Ph.D. student at UTA, received a $19,695 NSF Doctoral Dissertation Improvement Grants award to support his research on speciation in Sumatra using parachuting frogs. His project aims to test hypotheses about the formation of new species through genetic and genomic data analysis.
The University of Texas at Arlington has awarded three new seed grants for interdisciplinary research projects addressing skin cancer, rapid drug evaluation and mental health risks among homeless youth. The projects aim to develop innovative treatments and programs using cutting-edge technology.
Children with autism spectrum disorder may benefit from assessments for developmental coordination disorder (DCD) due to overlapping symptoms and co-occurrence. The UTA study highlights the importance of evaluating individuals with autism thoroughly for DCD, which affects up to 7% of school-age children.
Researchers at UTA have developed a mathematical solution to optimize computing and network resource allocation in data centers, ensuring better user experiences. The new grant will allow for the development of a user-context-aware joint computing-and-networking resource allocation framework.
A UTA-led interdisciplinary team is developing a computer program to detect social bots spreading fake news on Twitter. The project will leverage sophisticated algorithms and data mining techniques to combat the bots and spread of misinformation.
The iSeeFlood app, developed in 2016, is designed to gather data on flash floods, which can be dangerous to pedestrians and motorists. The app, which has now been made available for iPhones, encourages users to report flooding incidents, providing valuable information for cities and emergency services.
Weidong Zhou is developing a high-power semiconductor laser that is compact, efficient and power-scalable. The goal of this project is to address the challenges associated with scaling laser power towards kilo- and mega-watts level while maintaining excellent beam quality, high-energy efficiency and compact size.
The University of Texas at Arlington team will inspect 350 concrete manhole shafts for corrosion, measuring hydrogen sulfide and other parameters to prioritize protection. The study aims to develop a system for prioritizing manhole protection, benefiting the city's infrastructure and water engineers.
AbeXXa Biologics identifies targets for cancer treatment from thousands of intracellular proteins, potentially resulting in effective immunotherapies for broad patient groups. The company is developing T cell receptor-like antibody-drug complexes to kill tumor cells with low peptide/HLA targets.
Assistant Professor Yi Zhang has received a $452,257 NSF CAREER grant to study the STEM success of community college transfer students. The project aims to develop a typology of distinct subgroups and provide tailored support for transfer students.