Mo.1.8.5
THE EFFECT OF MULTIPLE ORTHOPEDIC PLATES ON MRI GRADIENT-INDUCED PERIPHERAL NERVE STIMULATION
Kunlin Li, Ao Shen, Yuhui Xu, Ji Chen, University of Houston
Session:
Mo.1.8: Implantable Systems & Stimulation Oral
Track:
Wearable Biomedical Sensors and Systems
Location:
Room 718A
Presentation Time:
Monday, 27 July, 12:45 - 13:00
Session Co-Chairs:
Nipuni Nagahawatte and Amir Javan-Khoshkholgh
Presentation
Discussion
Resources
No resources available.
Session Mo.1.8
Mo.1.8.1: PARYLENE-C FLEXIBLE NEURAL INTERFACE WITH CRACK-FREE THERMALLY EVAPORATED METAL FILMS
Gege Zhan, Aiping Wang, Yuan Zhang, Lihua Zhang, Xiaoyang Kang, Fudan University
Mo.1.8.2: A COMPACT 64-CHANNEL IMPLANTABLE SYSTEM-ON-CHIP FOR PRECISION GASTRIC NEURAL MAPPING
Kyryl Stolyarchuk, Amir Javan-Khoshkholgh, California State University, Sacramento
Mo.1.8.3: A CAPSULE-SIZED MULTI-WAVELENGTH WIRELESS OPTICAL SYSTEM FOR EDGE-AI-BASED CLASSIFICATION OF GASTROINTESTINAL BLEEDING FLOW RATE
Yunhao Bian, Dawei Wang, Mingyang Shen, Xinze Li, Jiayi Shi, Ziyao Zhou, Tiancheng Cao, Hen-Wei Huang, Nanyang Technological University
Mo.1.8.4: Passive Optical Sensing using a Zero-Biased Photodiode in a Resonant Circuit for Implantable Vascular Applications
Ilaria Facchi, Trinity College Dublin; Ana Flavia de Almeida Barreto, University of Notre Dame; Isaac Tobin, Shane Hunt, Trinity College Dublin; Thomas D. O’Sullivan, University of Notre Dame; Friedrich Wetterling, Trinity College Dublin
Mo.1.8.5: THE EFFECT OF MULTIPLE ORTHOPEDIC PLATES ON MRI GRADIENT-INDUCED PERIPHERAL NERVE STIMULATION
Kunlin Li, Ao Shen, Yuhui Xu, Ji Chen, University of Houston
Mo.1.8.6: THINNED EMBOSSED LIQUID-CRYSTAL-POLYMER NEURAL INTERFACES WITH THIN METAL TRACES AND THICK METAL ELECTRODES
Ladan Jiracek, Jack Judy, University of Florida
Resources
No resources available.