Working Time:
9:30-18:00
2026 The 11th International Conference on Integrated Circuits and Microsystems
Track 21: Biomedical Microelectronic Systems
Track 21: 生物医学微电子系统
Organizers / 组织者
河海大学
Abstract / 论坛简介
English: Biomedical microelectronic systems are a frontier interdisciplinary field where integrated-circuit technology and life/health sciences are deeply integrated, driving a paradigm shift toward precision medicine and personalized health monitoring. This session aims to bring together academic and industrial experts from home and abroad to discuss innovative miniaturized and intelligent electronic system designs for clinical and daily health management. The forum will feature in-depth exchanges on hot topics including implantable/wearable biosensors, neuromodulation and brain-computer-interface chips, lab-on-chip, medical-AI acceleration chips, low-power wireless body-area-network communication, and biocompatible packaging and energy supply, to promote cross-disciplinary collaboration and technology transfer, and to advance smart healthcare and the life-health industry.
中文: 生物医学微电子系统是集成电路技术与生命健康科学深度融合的前沿交叉领域，正推动精准医疗与个性化健康监测的范式变革。本分论坛旨在汇聚国内外学术界与产业界专家，探讨面向临床与日常健康管理的微型化、智能化电子系统创新设计。论坛将围绕植入式/可穿戴生物传感器、神经调控与脑机接口芯片、片上实验室（Lab-on-Chip）、医疗AI加速芯片、低功耗无线体域网通信、生物兼容封装与能源供给等热点方向展开深入交流，促进跨学科协作与成果转化，助力智慧医疗与生命健康产业升级。
Topics / 讨论主题
Implantable and wearable biosensing chips: ultra-low-power sensing front-ends, multimodal signal acquisition, and on-chip integration for continuous physiological-parameter monitoring (glucose, blood oxygen, ECG, EEG, biochemical markers, etc.)
Neural-interface and brain-computer-interface (BCI) ICs: high-density neural recording/stimulation electrode arrays, neural-signal processing and encoding/decoding chips, closed-loop neuromodulation systems, and invasive/non-invasive interface electronics design.
Lab-on-chip and microfluidic integration: miniaturized diagnostic platforms based on CMOS or micro/nano fabrication, single-cell analysis chips, digital microfluidics, and point-of-care-testing (POCT) microsystems.
Medical-AI acceleration and edge-intelligence chips: reconfigurable/dedicated AI accelerators for medical imaging, pathology diagnosis, and physiological-signal analysis; in-memory computing architectures; federated-learning hardware security and privacy protection.
Wireless body area networks (WBAN) and in-body communication: low-power Bluetooth/UWB/mmWave medical communication, in-body telemetry and energy transfer, near-field coupling communication, and EMC/biosafety design.
Bio-energy and self-powered microsystems: biofuel cells, thermoelectric/piezoelectric/triboelectric energy harvesting, wireless charging and management circuits, and long-life implantable power solutions.
Flexible, stretchable, and degradable electronics: organic/inorganic hybrid electronics, stretchable sensors and circuits, transient electronics, and bioresorbable packaging materials and processes.
Closed-loop therapy and intelligent drug-delivery systems: drug-release control chips, therapeutic microsystems such as artificial pancreas/cochlear implant, and sense-decide-treat integrated smart diagnosis-and-treatment electronics.
Biocompatible packaging, reliability, and security: long-term implantable packaging, biocompatibility assessment, failure mechanisms and reliability modeling, and cybersecurity/medical-data protection.
Digital therapeutics and remote health-monitoring platforms: home chronic-disease-management terminals, digital-twin physiological systems, multi-source heterogeneous data fusion, and human-computer interaction/user-experience design.