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Stanford University

Stanford Webinar - IOT: From Smart Sensors to Smart Networks

Stanford University via YouTube

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Explore the world of Internet of Things (IoT) and smart sensors in this Stanford webinar. Delve into the crucial role sensors play in IoT, examining various types including MEMS gyroscopes, atomic force microscopy, and laser scanners. Understand the inner workings of sensors, focusing on capacitive measurement of displacement and silicon micromechanical devices. Learn about MEMS materials, anisotropic etching of silicon, and bulk micromachined sensors. Discover advanced fabrication techniques like Deep Reactive Ion Etching (DRIE) and hydrogen annealing. Examine the challenges of integrating smart sensors with electronics and explore potential solutions such as MEMS phased arrays. Investigate the applications of wearable, ingestible, and implantable sensors in autonomous vehicles and other cutting-edge technologies. Gain insights into how awareness through smart sensors contributes to efficiency, safety, and sustainability in the IoT landscape.

Syllabus

Introduction.
From Smart Sensors to Smart Networks: How MEMS sensors enable the Internet of Things.
Outline.
Role of sensors in loT.
Sensors you use.
Timing Circuit.
MEMS Gyroscope Chip.
Atomic Force Microscopy - Sensing on the nanoscale.
Laser Scanner.
Texas Instruments Digital Light Processing (DLP) Technology.
Grating Light Valve - Silicon Light Machines.
How does sensors work?.
Capacitive measurement of displacement.
Small is beautiful.
Silicon Micromechanical Devices.
MEMS Materials.
Si Diamond structure.
Anisotropic Etching of Silicon.
Bulk Micromachined Sensors.
Micromachining Ink Jet Nozzles.
Electrostatic Combdrive Actuator.
Deep Reactive lon Etching (DRIE) Deposit polymer.
2x2 switch - DRIE of SOI.
Fiber AFM Fabrication.
Hydrogen Annealing.
Before Hydrogen Anneal.
After Hydrogen Anneal.
Simplified fabrication.
Conundrum - Smart Sensors MEMS and Electronics Integration.
Autonomous vehicles.
Awareness - Random Access Scanning.
Possible solution - MEMS Phased Arrays.
Wearable, Ingestible and Implantable Sensors.
What are the opportunities? What are the cool applications? • Awareness = Efficiency, safety, sustainability!.

Taught by

Stanford Online

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Reviews

4.8 rating, based on 4 Class Central reviews

Start your review of Stanford Webinar - IOT: From Smart Sensors to Smart Networks

  • Satish Koosam
    Well explained IOT: From Smart Sensors to Smart Networks concepts by Stanford Electrical Engineering Professor Olav Solgaard examines IoT's explosive growth along with the top opportunities and challenges. In a dynamic field marked by intense scrutiny and speculation, it's critical to understand how the promise of an interconnected world will impact our lives and careers.
  • Profile image for SANJHAI M L
    SANJHAI M L
    it was a nice course with great learning which gave a good experience to develop my career . where it give a good idea about IOT .
  • Profile image for Ahmed
    Ahmed
    The Professor has been very brief and detailed regarding the topic.
    I would like to attend more courses and learn.
  • Profile image for Uma Uma
    Uma Uma
    IOT : from sensor to smart network is effective course to beginners. This course is well structured to learn easily. I could know about its circuit, roles of sensor, timing circuit aand how sensors are used in our life. Everything I learned in a easy way..THANK YOU so much
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