Track 1: Advanced Sensing Technologies and Theories
先进传感技术与理论
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Novel physical, chemical, and biological sensing principles
新型物理、化学、生物传感原理
Fiber optic sensing, optical metrology and photonic measurement
光纤传感、光学测量与光子计量
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Resonant sensors and MEMS/NEMS sensing technologies
谐振式传感器与 MEMS/NEMS 传感
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Smart materials for sensing systems
智能材料在传感系统中的应用
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Modeling and simulation of sensing systems
传感系统的建模与仿真
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Multi-sensor data fusion and error compensation
多传感器融合与误差补偿
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Track 2: Precision Measurement and Instrumentation Engineering
精密测量与仪器工程
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Precision measurement of geometric and mechanical quantities
几何量与机械量精密测量
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Optical interferometry and super‑resolution measurement
光学干涉与超分辨测量
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Coordinate measurement and reverse engineering
坐标测量技术与逆向工程
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Nanometrology and micro/nano manufacturing measurement
纳米计量与微纳制造测量
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Instrument design, prototyping, and modeling
仪器设计与原型开发
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Measurement uncertainty and traceability
测量不确定度评定与量值溯源
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Track 3: Electronic Measurement, Testing, and Fault Diagnosis
电子测量、测试与故障诊断
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High‑frequency, microwave, and mmWave measurement techniques
高频/微波/毫米波测量技术
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Impedance spectroscopy and dielectric measurement
阻抗谱与介电测量
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IC and SoC testing methods
集成电路与 SoC 测试技术
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Automated test equipment and systems
自动测试设备与系统
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Embedded testing and design for testability
嵌入式系统测试与可测性设计
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Signal integrity analysis and time‑domain testing
信号完整性分析与时域测试
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Track 4: Industrial Automation, Control, and Intelligent Instrumentation 工业自动化、控制与智能仪器仪表
Process control instruments and systems
过程控制仪表与系统
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Distributed control systems and fieldbus technologies
分布式控制系统与现场总线技术
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Wireless sensor networks and industrial IoT
无线传感器网络与工业物联网
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Condition monitoring and predictive maintenance
状态监测与预测性维护
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Robot sensing and autonomous perception
机器人传感与自主感知技术
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HMI and visualization for intelligent instrumentation
智能仪表人机交互与可视化技术
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Track 5: Biomedical Measurement and Medical Electronics
生物医学测量与医疗电子
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Biomedical signal acquisition and processing
生物电信号采集与处理
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Medical imaging systems and analysis
医学成像系统与图像分析
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Wearable medical devices and sensors
可穿戴医疗设备与传感器
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Microfluidic and point‑of‑care diagnostics
微流控芯片与即时诊断技术
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Neural engineering and rehabilitation measurement
神经工程与康复工程测量
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Smart integration of biomedical instruments
生物医学仪器的小型化与智能化
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Track 6: Signal & Image Processing and Data Analytics
信号与图像处理、数据分析
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Modern time‑frequency and time‑domain analysis
时频分析与时域处理
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Adaptive filtering and noise suppression techniques
自适应滤波与噪声抑制技术
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Image enhancement, segmentation & feature extraction
图像增强、分割与特征提取
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Compressed sensing and sparse representation
压缩感知与稀疏表示
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ML/DL‑based signal and image recognition
基于机器学习/深度学习的信号/图像识别
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Visualization and interpretation of measurement data
测量数据的可视化与解释
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Track 7: Embedded Systems, IoT, and Smart Electronic Platforms
嵌入式系统、物联网与智能电子平台
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Embedded intelligent measurement platforms
嵌入式智能测量平台
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FPGA/ARM/DSP platform design & optimization
FPGA/ARM/DSP 平台设计与优化
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Low‑power electronic system design
低功耗电子系统设计
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IoT nodes, communication and edge computing
物联网节点、通信与边缘计算
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Wireless communication & data acquisition
无线通信与数据采集
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System integration and reliability solutions
系统集成与可靠性方案
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Track 8: Emerging Measurement Technologies and Interdisciplinary Applications 前沿测量技术与交叉学科应用
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Quantum measurement and quantum sensing
量子测量与量子传感技术
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Terahertz measurement & high‑frequency optoelectronics
太赫兹测量与高频光电子技术
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Flexible electronics & wearable sensing
柔性电子与可穿戴传感
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Emerging measurement technologies for energy & environment
面向能源及环境的新兴测量技术
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AI‑assisted measurement technologies
测量技术与人工智能的结合
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Multi‑physics and integrated interdisciplinary measurement
多物理场与跨学科集成测量
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