What is the core functionality of Sharp's newly developed "Long-Distance Video Monitoring Technology"?

This technology utilizes AI to analyze and record video transmitted from distances of 5 to 10 kilometers, enabling real-time recognition of object behavior without prior learning.

Which institutions collaborated with Sharp in the development of this long-distance video monitoring technology?

Sharp collaborated with Kyoto University, Waseda University, and Asahi Broadcasting Oita Co., Ltd. as part of a project commissioned by the National Institute of Information and Communications Technology (NICT).

What specific demonstration experiment was conducted to showcase the capabilities of this technology?

A demonstration experiment was conducted targeting grazing cattle, where the technology classified differences in cattle behavior by frame color and displayed environmental changes by comparing current and past video footage.

What are the key technological components that make up Sharp's "Long-Distance Video Monitoring Technology"?

The technology comprises Kyoto University's "Long-Distance Video Transmission Technology" for transmitting 4K video over long distances using ultra-high frequency wireless methods, and Sharp's "Dynamic Video Monitoring Technology" for real-time object behavior recognition.

Beyond monitoring grazing cattle, what are some potential future applications for this long-distance video monitoring technology?

Future applications are expected to include monitoring from remote locations such as disaster sites and evacuation centers, as well as danger detection in various fields.

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Developed "Long-Distance Video Monitoring Technology"

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Frequently Asked Questions

Q: What is the core functionality of Sharp's newly developed "Long-Distance Video Monitoring Technology"?: A: This technology utilizes AI to analyze and record video transmitted from distances of 5 to 10 kilometers, enabling real-time recognition of object behavior without prior learning.
Q: Which institutions collaborated with Sharp in the development of this long-distance video monitoring technology?: A: Sharp collaborated with Kyoto University, Waseda University, and Asahi Broadcasting Oita Co., Ltd. as part of a project commissioned by the National Institute of Information and Communications Technology (NICT).
Q: What specific demonstration experiment was conducted to showcase the capabilities of this technology?: A: A demonstration experiment was conducted targeting grazing cattle, where the technology classified differences in cattle behavior by frame color and displayed environmental changes by comparing current and past video footage.
Q: What are the key technological components that make up Sharp's "Long-Distance Video Monitoring Technology"?: A: The technology comprises Kyoto University's "Long-Distance Video Transmission Technology" for transmitting 4K video over long distances using ultra-high frequency wireless methods, and Sharp's "Dynamic Video Monitoring Technology" for real-time object behavior recognition.
Q: Beyond monitoring grazing cattle, what are some potential future applications for this long-distance video monitoring technology?: A: Future applications are expected to include monitoring from remote locations such as disaster sites and evacuation centers, as well as danger detection in various fields.