Ana L. Hernandez‘s poster “Is there gender bias in emotion identification?” was accepted to the SACNAS National Diversity in STEM (NDiSTEM) Conference!
NASPSPA Poster!
Dr. Ting Liu presented Project #4’s work, “Virtual Reality Effectiveness on Moter Assessment in Children with Autism Spectrum Disorder,” at the North American Society for the Psychology of Sport and Physical Activity (NASPSPA) 2023 Annual Conference in Toronto, Ontario Canada
Welcome Jofred!
Jofred Gonzalez, from The University of Texas Rio Grande Valley, will work on the Development of a Disability Assessment Tool using Biosensors, Virtual Reality, and Machine Learning for Persons with Multiple Sclerosis led by Dr. John Farrell.
Welcome Carissa!
Carissa Willis, from Mount Holyoke College, will work on Project Activity 2 – Smart city firefighting autonomous data collection control features led by Dr. Damian Valles.
Welcome Ngoc!
Ngoc Chung Tran, from Purdue University, will work on Project Activity 4 – Virtual Reality and machine learning on movement assessment in autism spectrum disorder led by Dr. Ting Liu.
Welcome Evan!
Evan Smith, from Texas State University, will work on Project Activity 3 – Augmented reality hand washing tool for children with ASD led by Dr. Semih Aslan.
Welcome Irene!
Irene Liang, from Purdue University, will work on Project Activity 4 – Virtual Reality and machine learning on movement assessment in autism spectrum disorder led by Dr. Ting Liu.
Welcome Ana!
Ana Lucia Hernandez, from Texas State University, will work on Project Activity 1 – Measuring the effects of machine learning apps on emotion recognition ability in autism spectrum disorder, led by Dr. Maria Resendiz.
Welcome Jose!
Jose Morales, from The University of Texas at San Antonio, will work on Project Activity 2 – Smart city firefighting autonomous data collection control features led by Dr. Damian Valles.
Welcome Ila!
Ila Wallace, from Texas A&M University-Corpus Christi, will work on Project Activity 6 – Enhancing early diagnosis of autism with machine learning algorithms using postural control features led by Dr. Rachel Rolfe.
