Stress (mechanics)

University of Electro-Communications Research and Innovation: Precipitation on the radar

Retrieved on: 
Wednesday, January 11, 2023
Communication, PAWR, Stress (mechanics), IIT-BHU, Bionics, Electronics, Muramatsu, Research, Skin, Electrode, University of Electro-Communications, Tissue, UEC, Indian Institutes of Technology, University, Saitama University, Food industry, Instrumentation, Medical device, Element

"The human body is composed of many biological tissues, such as skin, muscle, fat, bone, and different types of organs," explains Muramatsu.

Key Points: 
  • "The human body is composed of many biological tissues, such as skin, muscle, fat, bone, and different types of organs," explains Muramatsu.
  • "These tissues and organs are electrically unique materials that interact with electromagnetic waves in a complex manner.
  • Specifically, they assessed the instrument's accuracy of precipitation measurements by comparing with data obtained from a disdrometer (a device used for measuring raindrop sizes and velocities).
  • http://www.ru.uec.ac.jp/randi/news/
    On October 4 2022, the University of Electro-Communications (UEC) signed a general agreement with Indian Institute of Technology, Varanasi (IIT-BHU) to promote further international collaboration.

University of Electro-Communications Research and Innovation: Precipitation on the radar

Retrieved on: 
Wednesday, January 11, 2023
Communication, PAWR, Stress (mechanics), IIT-BHU, Bionics, Electronics, Muramatsu, Research, Skin, Electrode, University of Electro-Communications, Tissue, UEC, Indian Institutes of Technology, University, Saitama University, Food industry, Instrumentation, Medical device, Element

"The human body is composed of many biological tissues, such as skin, muscle, fat, bone, and different types of organs," explains Muramatsu.

Key Points: 
  • "The human body is composed of many biological tissues, such as skin, muscle, fat, bone, and different types of organs," explains Muramatsu.
  • "These tissues and organs are electrically unique materials that interact with electromagnetic waves in a complex manner.
  • Specifically, they assessed the instrument's accuracy of precipitation measurements by comparing with data obtained from a disdrometer (a device used for measuring raindrop sizes and velocities).
  • http://www.ru.uec.ac.jp/randi/news/
    On October 4 2022, the University of Electro-Communications (UEC) signed a general agreement with Indian Institute of Technology, Varanasi (IIT-BHU) to promote further international collaboration.

Announcing MatrixSpace - Smart Edge Sensing Solutions Launches with Industry Leadership Team and Advisors, $10.1M Funding

Retrieved on: 
Tuesday, August 9, 2022
Centerview Partners, Industry, CEO, Sierra Wireless, Technology, AI, Texas Instruments, Integrated Device Technology, NSF, Leadership, Radar, Communication, Government, Stress (mechanics), Skyworks Solutions, Motion, Qualcomm, Senior advisor, Northeastern University, Artificial intelligence, RF, Agere Systems, Management

Real-time edge-based sensing with AI (artificial intelligence) is the ability to sense and detect objects, motion, and direction in any situation.

Key Points: 
  • Real-time edge-based sensing with AI (artificial intelligence) is the ability to sense and detect objects, motion, and direction in any situation.
  • MatrixSpace's ability to combine industry leading sensing, AI edge processing and RF communication in real-time is a major technology breakthrough with multiple vertical market applications.
  • Founded in late 2019 in Burlington Massachusetts, MatrixSpace has assembled a proven US-based leadership team from the RF, radar, artificial intelligence, and autonomy sectors.
  • We're proud to assemble a formidable team in our leadership, independent board members, and advisors to make this happen."