Nec corporation (20240187100). OPTICAL SPACE COMMUNICATION APPARATUS, CONTROL METHOD FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS, AND CONTROL APPARATUS FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS simplified abstract

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OPTICAL SPACE COMMUNICATION APPARATUS, CONTROL METHOD FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS, AND CONTROL APPARATUS FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS

Organization Name

nec corporation

Inventor(s)

Masaki Aizono of Tokyo (JP)

Hisashi Mizumoto of Tokyo (JP)

OPTICAL SPACE COMMUNICATION APPARATUS, CONTROL METHOD FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS, AND CONTROL APPARATUS FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240187100 titled 'OPTICAL SPACE COMMUNICATION APPARATUS, CONTROL METHOD FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS, AND CONTROL APPARATUS FOR CONTROLLING OPTICAL SPACE COMMUNICATION APPARATUS

The abstract describes a novel optical space communication apparatus capable of inferring hindrance factors to communication using laser light. The apparatus includes light receiving sections and processors to measure light receiving states and infer hindrance factors based on these states.

  • Light receiving sections receive laser light
  • Processors measure light receiving states
  • Hindrance factors to communication are inferred based on the light receiving states

Potential Applications: - Space communication systems - Satellite communication - Optical data transmission

Problems Solved: - Identifying hindrance factors in laser light communication - Improving communication reliability in space environments

Benefits: - Enhanced communication performance - Increased data transmission efficiency - Better understanding of communication hindrances in space

Commercial Applications: Title: "Advanced Optical Space Communication Technology for Enhanced Data Transmission" This technology can be utilized in satellite communication systems, space exploration missions, and military applications where reliable communication is crucial.

Prior Art: There is limited information available on prior art related to this specific technology.

Frequently Updated Research: Research on improving laser communication in space environments is ongoing, with advancements in data transmission efficiency and reliability being key areas of focus.

Questions about Optical Space Communication Apparatus: 1. How does this technology compare to traditional communication methods in space? This technology offers improved data transmission efficiency and reliability compared to traditional methods, making it ideal for space communication applications.

2. What are the potential challenges in implementing this technology in real-world space environments? Implementing this technology in space environments may face challenges such as calibration issues, alignment precision, and power consumption optimization.


Original Abstract Submitted

provided is a novel optical space communication apparatus which is capable of inferring a hindrance factor to communication carried out with laser light. an optical space communication apparatus includes light receiving sections that each receive laser light and at least one processor, the at least one processor carrying out: a measurement process of measuring light receiving states of laser light at the respective light receiving sections; a determination process; and an inference process of inferring, based on the light receiving states of laser light, a hindrance factor to communication carried out with laser light.

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