Wireless Sensor Networks

卡明斯卡博士将领导一项研究计划，以开发新的技术和工艺，通过无线传感器网络，实现环境友好、低成本制造用于情景感知计算的自我供电、自我配置的组件。由此产生的传感器网络将改变生物医学监测、活动跟踪以及对在偏远或危险地点工作的人员的安全和安全监测等应用。她将研究现实世界实施面临的关键挑战；有机电子和新的制造工艺将降低制造成本，环境能量收集旨在提供永久电力，新型软膜电容器将增加储能，创新的纳米结构技术将提高元件效率。

Dr. Kaminska will lead a program of research to develop new technologies and processes to enable environmentally friendly, low-cost manufacturing of self-powered, self-configuring components for context-aware computing via wireless sensor networks. The resulting sensor networks will transform applications such as biomedical monitoring, activity tracking, and security and safety monitoring of personnel working in remote or hazardous locations. She will research the key challenges facing real-world implementation; organic electronics and novel fabrication processes will reduce manufacturing costs, ambient energy harvesting aims to provide perpetual power, novel soft film capacitors will increase energy storage, and innovative nano-structure technology will increase component efficiency.