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  1. STI IEM Future of computing Imaging and vision Internet of things
  2. ICLAB
  3. Projects
  4. Completed Projects

Completed Projects

Low-power Analog/RF IC Design

  • 2.4GHz BAW-Based CMOS Transmitter
  • 2.4GHz CMOS Receiver with BAW Resonators
  • ULP Phase Analog-to-Digital Converters
  • Remote Powered ULP Radio for WBAN
  • Reconfigurable CMOS Biosensor Front-End

Semiconductor Device Modeling

  • Modeling Nanoscale Quasi-Ballistic MOS Transistors

CMOS Image Sensors

  • Low-light CMOS Image Sensors
  • Modeling of Pinned-Photodiode for CMOS Image Sensors

MEMS and Circuits

  • MEMS based RF IC Design
  • ICLAB
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    • Projects
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      • Low-power Analog/RF IC Design
      • Semiconductor Device Modeling
      • Approximate and Error-tolerant Circuits for Multimedia and Machine Learning
      • Current Projects
        • Back: Current Projects
        • Design-oriented Simplified EKV Model
        • WiseSkin Dense Wireless Sensor Network
        • ULP mm-Wave Radar Transceiver Design
        • Readout System for PPG
        • GigaRadMOST
        • MOS-Quito
        • Modeling of Nanoscale MOSFETs
        • Modeling nanoscale quasi-ballistic MOS transistors
        • IcySoC Sub/Near-Threshold Inexact Platform
        • IneSoC Inexact SoC for Cognitive Feelings
        • ARTEFaCT Approximate Computing for IoT
      • Completed Projects
        • Back: Completed Projects
        • Low-power Analog/RF IC Design
          • Back: Low-power Analog/RF IC Design
          • 2.4GHz BAW-Based CMOS Transmitter
          • 2.4GHz CMOS Receiver with BAW Resonators
          • ULP Phase Analog-to-Digital Converters
          • Remote Powered ULP Radio for WBAN
          • Reconfigurable CMOS Biosensor Front-End
        • Semiconductor Device Modeling
          • Back: Semiconductor Device Modeling
          • Modeling Nanoscale Quasi-Ballistic MOSFET
        • Low-light CMOS Image Sensors
        • Modeling of PPD for CIS
        • MEMS and Circuits
          • Back: MEMS and Circuits
          • MEMS-based IC Design (MEMSIC)
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    • Publications
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      • Peer-reviewed Papers
      • PhD Theses
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    • Bio/CMOS Interfaces group
      • Back: Bio/CMOS Interfaces group
      • BCI Ongoing Research
        • Back: BCI Ongoing Research
        • Estimation of Muscles fatigue by ions and EMG sensors
        • Self-Wake-Up Device for Therapeutic Compounds on Human Skin
        • Body Dust: CMOS Design for Dopamine monitoring in the Brain
        • in-Memory Sensing: Computing done in the sensors, not close to the sensor
        • Challenges in sub-millimetric Neurostimulators Wirelessly Powered via highly efficient Inductive Links
        • Smart Micro Neural Dust: Biphasic Pulse Generator for Visual Restoring to revert blindness
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    • Microcity EDA tools
    • EKV MOSFET Model
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      • Model
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          • EKV Users’ Meeting/Workshop
          • EKV3 Workshop at CSEM
          • Nano-Tera BSIM EKV Workshop
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        • Back: Examples
        • 90nm CMOS Parameters
        • 180nm CMOS Parameters
        • 150nm CMOS Parameters
        • 0.5um CMOS Parameters
        • 0.15um CMOS Parameters
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  • 3D microelectrode for ultra-miniaturized neural implant

In the same section

  • Low-power Analog/RF IC Design
  • Semiconductor Device Modeling
  • Approximate and Error-tolerant Circuits for Multimedia and Machine Learning
  • Current Projects
  • Completed Projects
    • Low-power Analog/RF IC Design
    • Semiconductor Device Modeling
    • Low-light CMOS Image Sensors
    • Modeling of PPD for CIS
    • MEMS and Circuits
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