IEEE Journal of Quantum Electronics

ResoluteAI integrates IEEE Metadata into its Foundation Scientific Research Platform

Retrieved on: 
Wednesday, September 28, 2022
Technology, Biotechnology, Engineering, Health, Other Energy, Manufacturing, Energy, Publishing, Research, Telecommunications, Software, Communications, Science, Data Management, Computational biology, List of IEEE publications, Biomedicine, Electronics, Engineering, FDA, Biomedical engineering, RxNorm, Publication, OMIM, Telecommunication, IEEE, IEEE Xplore, CEO, Technology, IEEE Journal of Quantum Electronics, Nebula, Xplore, Metadata, Foundation, Science, Research, Biotechnology, MedDRA, Mobile phone

ResoluteAI, the research platform for science, announced today the addition of metadata from IEEE peer reviewed content to its Foundation service .

Key Points: 
  • ResoluteAI, the research platform for science, announced today the addition of metadata from IEEE peer reviewed content to its Foundation service .
  • This represents approximately 30% of the worlds literature in the electrical and electronics engineering and computer science fields, making IEEE an invaluable resource for scientific research across multiple industries.
  • We believe access to this information for our Foundation customers will be of tremendous value, said Steve Goldstein, CEO of ResoluteAI.
  • IEEE peer-reviewed journals and conference proceedings are now discoverable within the ResoluteAI platform , enabling IEEE subscribers to link through to access the full-text at the IEEE Xplore digital library.

University of Electro-Communications e-Bulletin: Radar-based human recognition for self-driving cars

Retrieved on: 
Wednesday, September 29, 2021
Radio, Research, School, Walking, Interview, List of Institution of Engineering and Technology academic journals, IEEE Journal of Quantum Electronics, Topic, Pedestrian, Radar, IEEE Journal of Selected Topics in Quantum Electronics, University, Weather, Child, University of Electro-Communications, Associate, Technology, Human, Mechanical, Department, Road, Management, Instrumentation

The Research Highlights are Radar-based human recognition for self-driving cars,' Shouhei Kidera; and 'Getting the most out of quantum systems,' Jun Suzuki.

Key Points: 
  • The Research Highlights are Radar-based human recognition for self-driving cars,' Shouhei Kidera; and 'Getting the most out of quantum systems,' Jun Suzuki.
  • Self-driving car technology requires detectors capable of sensing a car's environment, also in situations of limited visibility like bad weather conditions.
  • Now, Shouhei Kidera from the University of Electro-Communications and colleagues have developed a radar-based detection method for recognizing humans in NLOS situations.
  • Even if a human stands still, breathing and small movements related to posture control cause changes in the reflected wave signals.

University of Electro-Communications e-Bulletin: Radar-based human recognition for self-driving cars

Retrieved on: 
Wednesday, September 29, 2021
Radio, Research, School, Walking, Interview, List of Institution of Engineering and Technology academic journals, IEEE Journal of Quantum Electronics, Topic, Pedestrian, Radar, IEEE Journal of Selected Topics in Quantum Electronics, University, Weather, Child, University of Electro-Communications, Associate, Technology, Human, Mechanical, Department, Road, Management, Instrumentation

The Research Highlights are Radar-based human recognition for self-driving cars,' Shouhei Kidera; and 'Getting the most out of quantum systems,' Jun Suzuki.

Key Points: 
  • The Research Highlights are Radar-based human recognition for self-driving cars,' Shouhei Kidera; and 'Getting the most out of quantum systems,' Jun Suzuki.
  • Self-driving car technology requires detectors capable of sensing a car's environment, also in situations of limited visibility like bad weather conditions.
  • Now, Shouhei Kidera from the University of Electro-Communications and colleagues have developed a radar-based detection method for recognizing humans in NLOS situations.
  • Even if a human stands still, breathing and small movements related to posture control cause changes in the reflected wave signals.