Simultaneously wireless information and energy transfer for exploration swarm robots (SWIFT)

该项目的主要目标是开发用于小型化可穿戴医疗保健监测系统的尖端技术，用于全面的现场汗液特征，如乳酸盐血糖、肌肉痉挛/疲劳、压力等。将深入研究各种传感器技术，如微波和毫米波、芯片实验室和电化学监测技术，以创建集成在一个组件中的多个子系统。制造技术的特点是由利兹EPSRC国家创新机器人系统设施提供的加法和减法微制造。开发的原型将使用利兹的各种实验室设备进行深入的表征和优化，以获得最佳的品质因数，例如1.1-THz网络分析仪、THzTDS测量等。该项目的主要应用是引入终端用户的实时、全面的现场健康监测，以利用来自传感器的全面采样数据进行远程分析和诊断。该项目的成果预计将在相关研究领域的世界领先期刊和会议上提交和发表，如芯片实验室(影响系数=6)、电气和电子工程师协会接入(影响系数=3.557)，这应该有资格提交3*REF2020。

The main goal of the project is to develop cutting-edge technology for miniaturised wearable healthcare monitoring systems for comprehensive in-situ sweat characterisations e.g. lactate glucose, muscle cramps/fatigue, stress and etc. Various sensor technologies such as microwave and millimetre wave, lab-on-a-chip and electrochemical monitoring techniques will be intensively investigated and combined to create multi-subsystems integrated in a package. Fabrication technique features both additive and subtractive micro-manufacturing provided by EPSRC National Facility for Innovative Robotic Systems at Leeds. The developed prototypes will be intensively characterised and optimised for the best figure-of-merit using various laboratory equipment facilitated at Leeds, e.g. 1.1-THz Network Analyser, THz TDS measurement and etc. The main applications of the project is to introduce real-time comprehensive in-situ health monitoring of end-users for remote analysis and diagnosis with comprehensive sampled data from the sensors. The outcomes from the project are expected to be submitted and published in the world's leading journals and conferences in the relevant research fields such as Lab-on-a-Chip (impact factor=6), IEEE Access (impact factor=3.557), which should be qualified as 3* for REF2020 submission.