Session 20Sensors and Actuators for Health & Autonomy.pdf

1、Session 20 Overview:Sensors and Actuators for Health&Autonomy TECHNOLOGY DI RECTI ONS SUBCOMMI TTEESensing and actuation technologies are becoming specialized and diverse,with a focus on multi-modality,miniaturization and power efficiency for innovative applications.The session begins with gas sensi

2、ng technologies,featuring a multi-modal gas sensor chip and a nose-on-a-chip with on-chip learning for non-invasive disease diagnosis.The next paper presents a novel RFID-inspired bio-analyzer for point-of-care diagnostics,followed by a MEMS-free e-nose sensor array.This session then explores bioche

3、mical diagnostic solutions and autonomous/adaptive systems,featuring a wireless electrochemical sensing SoC,a self-propelling microrobot with sub-GHz energy harvesting,a biochemical chip with precise temperature control,a battery-free silicon platform for adaptive sensing,and an autonomous microactu

4、ator system with flying solid-state batteries.A BodyID system featuring a clockless wake-up receiver and a photon spectrometer for precision cancer resection round out the session.Session Chair:Milin Zhang,Tsinghua University,Beijing,China Session Co-Chair:Kyeongha Kwon,KAIST,Daejeon,Korea 346 2025

5、IEEE International Solid-State Circuits ConferenceI SSCC 2025/SESSI ON 20/SENSORS AND ACTUATORS FOR HEALTH&AUTONOMY/OVERVI EW979-8-3315-4101-9/25/$31.00 2025 IEEE1:30 PM 20.1 A 3.53.5mm2 1.47mW/ch 16-Channel MSS-CMOS Het erogeneous Mult i-Modal-Gas-Sensor Chip St ack Kotaro Naruse,Osaka University,S

6、uita,Japan In Paper 20.1,Osaka University demonstrates a 16-channel multi-modal gas sensor employing membrane-based stress sensors integrated with readout electronics.The system is demonstrated to measure the concentrations of multiple gasses,while maintaining state-of-the-art sensitivity,sample rat