CN105282694A - Intelligent task issuing method and device - Google Patents

Intelligent task issuing method and device Download PDF

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Publication number
CN105282694A
CN105282694A CN201410294583.3A CN201410294583A CN105282694A CN 105282694 A CN105282694 A CN 105282694A CN 201410294583 A CN201410294583 A CN 201410294583A CN 105282694 A CN105282694 A CN 105282694A
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China
Prior art keywords
terminal
positional information
information
self
task
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CN201410294583.3A
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Chinese (zh)
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CN105282694B (en
Inventor
张健
李伟东
刘云
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中兴通讯股份有限公司
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Publication of CN105282694A publication Critical patent/CN105282694A/en
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Publication of CN105282694B publication Critical patent/CN105282694B/en

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/02Services making use of location information
    • H04W4/029Location-based management or tracking services

Abstract

The invention discloses an intelligent task issuing method and device. The method comprises the following steps: obtaining position information of a second terminal collected by first terminals; obtaining position information of the first terminals reported by the first terminals, wherein the number of the first terminals is at least two; obtaining the first terminal nearest to the second terminal according to the position information of the second terminal and the position information of the first terminals; and sending the established task to the first terminal nearest to the second terminal.

Description

A kind of intelligence issues method and the device of task

Technical field

The present invention relates to fiber optic network field, the intelligence particularly related in a kind of Intelligent optical fiber distribution network (ODN, OpticalDistributionNetwork) management system issues method and the device of task.

Background technology

Present inventor, in the process realizing the embodiment of the present application technical scheme, at least finds to there is following technical problem in correlation technique:

It is a requisite technology in fiber optic network that fiber optic service opens technology, needs to issue task, treats construction equipment construct according to the information content of task deployment.Such as, task can be specially the form of business work order, then there is following two schemes at present, to realize fiber optic service open-minded:

Scheme one: traditionally on paper service activating method.

Service fulfillment technology relates to resource system, WorkForm System and optical network device, first be from business hall accepts business, from resource system, Resources allocation gives application user, then the resource of application is formed a business work order by WorkForm System, issuing service work order is to workmen, workmen holds the business work order of papery, after arriving job site, the information content according to the business work order of papery searches the construction port of equipment to be onstructed, then a jumping fiber is selected to be got up by two port jumper connections, inform that WorkForm System jumper connection completes and carry out receipt, thus complete the construction process of whole business work order.

Employing such scheme one Problems existing is: in the use of reality, first, the business work order issued is papery, visual poor, easily leads to errors; Secondly, rule of thumb or regional planning be handed down to the business work order of workmen, often there is a kind of possibility: this workmen is far away apart from this equipment to be onstructed, site operation can not be rushed towards in time, and now have the workmen more entering, can arrive more fast job site apart from equipment to be onstructed, but this is apart near workmen not this business work order, even if can reach the spot fast, but need to find construction port voluntarily, location is very easy to make mistakes; Finally complete after construction, need artificially to determine annexation; Construction result need manual input system, real-time and accuracy rate poor.

Scheme two: combined with intelligent ODN network apparatus management system realizes electronic work order.

Relate to resource system, WorkForm System, intelligence ODN network apparatus management system, office terminal and optical network device, first from business is set up in business hall, resource system Resources allocation gives application user, then WorkForm System generates the business work order of electronics, the business work order of electronics is sent to intelligent ODN network apparatus management system by north orientation, rule of thumb or planning, business work order is handed down to office terminal, the business work order of office terminal display electronics, and the information content according to the business work order of this electronics searches the construction port of equipment to be onstructed, guiding construction, after having constructed, office terminal notifies that intelligent ODN network apparatus management system has been constructed, thus complete the construction process of whole business work order.

Employing such scheme two Problems existing is: find in actual use, rule of thumb or the planning office terminal of assigning (be not comparatively far often optimal selection apart from equipment to be onstructed, there is the office terminal nearer apart from equipment to be onstructed, job site can be arrived more fast), can not rush towards site operation in time, causing like this cannot finishing service be open-minded fast.Particularly when urgency traffic open or rush repair, require that workmen can arrive at scene fast and complete construction.

In sum, the scheme one of prior art and the problem existing for scheme two be all: intelligence cannot obtain workmen or carry the workmen of office terminal and the optimal path of equipment room to be onstructed, thus business work order cannot be handed down to most suitable workmen and construct to treat construction equipment.

With regard to the concrete existence form issuing task, such as task is business work order, because the business work order of papery is relative to the business work order of electronics, visual poor, easily lead to errors, therefore, scene for the business work order of electronics is optimized and has more popularity meaning, can improve accuracy, can open or rush to repair, improve efficiency of construction by finishing service fast, reduce construction cost, its prerequisite is, can realize intelligent issuing service work order to the office terminal nearer apart from equipment.Visible: intelligentized office terminal business work order being handed down to distance equipment nearer seems particularly important, but, for this problem, there is not effective solution at present.

Summary of the invention

In view of this, the embodiment of the present invention issues method and the device of task desirable to provide a kind of intelligence, at least achieve intelligence and issue task to the office terminal nearer apart from equipment, thus make office terminal can based on this task rapidly finishing service open or rush to repair, improve efficiency of construction, reduce construction cost.

The technical scheme of the embodiment of the present invention is achieved in that

Intelligence issues a method for task, and described method comprises:

Obtain the positional information of the second terminal gathered by first terminal;

Obtain the positional information of the first terminal self reported by first terminal, described first terminal is at least two;

According to the positional information of described second terminal and the positional information of described first terminal self, obtain the first terminal nearest apart from described second terminal;

The task of establishment is handed down to the first terminal nearest apart from described second terminal.

Preferably, when described second terminal is one, the positional information of the described positional information according to described second terminal and described first terminal self, obtains the first terminal nearest apart from described second terminal, comprising:

By the positional information G of described second terminal 1with the positional information g of described first terminal self 1to g i, obtain the range information set D of each first terminal apart from described second terminal 1to D i; Wherein, D 1=G 1-g 1; D i=G 1-g j; I be greater than 2 natural number;

From described range information set D 1to D imiddle acquisition minimum value, is defined as the described first terminal nearest apart from described second terminal by first terminal corresponding for described minimum value.

Preferably, when described second terminal is multiple, described method also comprises:

Detect the mutual alignment K of multiple second terminal room 1to K j, j be greater than 2 natural number;

From described K 1to K jin choose the K value scope meeting a threshold value, using any one in multiple second terminals corresponding for described K value scope as observation station.

Preferably, the positional information of the described positional information according to described second terminal and described first terminal self, obtains the first terminal nearest apart from described second terminal, comprising:

Obtain the positional information G as the second terminal of described observation station 2;

By the positional information G of described second terminal 2with the positional information g of described first terminal self 1to g i, obtain the range information set D of each first terminal apart from described second terminal 1to D i; Wherein, D 1=G 2-g 1; D i=G 2-g j; I be greater than 2 natural number;

From described range information set D 1to D imiddle acquisition minimum value, is defined as the described first terminal nearest apart from described second terminal by first terminal corresponding for described minimum value.

Preferably, the positional information of the described first terminal reported by first terminal self is the information periodically reported;

With the information that described periodicity reports, upgrade the positional information of the local first terminal self stored.

Preferably, the task of described establishment, for being shown in the first terminal nearest apart from described second terminal, making first terminal according to described task definition, carrying out construction processing to described second terminal.

Intelligence issues a device for task, and described device comprises:

First acquiring unit, for obtaining the positional information of the second terminal gathered by first terminal;

Second acquisition unit, for obtaining the positional information of the first terminal self reported by first terminal, described first terminal is at least two;

Processing unit, for according to the positional information of described second terminal and the positional information of described first terminal self, obtains the first terminal nearest apart from described second terminal;

Issue unit, for the task of establishment being handed down to the first terminal nearest apart from described second terminal.

Preferably, described processing unit, when to be further used for described second terminal be one, by the positional information G1 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G1-g1; Di=G1-gj; I be greater than 2 natural number; From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.

Preferably, described device also comprises:

Detecting unit, when being multiple for described second terminal, detects the mutual alignment K1 to Kj of multiple second terminal room, j be greater than 2 natural number; The K value scope meeting a threshold value is chosen, using any one in multiple second terminals corresponding for described K value scope as observation station from described K1 to Kj.

Preferably, described processing unit, is further used for obtaining the positional information G2 as the second terminal of described observation station; By the positional information G2 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G2-g1; Di=G2-gj; I be greater than 2 natural number; From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.

Preferably, the positional information of the described first terminal reported by first terminal self is the information periodically reported;

Described device also comprises:

Updating block, for the information reported with described periodicity, upgrades the positional information of the local first terminal self stored.

Preferably, the task of described establishment, for being shown in the first terminal nearest apart from described second terminal, making first terminal according to described task definition, carrying out construction processing to described second terminal.

The method that the intelligence of the embodiment of the present invention issues task comprises: the positional information obtaining the second terminal gathered by first terminal; Obtain the positional information of the first terminal self reported by first terminal, described first terminal is at least two; According to the positional information of described second terminal and the positional information of described first terminal self, obtain the first terminal nearest apart from described second terminal; The task of establishment is handed down to the first terminal nearest apart from described second terminal.

Adopt the embodiment of the present invention, the first terminal nearest apart from described second terminal can be determined, the task of establishment is handed down to the first terminal nearest apart from described second terminal, thus achieve intelligence and issue task to the nearer office terminal of distance equipment, thus make office terminal can based on this task rapidly finishing service open or rush to repair, improve efficiency of construction, reduce construction cost.

Accompanying drawing explanation

Fig. 1 is the Method And Principle realization flow figure of the embodiment of the present invention;

Fig. 2 is the principle of device realization flow figure of the embodiment of the present invention;

Fig. 3 is the realization flow figure of one embodiment of the present invention.

Embodiment

Be described in further detail below in conjunction with the enforcement of accompanying drawing to technical scheme.

The intelligence of the embodiment of the present invention issues the method for task, as shown in Figure 1, comprising:

Step 101, obtain the positional information of the second terminal gathered by first terminal;

Step 102, obtain the positional information of the first terminal self reported by first terminal, described first terminal is at least two;

Step 103, according to the positional information of described second terminal and the positional information of described first terminal self, obtain the first terminal nearest apart from described second terminal;

Step 104, the task of establishment is handed down to the first terminal nearest apart from described second terminal.

In the embodiment of the present invention one preferred implementation, when described second terminal is one, the positional information of the described positional information according to described second terminal and described first terminal self, obtains the first terminal nearest apart from described second terminal, comprising:

By the positional information G1 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G1-g1; Di=G1-gj; I be greater than 2 natural number;

From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.

In the embodiment of the present invention one preferred implementation, when described second terminal is multiple, described method also comprises:

Detect the mutual alignment K1 to Kj of multiple second terminal room, j be greater than 2 natural number;

The K value scope meeting a threshold value is chosen, using any one in multiple second terminals corresponding for described K value scope as observation station from described K1 to Kj.

In the embodiment of the present invention one preferred implementation, the positional information of the described positional information according to described second terminal and described first terminal self, obtains the first terminal nearest apart from described second terminal, comprising:

Obtain the positional information G2 as the second terminal of described observation station;

By the positional information G2 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G2-g1; Di=G2-gj; I be greater than 2 natural number;

From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.

In the embodiment of the present invention one preferred implementation, the positional information of the described first terminal reported by first terminal self is the information periodically reported;

With the information that described periodicity reports, upgrade the positional information of the local first terminal self stored.

In the embodiment of the present invention one preferred implementation, the task of described establishment, for being shown in the first terminal nearest apart from described second terminal, making first terminal according to described task definition, carrying out construction processing to described second terminal.

The intelligence of the embodiment of the present invention issues the device of task, as shown in Figure 2, comprising:

First acquiring unit, for obtaining the positional information of the second terminal gathered by first terminal;

Second acquisition unit, for obtaining the positional information of the first terminal self reported by first terminal, described first terminal is at least two;

Processing unit, for according to the positional information of described second terminal and the positional information of described first terminal self, obtains the first terminal nearest apart from described second terminal;

Issue unit, for the task of establishment being handed down to the first terminal nearest apart from described second terminal.

In the embodiment of the present invention one preferred implementation, described processing unit, when to be further used for described second terminal be one, by the positional information G1 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G1-g1; Di=G1-gj; I be greater than 2 natural number; From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.

In the embodiment of the present invention one preferred implementation, described device also comprises:

Detecting unit, when being multiple for described second terminal, detects the mutual alignment K1 to Kj of multiple second terminal room, j be greater than 2 natural number; The K value scope meeting a threshold value is chosen, using any one in multiple second terminals corresponding for described K value scope as observation station from described K1 to Kj.

In the embodiment of the present invention one preferred implementation, described processing unit, is further used for obtaining the positional information G2 as the second terminal of described observation station; By the positional information G2 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G2-g1; Di=G2-gj; I be greater than 2 natural number; From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.

In the embodiment of the present invention one preferred implementation, the positional information of the described first terminal reported by first terminal self is the information periodically reported;

Described device also comprises:

Updating block, for the information reported with described periodicity, upgrades the positional information of the local first terminal self stored.

In the embodiment of the present invention one preferred implementation, the task of described establishment, for being shown in the first terminal nearest apart from described second terminal, making first terminal according to described task definition, carrying out construction processing to described second terminal.

In sum, the embodiment of the present invention mainly comprises following content:

One, first the second terminal is added in network management system and manage, add the accurate location GPS information of recording device during the second terminal, typing or correction again after also can examining GPS information in the later stage.The GPS information of the second terminal location is generally in second terminal beginning or is gathered by first terminal when patrolling and examining and feed back in network management system, and accuracy is high, in conjunction with the accurate location of the GIS functional realiey device location of network management system.

Two, first terminal periodically reports the GPS information of position to network management system, and network management system stores or upgrades the GPS information of this first terminal, calculates for carrying out distance with the second terminal location, and multilevel iudge goes out the nearer first terminal of distance equipment.GPS information report cycle can be joined on first terminal, and when not affecting first terminal performance and normal function, report cycle is little as far as possible, so that network management system can obtain in time and upgrade first terminal GPS location.

Three, network management system creation task, as business work order, when sending single to business work order, network management system compares first terminal GPS location and the second terminal GPS location, calculate the path distance list of the second terminal and all first terminals, business work order is handed down to the first terminal that distance the second terminal distance is nearer.Wherein the business work order construction of striding equipment can relate to two the second terminals, but in ODN networking, the spacing of two the second terminals of striding equipment jumper connection is entered very much, characteristic optionally one of them second terminal as observation station, can calculate the path distance list of observation station equipment and all first terminals accordingly.

Four, network management system is by task, as business work order is handed down to the nearer first terminal calculated, workmen carries first terminal and hurries to job site, the information of first terminal display business work order is built-in and instructed the construction to the second terminal accordingly, last first terminal notice network management system has been constructed, and so far completes work order construction process.

Adopt the embodiment of the present invention, intelligentized business work order can be handed down to the nearer first terminal of distance the second terminal, to reach according to task, as business work order can complete rapidly to constructions such as the maintenance of the second terminal and connections, reduce construction cost.

The entire flow of one embodiment of the present invention, first comprises pre-treatment step: in this step, and increase by the second terminal in network management system, facility information comprises the information such as device identification, device name, GPS location.Wherein GPS information is in second terminal beginning or is gathered by first terminal when patrolling and examining and feed back in network management system, in conjunction with the accurate location of GIS functional realiey second terminal location of network management system.

As shown in Figure 3, this flow process is further comprising the steps of:

Step 301, establishment business work order.

In this step, network management system creates business work order.Business work order directly can create in network management system, is handed down to network management system after also can having been created by upper resource system or upper strata WorkForm System by north orientation, and being used in herein and network management system creates business work order is that example is described.

Step 302, each first terminal (workmen carries with) periodically report the GPS information of position to network management system, and network management system stores or upgrades the GPS position information of first terminal.

In this step, report cycle can be joined on first terminal, and when not affecting first terminal performance and normal function, report cycle is little as much as possible, so that network management system can obtain in time and upgrade first terminal GPS location.

Step 303, network management system calculate the first terminal that also chosen distance second terminal is nearer.

In this step, network management system, in conjunction with GIS function, compares first terminal GPS location and work order place equipment GPS location, calculates the path distance list of equipment and all first terminals, work order is handed down to the first terminal that distance equipment distance is nearer.

Step 304, business work order is handed down to the nearer first terminal of this distance second terminal distance of calculating.

Step 305, workmen carry first terminal and construction material, hurry to job site according to GIS navigation, in the information content of first terminal display business work order, and have instructed the construction to the second terminal accordingly, as shown in following steps 306-308.

Step 306, inspection resource distribution.

Step 307, according to the information content of business work order, the second terminal to be constructed.

Step 308, inspection construction results.

Step 309, first terminal report construction results to network management system.

The execution of step 310, winding-up work order, so far work order construction process completes.

The embodiment of the present invention exists the second terminal, and that to be one and the second terminal be is multiple without application scenarios, sets forth below to the embodiment of the present invention with embody rule scene:

Application scenarios one and application scenarios two, the precondition when implementing is: network management system successful deployment, the GIS function of network management system is normally run." task " in the embodiment of the present invention is specially the business work order that in application scenarios, intelligent ODN management system intelligence issues, " first terminal " in the embodiment of the present invention is specially the office terminal that workmen in application scenarios carries with, as IPAD, mobile phone etc., for receiving the business work order that intelligent ODN management system issues, show this business work order, and according to the content in business work order, corresponding construction is carried out to the second terminal.The second terminal in the embodiment of the present invention is specially the various hardware device for optical fiber technology in application scenarios, represents below with Device.

Application scenarios one: business work order carries out sending single and construction on an equipment to be onstructed, comprises the following steps:

Step S111, add equipment Device1 to be onstructed in network management system, treat construction equipment and carry out beginning configuration, the GPS position information Gps1 uploading in network management system gathering equipment to be onstructed stores.

Step S112, workmen Engineer1 carry with office terminal Termial1, and the report cycle of configuration management terminal Terminal1 is 2 minutes, office terminal Terminal1 reported the GPS information TGps1 of its position to network management system every 2 minutes, and network management system stores or upgrades TGps1 positional information; Workmen Engineer2 carries with office terminal Termial2, and the report cycle of configuration management terminal Terminal2 is 2 minutes, office terminal Terminal2 reported the GPS information TGps2 of its position to network management system every 2 minutes, and network management system stores or upgrades TGps2 positional information.

Step S113, network management system are that a certain service fulfillment creates a business work order WorkOrder1, and work order content is use jumping fiber by Rack1-Shelf1-Slot1-Port1 port (No. 1 frame No. 1 machine frame No. 1 veneer No. 1 port) jumper connection on equipment Device1 to the Rack1-Shelf3-Slot1-Port1 port (No. 1 frame No. 3 machine frames No. 1 veneer No. 1 port) on equipment Device1.

The path distance of step S114, network management system computing equipment Device1 and all office terminals.On the GIS function basis of network management system, the path distance calculating equipment Device1 and office terminal Terminal1 is 5km; The path distance calculating equipment Device1 and office terminal Terminal2 is 1km, judges that office terminal Terminal2 is nearer apart from equipment Device1 distance to be onstructed accordingly.

Step S115, on the basis of S114, known office terminal Terminal2 is comparatively near apart from equipment to be onstructed, therefore gives office terminal Terminal2 by single for this business work order group.

Step S116, office terminal Terminal2 receive and show business work order WorkOrder1 information, and workmen Engineer2 carries office terminal Terminal2 and construction material arrives at job site.

Step S117, be connected on equipment Device1 by office terminal Terminal2, the resource distribution inspection before constructing, it is enough normal etc. for mainly comprising whether correct, the to be onstructed port of checking apparatus mark.

Step S118, office terminal Terminal2 show work order WorkOrder1, and guide workmen Engineer2 to construct, use a jumping fiber PatchCord1 Rack1-Shelf1-Slot1-Port1 port and Rack1-Shelf3-Slot1-Port1 port jumper connection to be got up.

Step S119, office terminal Terminal2 check construction results.The reading jumping fiber be inserted on Rack1-Shelf1-Slot1-Port1 port identifies the jumping fiber mark ID2 on ID1 and Rack1-Shelf3-Slot1-Port1 port respectively, whether unanimously with ID2 compares ID1, if unanimously, then shows that construction is correct; If inconsistent or any one jumping fiber is designated sky, then show mistake jumper connection, service fulfillment failure will be caused, need at once check and revise.

Step S120, office terminal report construction completion notice to network management system, and so far business work order WorkOrder1 has constructed.

Application scenarios two: business work order (for two equipment to be onstructed) on multiple equipment to be onstructed carries out sending single and construction, comprises the following steps:

Step S211, add equipment Device1 to be onstructed in network management system, treat construction equipment and carry out beginning configuration, the GPS position information Gps1 uploading in network management system gathering equipment to be onstructed stores; Add equipment Device2 to be onstructed in network management system, treat construction equipment and carry out beginning configuration, the GPS position information Gps2 of collecting device uploading in network management system stores.

Step S212, workmen Engineer1 carry with office terminal Termial1, and the report cycle of configuration management terminal Terminal1 is 2 minutes, office terminal Terminal1 reported the GPS information TGps1 of its position to network management system every 2 minutes, and network management system stores or upgrades TGps1 positional information; Workmen Engineer2 carries with office terminal Termial2, and the report cycle of configuration management terminal Terminal2 is 2 minutes, office terminal Terminal2 reported the GPS information TGps2 of its position to network management system every 2 minutes, and network management system stores or upgrades TGps2 positional information.

Step S213, network management system are the business work order WorkOrder2 that a certain service fulfillment creates an inter-network element, and work order content is use jumping fiber by Rack1-Shelf2-Slot1-Port1 port (No. 1 frame No. 2 machine frames No. 1 veneer No. 1 port) jumper connection on equipment Device1 to the Rack1-Shelf2-Slot1-Port1 port (No. 1 frame No. 2 machine frames No. 1 veneer No. 1 port) on equipment Device2.

Step S214, calculate the path distance of equipment to be onstructed and office terminal.In ODN networking, the spacing of two equipment to be onstructed of striding equipment jumper connection is very near, and characteristic can carry out distance calculating as observation station by an optional equipment to be onstructed accordingly.

Select equipment Device1 to be onstructed as observation station in this example, on the GIS function basis of network management system, the path distance calculating office terminal Terminal1 and equipment Device1 is 5km; The path distance calculating office terminal Terminal2 and equipment Device1 is 1km, judges that office terminal Terminal2 is nearer apart from equipment Device1 distance to be onstructed.

Step S215, on the basis of S214, known office terminal Terminal2 is comparatively near apart from equipment to be onstructed, therefore gives office terminal Terminal2 by single for this work order group.

Step S216, office terminal Terminal2 receive and show work order WorkOrder2 information, and workmen Engineer2 carries office terminal Terminal2 and construction material arrives at job site.

Step S217, be connected on equipment Device1 by office terminal Terminal2, the resource distribution inspection before constructing, it is enough normal etc. for mainly comprising whether correct, the to be onstructed port of checking apparatus mark.

Step S218, office terminal Terminal2 show business work order WorkOrder2, workmen Engineer2 is and guided to construct, inserted one end of jumping fiber PatchCord2 on the Rack1-Shelf2-Slot1-Port1 port of equipment Device1, the jumping fiber mark ID1 be inserted on the Rack1-Shelf2-Slot1-Port1 port of Device1 is read in office terminal.

Step S219, be connected on equipment Device2 by office terminal Terminal2, the resource distribution inspection before constructing, it is enough normal etc. for mainly comprising whether correct, the to be onstructed port of checking apparatus mark.

Step S220, office terminal Terminal2 show business work order WorkOrder2, workmen Engineer2 is and guided to construct, inserted by the other end of jumping fiber PatchCord2 on the Rack1-Shelf2-Slot1-Port1 port of equipment Device2, the jumping fiber mark ID2 be inserted on the Rack1-Shelf2-Slot1-Port1 port of Device2 is read in office terminal.

Step S211, office terminal Terminal2 check construction results, whether unanimously with ID2 compare ID1, if consistent, show that construction is correct; If inconsistent or any one jumping fiber is designated sky, then show mistake jumper connection, service fulfillment failure will be caused, need at once check and revise.

Step S212, office terminal report construction completion notice to network management system, and so far business work order WorkOrder2 has constructed.

In sum, present invention achieves the method that intelligence issues work order.Periodic report position, office terminal GPS information, in conjunction with the GIS function of network management system, the path distance of management of computing terminal and equipment, to judge the office terminal nearer apart from equipment to be onstructed, and then work order is handed down to the office terminal of close together, make workmen the fastest time can arrive at job site to construct, improve service fulfillment speed and reduce construction cost.Particularly when urgency traffic open or rush repair, the office terminal that work order to be handed down to close together by intelligence will seem particularly important.The workmen that the present invention efficiently solves traditional's list and causes and office terminal distance equipment comparatively far, cannot arrive at the problem of job site construction and increase construction cost in time.

The present invention can realize constructing nearby to work order, and then promotes service fulfillment speed, reduction construction cost.

The technical term related in the invention described above embodiment is described as follows:

Intelligence ODN network apparatus management system: the subsystem of telecom network management system (EMS), lay particular emphasis on the intelligent management of ODN equipment, based on GIS GIS-Geographic Information System and R Smart Logo system, realize the accurate location of optical network device, be called for short network management system herein.

Optical network device: the equipment in PON, lays particular emphasis on ODN equipment herein, is called for short equipment.

ODN: fiber distribution network (OpticalDistributionNetwork) is the fiber optic network based on PON, is the huge fiber distribution network of between OLT and ONU one, provides transmission line.

GPS: global position determination system (GlobalPositioningSystem is called for short GPS), refers to longitude and latitude and the elevation of observation station.

GIS: GIS-Geographic Information System (GeographicInformationSystem), realizes network equipment location and route guidance function in conjunction with GPS.

Office terminal: comprise display module, processing module and GPS module, wherein display module provides display work order details function, processing module provides guiding construction, checkout facility resource and the function to network management system feedback traffic work order construction results, and GPS module is used for location, position.Workmen carries with office terminal, and office terminal periodically reports the GPS information of position.Said office terminal comprises workmen simultaneously herein.

Business work order: for opening the work document that a certain optical communication business creates, be handed down to workmen, workmen constructs according to work order information, herein referred to as work order.Specify that device port to be onstructed in work order, use optical fiber to be got up by port jumper connection, realize the connection of light path, and then finishing service is open-minded.

If module integrated described in the embodiment of the present invention using the form of software function module realize and as independently production marketing or use time, also can be stored in a computer read/write memory medium.Based on such understanding, the technical scheme of the embodiment of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product is stored in a storage medium, comprises some instructions and performs all or part of of method described in each embodiment of the present invention in order to make a computer equipment (can be personal computer, server or the network equipment etc.).And aforesaid storage medium comprises: USB flash disk, portable hard drive, read-only memory (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccessMemory), magnetic disc or CD etc. various can be program code stored medium.Like this, the embodiment of the present invention is not restricted to any specific hardware and software combination.

Accordingly, the embodiment of the present invention also provides a kind of computer-readable storage medium, wherein stores computer program, and this computer program issues the method for task for the intelligence performing the embodiment of the present invention.

The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.

Claims (12)

1. intelligence issues a method for task, it is characterized in that, described method comprises:
Obtain the positional information of the second terminal gathered by first terminal;
Obtain the positional information of the first terminal self reported by first terminal, described first terminal is at least two;
According to the positional information of described second terminal and the positional information of described first terminal self, obtain the first terminal nearest apart from described second terminal;
The task of establishment is handed down to the first terminal nearest apart from described second terminal.
2. method according to claim 1, is characterized in that, when described second terminal is one, the positional information of the described positional information according to described second terminal and described first terminal self, obtains the first terminal nearest apart from described second terminal, comprising:
By the positional information G of described second terminal 1with the positional information g of described first terminal self 1to g i, obtain the range information set D of each first terminal apart from described second terminal 1to D i; Wherein, D 1=G 1-g 1; D i=G 1-g j; I be greater than 2 natural number;
From described range information set D 1to D imiddle acquisition minimum value, is defined as the described first terminal nearest apart from described second terminal by first terminal corresponding for described minimum value.
3. method according to claim 1, is characterized in that, when described second terminal is multiple, described method also comprises:
Detect the mutual alignment K of multiple second terminal room 1to K j, j be greater than 2 natural number;
From described K 1to K jin choose the K value scope meeting a threshold value, using any one in multiple second terminals corresponding for described K value scope as observation station.
4. method according to claim 3, is characterized in that, the positional information of the described positional information according to described second terminal and described first terminal self, obtains the first terminal nearest apart from described second terminal, comprising:
Obtain the positional information G as the second terminal of described observation station 2;
By the positional information G of described second terminal 2with the positional information g of described first terminal self 1to g i, obtain the range information set D of each first terminal apart from described second terminal 1to D i; Wherein, D 1=G 2-g 1; D i=G 2-g j; I be greater than 2 natural number;
From described range information set D 1to D imiddle acquisition minimum value, is defined as the described first terminal nearest apart from described second terminal by first terminal corresponding for described minimum value.
5. the method according to any one of Claims 1-4, is characterized in that, the positional information of the described first terminal reported by first terminal self is the information periodically reported;
With the information that described periodicity reports, upgrade the positional information of the local first terminal self stored.
6. the method according to any one of Claims 1-4, is characterized in that, the task of described establishment, for being shown in the first terminal nearest apart from described second terminal, making first terminal according to described task definition, carrying out construction processing to described second terminal.
7. intelligence issues a device for task, it is characterized in that, described device comprises:
First acquiring unit, for obtaining the positional information of the second terminal gathered by first terminal;
Second acquisition unit, for obtaining the positional information of the first terminal self reported by first terminal, described first terminal is at least two;
Processing unit, for according to the positional information of described second terminal and the positional information of described first terminal self, obtains the first terminal nearest apart from described second terminal;
Issue unit, for the task of establishment being handed down to the first terminal nearest apart from described second terminal.
8. device according to claim 7, it is characterized in that, described processing unit, when to be further used for described second terminal be one, by the positional information G1 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G1-g1; Di=G1-gj; I be greater than 2 natural number; From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.
9. device according to claim 7, is characterized in that, described device also comprises:
Detecting unit, when being multiple for described second terminal, detects the mutual alignment K1 to Kj of multiple second terminal room, j be greater than 2 natural number; The K value scope meeting a threshold value is chosen, using any one in multiple second terminals corresponding for described K value scope as observation station from described K1 to Kj.
10. device according to claim 9, is characterized in that, described processing unit, is further used for obtaining the positional information G2 as the second terminal of described observation station; By the positional information G2 of described second terminal and the positional information g1 to gi of described first terminal self, obtain the range information set D1 to Di of each first terminal apart from described second terminal; Wherein, D1=G2-g1; Di=G2-gj; I be greater than 2 natural number; From described range information set D1 to Di, obtain minimum value, first terminal corresponding for described minimum value is defined as the described first terminal nearest apart from described second terminal.
11. devices according to any one of claim 7 to 10, is characterized in that, the positional information of the described first terminal reported by first terminal self is the information periodically reported;
Described device also comprises:
Updating block, for the information reported with described periodicity, upgrades the positional information of the local first terminal self stored.
12. devices according to any one of claim 7 to 10, it is characterized in that, the task of described establishment, for being shown in the first terminal nearest apart from described second terminal, make first terminal according to described task definition, construction processing is carried out to described second terminal.
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