CN101039151A - Method, system and client equipment for obtaining optical fiber signal flow information of optical network - Google Patents
Method, system and client equipment for obtaining optical fiber signal flow information of optical network Download PDFInfo
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- CN101039151A CN101039151A CNA2007100900645A CN200710090064A CN101039151A CN 101039151 A CN101039151 A CN 101039151A CN A2007100900645 A CNA2007100900645 A CN A2007100900645A CN 200710090064 A CN200710090064 A CN 200710090064A CN 101039151 A CN101039151 A CN 101039151A
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Abstract
The invention discloses a method for obtaining optical network element fiber signal flow information, comprises as follow: the veneer data and fiber data in optical network element which is transmitted by a server are received; veneer object and fiber object are generated according to the veneer data and fiber data, and then the optical network element fiber signal flow graph graphical system is obtained; the information of the veneer or fiber in the optical network element is displayed via the optical network element fiber signal flow graph graphical system and the optical network element fiber signal flow is obtained. The invention also discloses a method for maintaining the optical network element fiber signal flow and a system and client device for obtaining optical network element fiber signal flow information. The invention can conveniently and rapidly manage the optical network element and improve the maintenance efficiency of the optical network element.
Description
Technical field
The present invention relates to optical communication technique, particularly obtain method, system and the client device of optical fiber signal flow information of optical network.
Background technology
Optical NE comprises the sub-frame of a plurality of wavelength-divisions usually, can connect optical fiber between the sub-frame of wavelength-division, to realize service intercommunication.Comprise a plurality of veneers in the sub-frame of each wavelength-division, have optical fiber to connect between the veneer.Be connected complexity with the optical fiber of the sub-frame of wavelength-division inside between the sub-frame of wavelength-division, signal flow is to being difficult for identification.
At present, adopt Optical NE fiber-optic signal flow graph graphical system to obtain the information of Optical NE fiber-optic signal stream usually.Use the optical fiber signal flow information of optical network that obtains, can learn the situation of current Optical NE, be convenient to Optical NE is managed.In the process that Optical NE is managed,, can use the optical fiber signal flow information of optical network of acquisition, Optical NE is safeguarded if the fiber-optic signal in the Optical NE flows out existing fault.When safeguarding, client at first generates Optical NE fiber-optic signal flow graph graphical system, the user is according to the fault message of the Optical NE inner fiber signal flow of the view demonstration of this Optical NE fiber-optic signal flow graph graphical system, send maintenance request to client, client is safeguarded processing after receiving maintenance request accordingly; Perhaps, client sends the maintenance request that the user transmits to server, and server is safeguarded processing accordingly according to maintenance request.
In the prior art, the optical fiber of the graphics view of Optical NE fiber-optic signal flow graph graphical system between can only disclosing solution molecule frame connects, veneer that can not disclosing solution molecule frame inside and the optical fiber between the veneer connect, the optical fiber that also just can't obtain the sub-frame of wavelength-division inside connects signal flow information, and this has caused the inconvenience to the flow management of Optical NE fiber-optic signal.And, when the veneer in the sub-frame of wavelength-division and/or optical fiber break down, the view of existing Optical NE fiber-optic signal flow graph graphical system can not demonstrate the information that veneer in the sub-frame of wavelength-division and/or optical fiber break down, can't obtain the fiber-optic signal stream information of the sub-frame of wavelength-division inside, also just can't safeguard the veneer and/or the optical fiber of the sub-frame of wavelength-division inside by the information that view shows, this just makes the maintenance inconvenience of Optical NE fiber-optic signal stream, and maintenance efficiency reduces.
Summary of the invention
Embodiments of the invention provide method, system and the client device that obtains optical fiber signal flow information of optical network, and a kind of method of safeguarding Optical NE fiber-optic signal stream, with convenient the Optical NE fiber-optic signal are flow to the line pipe reason.
The technical scheme of the embodiment of the invention is achieved in that
A kind of method that obtains optical fiber signal flow information of optical network, this method comprises:
Reception is by veneer data and fiber data in the Optical NE of server transmission;
Behind described veneer data and fiber data generation veneer object and optical fiber object, obtain Optical NE fiber-optic signal flow graph graphical system;
View by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
A kind of method of safeguarding Optical NE fiber-optic signal stream, this method comprises:
Reception is by veneer data and fiber data in the Optical NE of server transmission;
Behind described veneer data and fiber data generation veneer object and optical fiber object, obtain Optical NE fiber-optic signal flow graph graphical system;
View by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the fault message of optical fiber, according to maintenance request described fault message is safeguarded processing.
A kind of system that obtains optical fiber signal flow information of optical network, this system comprises the server and client side:
Server, veneer data and fiber data in client transmits Optical NE;
Client, after the veneer data and fiber data generation veneer object and optical fiber object that receive by the server transmission, obtain Optical NE fiber-optic signal flow graph graphical system, view by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
A kind of client device that obtains optical fiber signal flow information of optical network, this client device comprises receiver module and processing module;
Receiver module after the veneer data and fiber data that reception server transmits, sends processing module to;
Processing module generates the veneer object that comprises the veneer data that view shows according to the veneer data that transmitted by receiver module that receive; Generate the optical fiber object that comprises fiber data that view shows according to the fiber data that transmits by receiver module that receives; According to the described optical fiber object that comprises the veneer object of veneer data and comprise fiber data, obtain Optical NE fiber-optic signal flow graph graphical system, view by described Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
From such scheme as can be seen, the embodiment of the invention receives by after the veneer data and fiber data in the Optical NE of server transmission, generate Optical NE fiber-optic signal flow graph graphical system according to veneer data and fiber data, view by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.Like this,, just can flow to the line pipe reason to the Optical NE fiber-optic signal quickly and easily, improve the maintenance efficiency of Optical NE according to the optical fiber signal flow information of optical network that obtains.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, does not constitute limitation of the invention.In the accompanying drawings:
Fig. 1 obtains the flow chart of the method for optical fiber signal flow information of optical network for the embodiment of the invention.
Fig. 2 generates the view example of the Optical NE fiber-optic signal flow graph graphical system of bi-directional light bifurcated multiplexing equipment (OADM, Optical Add/Drop Multiplexer) for embodiment of the invention utilization method shown in Figure 1.
Fig. 3 generates the view example of the Optical NE fiber-optic signal flow graph graphical system of bi-directional light terminating multiplexer (OTM, Optical Terminal Multiplexer) for embodiment of the invention utilization method shown in Figure 1.
Fig. 4 obtains the schematic diagram of the system of optical fiber signal flow information of optical network for the embodiment of the invention.
Embodiment
For the purpose, technical scheme and the advantage that make the embodiment of the invention is clearer,, the embodiment of the invention is described in further details below in conjunction with embodiment and accompanying drawing.At this, illustrative examples of the present invention and explanation thereof are used to explain the present invention, but not as a limitation of the invention.
Referring to Fig. 1, for the embodiment of the invention obtains the flow chart of the method for optical fiber signal flow information of optical network, this method may further comprise the steps:
Step 101, client is obtained veneer data and fiber data in the Optical NE from server.
In this step, veneer data and fiber data in the described Optical NE can obtain from service end as required, can be all veneer data and fiber datas in the overall optical network element, also can be part veneer data and fiber data.
Described veneer data comprise Optical NE forward work route process veneer data, Optical NE reverse operation route process veneer data, Optical NE forward protection route the veneer data of process and/or Optical NE reverse protection route the veneer data of process.Described fiber data comprise Optical NE forward work route process fiber data, Optical NE reverse operation route process fiber data, Optical NE forward protection route the fiber data of process and/or Optical NE reverse protection route the fiber data of process.
Step 102, client generates the veneer object that comprises the veneer data that view shows according to the veneer data of obtaining.
In this step, can generate the veneer object that comprises the veneer data that view shows by calling ILOG software, method is: the veneer data as parameter input ILOG interface, just can be generated the veneer object that comprises the veneer data that view shows.The veneer data can comprise veneer name, board type and/or single board state etc.Above-mentioned ILOG software can use other softwares that can realize generating the veneer object that comprises the veneer data that view shows to replace, and also can be the homemade softwares that can realize generating the veneer object that comprises the veneer data that view shows of those skilled in the art.
Step 103, client are provided with the absolute position of each veneer in view after determining annexation between each veneer and each optical fiber.
Fiber data has comprised the information of the source veneer and the place veneer of this optical fiber, can determine to connect the source veneer and the place veneer of this optical fiber by this information.Like this, just, can determine the annexation between all optical fiber and the veneer.
The method that the absolute position of every veneer in view is set is: client provides default position for first veneer, and calculates the absolute position of other veneer in view according to the position relation with first veneer.
Step 104, client is according to the veneer object and the absolute position of veneer in view that comprise the veneer data, each veneer of display light network element in view.
Each veneer of the Optical NE that shows in view can be shown as different icons according to board type, can also show the title of veneer in the view, when veneer breaks down, can also show board alarm information.Veneer in the view can refresh in real time, comprises veneer additions and deletions and/or single board state variation etc.
Step 105, client generates the optical fiber object that comprises fiber data that view shows according to the fiber data that obtains.
In this step, can generate the optical fiber object that comprises fiber data that view shows by calling ILOG software, method is: fiber data as parameter input ILOG interface, just can be generated the optical fiber object that comprises fiber data that view shows.Fiber data can comprise optical fiber title, fiber type and/or optical fiber state etc.
Above-mentioned ILOG software can use other softwares that can realize generating the veneer object that comprises the veneer data that view shows to replace, and also can be the homemade softwares that can realize generating the veneer object that comprises the veneer data that view shows of those skilled in the art.
The order of above-mentioned steps 103～step 105 also can for, first execution in step 105, execution in step 103 and step 104 again.
Step 106, client show the optical fiber between the veneer according to the optical fiber object that comprises fiber data in view.Like this, just obtained Optical NE fiber-optic signal flow graph graphical system.
Step 104 has generated each veneer of Optical NE in view, and each fiber data has comprised the information of the source veneer and the place veneer of this optical fiber, has so just determined the absolute position of each optical fiber.Then, client generates each optical fiber according to the absolute position that comprises optical fiber object He each optical fiber of fiber data in view.
In view, can show optical fiber main channel and optical fiber monitoring and controlling channels by color differentiating; Can represent that the optical fiber of signal flows to by arrow, as, forward, direction and two-way; When optical fiber breaks down, can show the optical fiber warning information; Can refresh optical fiber in real time, comprise optical fiber additions and deletions and/or state variation etc.; Can also show information such as optical fiber title, source port, place port, wavelength numbering, wavelength value and/or frequency.
Step 107, the view by Optical NE fiber-optic signal flow graph graphical system demonstrate the veneer in the Optical NE and/or the information of optical fiber, obtain optical fiber signal flow information of optical network.
The user can be known the situation of current Optical NE fiber-optic signal stream, thereby Optical NE is managed according to the optical fiber signal flow information of optical network that obtains.Optical NE is managed in the process, when the fault message of the veneer of the shown efferent echo molecule of the view frame inside of Optical NE fiber-optic signal flow graph graphical system and/or optical fiber, the user can transmit maintenance request to client according to the optical fiber signal flow information of optical network that obtains; Client is safeguarded processing according to maintenance request, finish the veneer that breaks down and/or the maintenance of optical fiber, perhaps, client sends maintenance request to server, server is safeguarded processing according to maintenance request, finishes the veneer that breaks down and/or the maintenance of optical fiber.
When certain veneer in the sub-frame of the wavelength-division in the Optical NE and/or optical fiber break down, the view of Optical NE fiber-optic signal flow graph graphical system will demonstrate this fault message by aspects such as alarms.The user transmits maintenance request to client after obtaining this fault message by the view demonstration.
The shown veneer of Optical NE fiber-optic signal flow graph graphical system that present embodiment generates can comprise various Optical NE equipment, for example, and OTM, OADM, optical regenerator, Optical equalizer and/or optical line amplifier etc.; Can also comprise the fine functional unit of various companies, for example, Optical Transponder Unit, Variable Optical Attenuator, fixed light are put, the wave multiplexer with light decay, Optical Multiplexer Unit, Optical Demultiplexing Unit, OADM unit, power amplifier (BA, Booster Amplifier), power amplifier (PA, PowerAmplifier), comb filter, trunk Optical Fiber Interface Board, spectroscopy unit and/or Optical Supervisory Channel etc.
When the user uses the Optical NE fiber-optic signal flow graph graphical system of the embodiment of the invention, can customize Optical NE fiber-optic signal flow graph graphical system, customization procedure is: at first, the user is click right on the view of Optical NE fiber-optic signal flow graph graphical system, and NM client shows right-click menu; The user selects " option " menu item in the right-click menu, and NM client is at the right side of the view Show Options Tab page; The user clicks " checkbox " before the option that needs are formulated, click " application " again, and NM client refreshes view according to the option that the user selects.The customized information of graphical display comprises wave band type, service band parity, wavelength numbering, frequency values, wavelength value and/or veneer name etc.The Optical NE fiber-optic signal flow graph graphical system that the embodiment of the invention generates also supports legend to show, legend shows the implication of the various signs that are used for describing figure, for example the implication of color etc.
The user can use the Optical NE fiber-optic signal flow graph graphical system of the embodiment of the invention to finish processing capacity, processing procedure is: the user is click right on the view of Optical NE fiber-optic signal flow graph graphical system, NM client shows that right-click menu, user select the operation that will carry out in right-click menu; NM client is carried out the operation that the user will select, and refreshes view after the NM client executable operations finishes.The graphics processing function of present embodiment comprises: functions such as the printing of figure, preservation and/or locking position, also comprise the redirect of common function, as, optical fiber establishment, passage figure, Browse Alarm, performance are browsed, are resetted and/or path etc.
Referring to Fig. 2, generate the example of view of the Optical NE fiber-optic signal flow graph graphical system of two-way OADM for using method shown in Figure 1.Each veneer that has shown the OADM Optical NE in the view, and the signal flow of each optical fiber and each optical fiber to.Dotted line among the figure is represented monitoring and controlling channels, and triangle, square have been represented different veneers with trapezoidal etc., and the title of each veneer shows in view.Shown in the view that name is called the information of each veneer and each optical fiber in the sub-frame of wavelength-division of NE181 and the wavelength-division sub-frame that name is called NE182, wherein, five veneers that the stem of veneer label is expressed as NE181 are the sub-frame of same wavelength-division, be five veneers of called after NE181-1-FIU, NE181-2-WBA, NE181-3-WBA, NE181-4-MB2 and NE181-5-LWM, all belong to the veneer in the NE181; Four veneers that the stem of veneer label is expressed as NE182 are the sub-frame of another wavelength-division, and promptly four of called after NE182-1-FIU, NE182-2-TC2, NE182-3-MB2 and NE182-4-LWM veneers all belong to the veneer in the NE182.This shows, use the view of the Optical NE fiber-optic signal flow graph system that method shown in Figure 1 generates can not only be as prior art optical fiber between disclosing solution molecule frame NE181 and the sub-frame NE182 of wavelength-division connect, can also demonstrate each veneer of sub-frame NE181 of wavelength-division and the sub-frame NE182 of wavelength-division inside and the view of each optical fiber respectively.
When the veneer in the OADM Optical NE and/or optical fiber break down, send to the veneer data of client and/or the fiber data from server in the step 101 and will comprise this fault message, generate Optical NE fiber-optic signal flow graph graphical system through step 102～106 backs, optical fiber and/or veneer that the view of this system shows will show this fault message by modes such as alarm signals.The user transmits maintenance request according to this fault message to client; Client is safeguarded processing according to maintenance request, finish the veneer that breaks down and/or the maintenance of optical fiber, perhaps, client sends maintenance request to server, server is safeguarded processing according to maintenance request, finishes the veneer that breaks down and/or the maintenance of optical fiber.
Referring to Fig. 3, generate the example of view of the Optical NE fiber-optic signal flow graph graphical system of two-way OTM for using method shown in Figure 1.Each veneer that has shown the OTM Optical NE among Fig. 3, and the signal flow of each optical fiber and each optical fiber to.Dotted line is wherein represented monitoring and controlling channels, and triangle, square have been represented different veneers with trapezoidal etc., and each veneer name shows in the drawings.Shown in the view that name is called the information of each veneer and each optical fiber in the sub-frame of wavelength-division of NE181 and the wavelength-division sub-frame that name is called NE182, wherein, nine veneers that the stem of veneer label is expressed as NE181 are the sub-frame of same wavelength-division, be nine veneers of called after NE181-1-FIU, NE181-2-WBA, NE181-3-WBA, NE181-4-M32, NE181-5-D32, NE181-6-TC2, NE181-7-LWM, NE181-8-LWM and NE181-9-LWM, all belong to the veneer in the NE181; Nine veneers that the stem of veneer label is expressed as NE182 are the sub-frame of another wavelength-division, be nine veneers of called after NE181-2-FIU, NE182-2-WBA, NE182-3-WBA, NE182-4-M32, NE182-5-D32, NE182-6-TC2, NE182-7-LWM, NE182-8-LWM and NE182-9-LWM, all belong to the veneer in the NE 182.This shows, use the view of the Optical NE fiber-optic signal flow graph system that method shown in Figure 1 generates can not only be as prior art optical fiber between disclosing solution molecule frame NE181 and the sub-frame NE182 of wavelength-division connect, can also demonstrate each veneer of sub-frame NE181 of wavelength-division and the sub-frame NE182 of wavelength-division inside and the view of each optical fiber respectively.
When the veneer in the OTM Optical NE and/or optical fiber break down, send to the veneer data of client or the fiber data from server in the step 101 and will comprise this fault message, generate Optical NE fiber-optic signal flow graph graphical system through step 102～106 backs, optical fiber or veneer that the view of this system shows will show this fault message by modes such as alarm signals.The user transmits maintenance request according to this fault message to client; Client is safeguarded processing according to maintenance request, finish the veneer that breaks down and/or the maintenance of optical fiber, perhaps, client sends maintenance request to server, server is safeguarded processing according to maintenance request, finishes the veneer that breaks down and/or the maintenance of optical fiber.
Referring to Fig. 4,, comprise the server and client side for the embodiment of the invention obtains the schematic diagram of the system of optical fiber signal flow information of optical network.
Server, veneer data and fiber data in client transmits Optical NE;
Client, after the veneer data and fiber data generation veneer object and optical fiber object that receive by the server transmission, obtain Optical NE fiber-optic signal flow graph graphical system, view by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
Client comprises receiver module and processing module.
Receiver module after the veneer data and fiber data that reception server transmits, sends processing module to; Processing module generates the veneer object that comprises the veneer data that view shows according to the veneer data that transmitted by receiver module that receive; Generate the optical fiber object that comprises fiber data that view shows according to the fiber data that transmits by receiver module that receives; According to the described optical fiber object that comprises the veneer object of veneer data and comprise fiber data, the veneer of display light network element and optical fiber in view, obtain Optical NE fiber-optic signal flow graph graphical system, view by described Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
In the embodiment of the invention, client is obtained the veneer data and the fiber data of Optical NE from server, veneer data and the veneer object that comprises the veneer data of fiber data generation view demonstration and the optical fiber object that comprises fiber data that view shows according to Optical NE, each veneer in the display light network element and each optical fiber in view obtain Optical NE fiber-optic signal flow graph graphical system then.Like this, the view of the Optical NE fiber-optic signal flow graph graphical system that generates of embodiment of the invention technical scheme has demonstrated each veneer in the sub-frame of wavelength-division in the Optical NE and the information of each optical fiber.Fiber-optic signal stream information by in the Optical NE that obtains has made things convenient for the management to Optical NE.When certain veneer in the Optical NE and/or optical fiber break down, corresponding veneer and/or optical fiber that the view of the Optical NE fiber-optic signal flow graph graphical system of client shows will show this fault message by modes such as alarm signals; Then, the user transmits maintenance request according to this fault message to client, and client is safeguarded processing according to maintenance request, perhaps maintenance request is sent to server, and server is safeguarded processing according to maintenance request.As seen, the technical scheme of the embodiment of the invention has realized quickly and easily Optical NE being managed, and has also improved the maintenance efficiency of Optical NE, has solved Optical NE internal cause optical fiber and has connected problem complicated and that maintenance is difficult.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiments of the invention; and be not intended to limit the scope of the invention; within the spirit and principles in the present invention all, any modification of being made, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (11)
1, a kind of method that obtains optical fiber signal flow information of optical network is characterized in that, this method comprises:
Reception is by veneer data and fiber data in the Optical NE of server transmission;
Behind described veneer data and fiber data generation veneer object and optical fiber object, obtain Optical NE fiber-optic signal flow graph graphical system;
View by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
2, the method for claim 1 is characterized in that, described according to behind described veneer data and fiber data generation veneer object and the optical fiber object, the method that obtains Optical NE fiber-optic signal flow graph graphical system is:
Generate the veneer object that comprises described veneer data that view shows according to described veneer data;
After determining the annexation between veneer and the optical fiber, the absolute position of veneer in view is set;
The absolute position in view according to veneer object that comprises described veneer data and described veneer, the veneer of display light network element in view;
Generate the optical fiber object that comprises described fiber data that view shows according to described fiber data;
According to the optical fiber object that comprises described fiber data, in view, behind the optical fiber of display light network element, obtain Optical NE fiber-optic signal flow graph graphical system.
3, the method for claim 1 is characterized in that, described according to behind described veneer data and fiber data generation veneer object and the optical fiber object, the method that obtains Optical NE fiber-optic signal flow graph graphical system is:
Generate the veneer object that comprises described veneer data that view shows according to described veneer data;
Generate the optical fiber object that comprises described fiber data that view shows according to described fiber data;
After determining the annexation between veneer and the optical fiber, the absolute position of veneer in view is set;
The absolute position in view according to veneer object that comprises described veneer data and described veneer, the veneer of display light network element in view;
According to the optical fiber object that comprises described fiber data, in view, behind the optical fiber of display light network element, obtain Optical NE fiber-optic signal flow graph graphical system.
4, a kind of method of safeguarding Optical NE fiber-optic signal stream is characterized in that this method comprises:
Reception is by veneer data and fiber data in the Optical NE of server transmission;
Behind described veneer data and fiber data generation veneer object and optical fiber object, obtain Optical NE fiber-optic signal flow graph graphical system;
View by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the fault message of optical fiber, and described fault message is safeguarded processing.
5, method as claimed in claim 4 is characterized in that, described according to behind described veneer data and fiber data generation veneer object and the optical fiber object, the method that obtains Optical NE fiber-optic signal flow graph graphical system is:
Generate the veneer object that comprises described veneer data that view shows according to described veneer data;
After determining the annexation between veneer and the optical fiber, the absolute position of veneer in view is set;
The absolute position in view according to veneer object that comprises described veneer data and described veneer, the veneer of display light network element in view;
Generate the optical fiber object that comprises fiber data that view shows according to described fiber data;
According to the optical fiber object that comprises described fiber data, in view, behind the optical fiber of display light network element, obtain Optical NE fiber-optic signal flow graph graphical system.
6, method as claimed in claim 4 is characterized in that, described according to behind described veneer data and fiber data generation veneer object and the optical fiber object, the method that obtains Optical NE fiber-optic signal flow graph graphical system is:
Generate the veneer object that comprises described veneer data that view shows according to described veneer data;
Generate the optical fiber object that comprises described fiber data that view shows according to described fiber data;
After determining the annexation between veneer and the optical fiber, the absolute position of veneer in view is set;
The absolute position in view according to veneer object that comprises described veneer data and described veneer, the veneer of display light network element in view;
According to the optical fiber object that comprises described fiber data, in view, behind the optical fiber of display light network element, obtain Optical NE fiber-optic signal flow graph graphical system.
As claim 4,5 or 6 described methods, it is characterized in that 7, described described fault message is safeguarded further comprises before handling: client receives the maintenance request that the user transmits.
8, method as claimed in claim 7 is characterized in that, described described fault message is safeguarded that the method for processing is:
Client is directly handled described fault message according to described maintenance request; Or client sends described maintenance request to server, and server is handled according to the described maintenance request that receives.
9, a kind of system that obtains optical fiber signal flow information of optical network is characterized in that, this system comprises the server and client side;
Server, veneer data and fiber data in client transmits Optical NE;
Client, after the described veneer data and fiber data generation veneer object and optical fiber object that receive by the server transmission, obtain Optical NE fiber-optic signal flow graph graphical system, view by Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
10, system as claimed in claim 9 is characterized in that, described client comprises receiver module and processing module;
Receiver module after the described veneer data and fiber data that reception server transmits, sends processing module to;
Processing module, generate the veneer object that comprises the veneer data that view shows according to the described veneer data that transmit by receiver module that receive, generate the optical fiber object that comprises fiber data that view shows according to the fiber data that transmits by receiver module that receives; According to described veneer object and the described optical fiber object that comprises fiber data that comprises the veneer data, obtain Optical NE fiber-optic signal flow graph graphical system, view by described Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
11, a kind of client device that obtains optical fiber signal flow information of optical network is characterized in that, this client device comprises receiver module and processing module;
Receiver module after the veneer data and fiber data that reception server transmits, sends processing module to;
Processing module generates the veneer object that comprises the veneer data that view shows according to the veneer data that transmitted by receiver module that receive; Generate the optical fiber object that comprises fiber data that view shows according to the fiber data that transmits by receiver module that receives; According to the described optical fiber object that comprises the veneer object of veneer data and comprise fiber data, obtain Optical NE fiber-optic signal flow graph graphical system, view by described Optical NE fiber-optic signal flow graph graphical system demonstrates the veneer in the Optical NE and/or the information of optical fiber, obtains optical fiber signal flow information of optical network.
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| CN2007100900645A CN101039151B (en) | 2007-03-23 | 2007-03-23 | Method, system and client equipment for obtaining optical fiber signal flow information of optical network |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102457397A (en) * | 2010-11-01 | 2012-05-16 | 中兴通讯股份有限公司 | Method and system for optical fiber warning display |
| CN102006180B (en) * | 2009-09-03 | 2012-09-05 | 中兴通讯股份有限公司 | Method and device for selecting endpoints during establishment of end-to-end service layer service |
| WO2016062086A1 (en) * | 2014-10-23 | 2016-04-28 | 中兴通讯股份有限公司 | Method and device for processing fiber connection |
| WO2018041040A1 (en) * | 2016-08-29 | 2018-03-08 | 烽火通信科技股份有限公司 | Automatic layout method and system utilizing vector diagram of otn service signal flow |
| CN109617599A (en) * | 2018-12-18 | 2019-04-12 | 上海科梁信息工程股份有限公司 | Detection method, device and the computer storage medium of fiber-optic signal conversion equipment |
-
2007
- 2007-03-23 CN CN2007100900645A patent/CN101039151B/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102006180B (en) * | 2009-09-03 | 2012-09-05 | 中兴通讯股份有限公司 | Method and device for selecting endpoints during establishment of end-to-end service layer service |
| CN102457397A (en) * | 2010-11-01 | 2012-05-16 | 中兴通讯股份有限公司 | Method and system for optical fiber warning display |
| WO2016062086A1 (en) * | 2014-10-23 | 2016-04-28 | 中兴通讯股份有限公司 | Method and device for processing fiber connection |
| WO2018041040A1 (en) * | 2016-08-29 | 2018-03-08 | 烽火通信科技股份有限公司 | Automatic layout method and system utilizing vector diagram of otn service signal flow |
| CN109617599A (en) * | 2018-12-18 | 2019-04-12 | 上海科梁信息工程股份有限公司 | Detection method, device and the computer storage medium of fiber-optic signal conversion equipment |
| CN109617599B (en) * | 2018-12-18 | 2021-09-10 | 上海科梁信息科技股份有限公司 | Detection method and device of optical fiber signal conversion equipment and computer storage medium |
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| Publication number | Publication date |
|---|---|
| CN101039151B (en) | 2011-09-14 |
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