Welcome to the webpage of ESARP Lab at the University of Memphis.
Embedded systems are electronic information processing elements embedded into a physical environment and contains micro-controllers dedicated for sensing, actuation, or control. In the last decade, embedded systems infiltrated in our daily lives, including phones, cars, consumer electronics, home-based medical devices, and other smart gadgets. As reflected in a recent report of the National Research Council in the United States, “Information technology is on the verge of another revolution … embedded computers … have the potential to change radically the way people interact with their environment …” – we strive to be a part of this revolution.
Our research focuses in developing wearable and body-worn embedded systems for neuro-physiological monitoring BCI system targeted to neurological disorder patients (Seizure, ASD, Alzheimer’s). We seek to address multiple engineering challenges with innovative and bio-inspired models.
- Firstly, reliable and robust long duration neurological monitoring challenge by employing novel interfacing technology.
- Secondly, monitoring for long duration real-life settings with multimodal sensing, real-time noteworthy event detection, event driven dynamic clocking power-optimization, and contextual co-analysis.
- Thirdly, usability, reconfigurability and scaling challenge through layered abstraction body-worn networking of nodes, flexible surface mount prototyping, and hierarchical design while ensuring privacy concerns.
Our research is currently supported by Strengthening Communities Initiative (SCI) and FedEx Innovation grants. We have established collaborations with Special Kids & Families (SKF), and La Bonheur Children’s Hospital at Memphis for our research studies. Due to the highly transdisciplinary nature of our research, we collaborate with researchers from a varied disciplines (Biomedical Engineering, Psychology, Neurology, Physics, Chemistry, Mathematics, educators, and medical professionals) that span across various institutes (UTK, UTHSC, SKF). We acknowledge generous donations from Cypress Semiconductor, DRS Technologies, and Smith & Nephew to our lab.
Frequently used links:
ESARP Lab News Bulletin:
Nov. 2013: Dr. Morshed will serve as a Scientific Co-Chair of the 4th IAJC/ISAM Joint International Conference (IEEE sponsored), Sept. 25-27, 2014 at Orlando, FL.
Aug. 2013: Four new conference papers have been accepted to the 6th Intl. IEEE EMBS Neural Engineering Conference, Nov. 2013.
July 2013: ESARP Lab welcomes Chang Long Zhu Jin from La Salle – Ramon Llull University, Spain, as a Summer Intern student.
July 2013: ESARP Lab team “Tiger Optics” for DRS 2013 Student Infrared Imaging Competition has won the second place in Overall Project category at the national level. Congratulations to Zach Tate, Zac Arnold, Josh Smith, Sergi Consul-Pacareu !
June 2013: The proposal entitled “Dry Electrodes on Flexible Electronics” has been funded by FedEx Institute of Technology Innovation Grant. Dr. Morshed is the PI of this research project.
June 2013: ESARP lab team “Tiger Optics” has been selected as Finalists for Best Project in the 2013 DRS Student Infrared Imaging Competition. The project title is “Forgery-proof identification using sweat gland distribution“. The team members are: Zachary Tate (UG), Zac Taylor Arnold (UG), Joshua Smith (UG), and Sergi Consul Pacareu (Grad). Congratulations!
May 2013: ESARP lab member, Ankita Mohapatra, has received the prestigious Herff Fellowship award. Congratulations!
Dec. 2012: The center entitled “Smart Multiple Stimuli – Responsive Biomaterials For Local Drug Delivery” has been funded by FedEx Institute of Technology (FIT) at the University of Memphis. The center director is Dr. Warren Haggard, BME, U of Memphis. Dr. Morshed is one of the co-PIs.