Transceiving system, transmitter, receiver, and control method of transceiving system
First Claim
1. A transceiving system comprising:
- a transmitter; and
a receiver coupled to the transmitter via optical transmission lines using optical wavelength multiplexing communication,the transmitter includes;
a first processor configured to generate a plurality of division data obtained by dividing data, and transmit the plurality of division data;
a modulator configured to modulate wavelengths of transport lights, which transport the plurality of division data, respectively, based on setting information including a correspondence relationship between identification information identifying each of the optical transmission lines and wavelength information indicating a wavelength, and output lights, each of which is superimposed with the respective division data, to the optical transmission lines, respectively; and
a second processor configured to transmit changed setting information, which is obtained by changing the setting information, to the receiver, andthe receiver includes;
a de-multiplexer configured to separate lights input from the optical transmission lines into de-multiplexed lights of a plurality of wavelengths, respectively, based on the changed setting information; and
a third processor configured to convert the plurality of de-multiplexed lights into division data, respectively, andthe second processor is configured to;
acquire first power consumption information used for a modulating process of the modulator and second power consumption information used for a separating process of the de-multiplexer;
define a correspondence relationship between identification information of the optical transmission line in which a sum of the first power consumption and the second power consumption is decreased and the wavelength information; and
change the setting information.
1 Assignment
0 Petitions
Accused Products
Abstract
A transceiving system includes: a transmitter; and a receiver coupled to the transmitter via optical transmission lines, the transmitter includes: a first processor configured to generate division data obtained by dividing data; a modulator configured to modulate wavelengths of transport lights, which transport the division data, based on setting information including a correspondence relationship between identification information identifying each of the optical transmission lines and wavelength information indicating a wavelength, and output lights, each of which is superimposed with the respective division data, to the optical transmission lines; and a second processor configured to transmit changed setting information, which is obtained by changing the setting information, to the receiver, and the receiver includes: a de-multiplexer configured to separate lights from the optical transmission lines into de-multiplexed lights of a wavelengths, based on the changed setting information; and a third processor configured to convert the de-multiplexed lights into division data.
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Citations
7 Claims
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1. A transceiving system comprising:
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a transmitter; and a receiver coupled to the transmitter via optical transmission lines using optical wavelength multiplexing communication, the transmitter includes; a first processor configured to generate a plurality of division data obtained by dividing data, and transmit the plurality of division data; a modulator configured to modulate wavelengths of transport lights, which transport the plurality of division data, respectively, based on setting information including a correspondence relationship between identification information identifying each of the optical transmission lines and wavelength information indicating a wavelength, and output lights, each of which is superimposed with the respective division data, to the optical transmission lines, respectively; and a second processor configured to transmit changed setting information, which is obtained by changing the setting information, to the receiver, and the receiver includes; a de-multiplexer configured to separate lights input from the optical transmission lines into de-multiplexed lights of a plurality of wavelengths, respectively, based on the changed setting information; and a third processor configured to convert the plurality of de-multiplexed lights into division data, respectively, and the second processor is configured to; acquire first power consumption information used for a modulating process of the modulator and second power consumption information used for a separating process of the de-multiplexer; define a correspondence relationship between identification information of the optical transmission line in which a sum of the first power consumption and the second power consumption is decreased and the wavelength information; and change the setting information. - View Dependent Claims (2, 3)
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4. A transmitter comprising:
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a first processor configured to generate a plurality of division data obtained by dividing data, and transmit the plurality of generated division data; a modulator configured to modulate wavelengths of transport lights, which transport the plurality of division data, respectively, based on setting information including a correspondence relationship between identification information identifying each of optical transmission lines and wavelength information indicating a wavelength, and output lights, each of which is superimposed with the respective division data, to the optical transmission lines, respectively; and a second processor configured to transmit changed setting information, which is obtained by changing the setting information, to a receiver coupled to the transmitter via the optical transmission lines by optical wavelength multiplexing communication, the second processor is configured to; acquire first power consumption information used for a modulating process of the modulator and second power consumption information used for a de-multiplexing process of a de-multiplexer in the receiver that separates lights input from the optical transmission lines into de-multiplexed lights of a plurality of wavelengths, respectively, based on the changed setting information; define a correspondence relationship between identification information of the optical transmission lines in which a sum of the first power consumption and the second power consumption is decreased and the wavelength information; and change the setting information.
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5. A transmitter comprising:
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a first processor configured to generate a plurality of division data obtained by dividing data, and transmit the plurality of generated division data; a modulator configured to modulate wavelengths of transport lights, which transport the plurality of division data, respectively, based on setting information including a correspondence relationship between identification information identifying each of optical transmission lines and wavelength information indicating a wavelength, and output lights, each of which is superimposed with the respective division data, to the optical transmission lines, respectively; and a second processor configured to transmit changed setting information, which is obtained by changing the setting information, to a receiver coupled to the transmitter via the optical transmission lines by optical wavelength multiplexing communication, the second processor is configured to; acquire first power consumption information used for a modulating process of the modulator and second power consumption information used for a de-multiplexing process of a de-multiplexer in the receiver that separates lights input from the optical transmission lines into de-multiplexed lights of a plurality of wavelengths, respectively, based on the changed setting information; define a correspondence relationship between identification information of the optical transmission lines in which a maximum of the first power consumption and the second power consumption is decreased and the wavelength information; and change the setting information.
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6. A control method of a transceiving system including a transmitter and a receiver coupled to the transmitter via optical transmission lines using optical wavelength-multiplexing communication,
the transmitter performs a process comprising: -
generating each of a plurality of division data obtained by dividing data; transmitting each of the plurality of division data; modulating wavelengths of transport lights, which transport the plurality of division data, respectively, based on setting information including a correspondence relationship between identification information identifying each of the optical transmission lines and wavelength information indicating a wavelength, and outputting lights, each of which is superimposed with division data, to the optical transmission lines, respectively; and transmitting changed setting information, which is obtained by changing the setting information, to the receiver, the receiver performs a process comprising; separating lights input from the optical transmission lines into a plurality of de-multiplexed lights of a plurality of wavelengths, based on the changed setting information; and converting the plurality of de-multiplexed lights into division data, respectively, and the process performed by the transmitter further includes; acquiring first power consumption information used for the modulating and second power consumption information used for the separating; defining a correspondence relationship between identification information of the optical transmission lines in which a sum of the first power consumption and the second power consumption is decreased and the wavelength information; and changing the setting information.
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7. A control method of a transceiving system including a transmitter and a receiver coupled to the transmitter via optical transmission lines using optical wavelength-multiplexing communication,
the transmitter performs a process comprising: -
generating each of a plurality of division data obtained by dividing data; transmitting each of the plurality of division data; modulating wavelengths of transport lights, which transport the plurality of division data, respectively, based on setting information including a correspondence relationship between identification information identifying each of the optical transmission lines and wavelength information indicating a wavelength, and outputting lights, each of which is superimposed with division data, to the optical transmission lines, respectively; and transmitting changed setting information, which is obtained by changing the setting information, to the receiver, the receiver performs a process comprising; separating lights input from the optical transmission lines into a plurality of de-multiplexed lights of a plurality of wavelengths, based on the changed setting information; and converting the plurality of de-multiplexed lights into division data, respectively, and the process performed by the transmitter further comprises; acquiring first power consumption information used for the modulating and second power consumption information used for the separating; defining a correspondence relationship between identification information of the optical transmission lines in which a maximum of the first power consumption and the second power consumption is decreased and the wavelength information; and changing the setting information.
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Specification