View source for Nec corporation (20240120994). CONNECTION STATE IDENTIFICATION SYSTEM AND CONNECTION STATE IDENTIFICATION METHOD simplified abstract

=CONNECTION STATE IDENTIFICATION SYSTEM AND CONNECTION STATE IDENTIFICATION METHOD=


==Organization Name==

[[:Category:nec corporation|nec corporation]]


[[Category:nec corporation]]

==Inventor(s)==

[[:Category:Kohei Nakamura of Tokyo (JP)|Kohei Nakamura of Tokyo (JP)]][[Category:Kohei Nakamura of Tokyo (JP)]]

==CONNECTION STATE IDENTIFICATION SYSTEM AND CONNECTION STATE IDENTIFICATION METHOD - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240120994 titled 'CONNECTION STATE IDENTIFICATION SYSTEM AND CONNECTION STATE IDENTIFICATION METHOD

==Simplified Explanation==

The patent application describes a system for identifying connection states in an optical communication network. Here are the key points of the innovation:

* The system includes means for adding identification information to an inspection optical signal transmitted between optical communication devices.
* The added identification information is unique for each optical path in the network.
* The system also includes means for acquiring and outputting the identification information from the received inspection optical signal.

Potential Applications of this Technology:
* Optical communication networks
* Undersea optical cable systems
* Telecommunications industry

Problems Solved by this Technology:
* Efficient identification of connection states in optical networks
* Improved maintenance and troubleshooting processes
* Enhanced security in optical communication systems

Benefits of this Technology:
* Streamlined network management
* Faster detection of connection issues
* Enhanced data security in optical communication

Potential Commercial Applications of this Technology:
* Telecommunication companies
* Network equipment manufacturers
* Data centers

Possible Prior Art:
There are existing systems for identifying connection states in optical networks, but the specific method of adding unique identification information to inspection optical signals may be a novel approach.

Unanswered Questions:
1. How does the system ensure the added identification information does not interfere with the original optical communication signals?
2. What is the potential impact of this technology on the overall efficiency and reliability of optical communication networks?


==Original Abstract Submitted==

a connection state identification system includes an identification information addition means and an identification information acquisition means. when an inspection optical signal, which is an optical signal for inspection transmitted by a first optical communication device to a second optical communication device, is received by the second optical communication device over inter-optical communication device optical paths, which are the optical paths included in the undersea optical cable system between the optical communication devices, the identification information addition means adds, to an unassigned frequency band of the inspection optical signal, the unassigned frequency band being a frequency band other than a frequency band assigned to optical communication, identification information differing for each inter-optical communication device optical path through which the inspection optical signal passes. the identification information acquisition means outputs the identification information in the inspection optical signal received by the second optical communication device.



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