具高安全性且低耗能之物聯網晶片電路及系統之分析、設計及實作

• 具高安全性之魚隻養殖監測系統​

• 無人機飛行監控系統

• 針對物聯網裝置安全性所設計的具高可靠度嵌入式物理密鑰(PUF)之微處理器

• 電路系統層級之物聯網電路及系統開發平台

• 高壓電特性之無鉛壓電材料技術

• 高靈敏度無鉛壓電加速規

• 具晶片身分驗證功能的物理密鑰(PUF)元件及系統設計技術

• 超低功耗之類比數位轉換(ADC)技術

• 高安全性網路，支援資料加密、傳輸、檢驗及認證技術

• 超低功耗及高安全性之無線傳輸技術

• 高安全性之電路設計及測試技術及架構

The objectives of this project are to develop various high-security and low-power technologies for IoT circuits and systems, and to integrate these technologies to actual IoT systems such as unmanned vehicles and mobile devices. The developed techniques include:

• High-security fish farming supervision/monitor systems​

• Flight control/monitor systems for unmanned aerial vehicles (drones)

• Microprocessor, designed for the security of IoT devices, with highly reliable embedded physical unclonable functions (PUF)

• ESL design/evaluation platform for IoT systems and circuits

• Lead-free piezoelectric materials for MEMS sensors

• Lead-free piezoelectric accelerometers

• Various designs of physical unclonable functions (PUF) and their supporting circuitry

• High-security networks, supporting data encryption/decryption, transmission, certification, authentication, etc.

• Ultra low-power analog-to-digital converters (ADC)

• Ultra low-power and high-security wireless transmission technology

• High-security IC design and test technologies and architectures