CN100428806C - Alarm system and method thereof - Google Patents

Alarm system and method thereof Download PDF

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Publication number
CN100428806C
CN100428806C CNB2003101200990A CN200310120099A CN100428806C CN 100428806 C CN100428806 C CN 100428806C CN B2003101200990 A CNB2003101200990 A CN B2003101200990A CN 200310120099 A CN200310120099 A CN 200310120099A CN 100428806 C CN100428806 C CN 100428806C
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fault
alarm
management server
functional node
network
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CNB2003101200990A
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CN1635802A (en
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卢选民
赵晓东
刘崇真
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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Abstract

The present invention discloses an alarm system and a method thereof, which is used for detecting the fault of each of function nodes in an intelligent network and sending out alarm information. The alarm system comprises detecting agents, a management server and alarm client ends, wherein each of the detecting agents corresponding to each of the function nodes is used for detecting the fault information of each of the corresponding function nodes in real time; the management server connected with all the detecting agents is used for classifying and summering the fault information uploaded by each of the detecting agents in real time; the alarm client ends connected with the management server are used for receiving various kinds of fault information sent by the management server in real time and sending out alarm information by starting a corresponding alarm manner according to the fault information. The alarm system and the method of the present invention can centralize to detect the fault of each of the function nodes and centralize to send out the alarm information to a network administrator in time to make the intelligent network system preferably operate.

Description

Warning system and method thereof
Technical field
The present invention relates to intelligent network (IN, Intelligent Network) field, particularly a kind of warning system and method thereof that is applied in the intelligent net system.
Background technology
Intelligent network is a kind of complementary network that is provided with on the basis of original communication network, its objective is and introduce intelligent new business fast under the environment of existing network system, intelligent new business described here comprises: abbreviated dialing, hotline, go out back time-out, interruption-free, Malicious Call Identification, call follow and voice mail etc.
Above-mentioned intelligent new business can realize in the switching center of existing network system.But because in the existing network system, most of switching centers do not provide intelligent new business function, or have only provided the very intelligent new business function of fraction, and will realize every intelligent new business, the switching center of the existing network system that will upgrade respectively; Simultaneously, intelligence new business mainly is the new business of whole network range, generally can not be confined within a switching center or the local network scope, like this, intelligent new business of every increase all switching centers in the existing network system that will upgrade, because in the network system a large amount of switching centers is arranged, this will make updating operation need a very long time, and can waste a lot of man power and materials.
Just be based on above these reasons, just causing the generation of intelligent network.The main feature of intelligent network is separated network exchange exactly with business control, promptly, make the switching center of existing network system only finish basic switched connection function, and finish the intelligent new business function of increase jointly by the switching center of the collaborative original network system of a plurality of functional nodes newly-increased in the intelligent network.
With reference to Fig. 1, this figure is an intelligent network general structure block diagram in the prior art.Because the maximum characteristics of intelligent network are that function of exchange in the existing network system and service control function are separated, originally the network intelligence new business that was arranged in respective switch in the network system focused on a plurality of functional nodes of newly establishing handle, and original switch is only finished basic switched connection function.The functional node of newly establishing in existing intelligent network mainly comprises: service creation environment (SCE, Service Creation Environment) 10, service management point (SMP, Service Management Point) 20, service control point (SCP, Service ControlPoint) 30, ip intelligent peripherals (IP, Intelligent Periphery) 40 and Service Switching Point (SSP, ServiceSwitching Point) 50 etc., these functional nodes all are independent of on the existing network system 60, it is an additional network configuration, wherein existing network system 60 can be existing public switched telephone network (PSTN) PSTN, also can be the PSPDN of PSPDN Packet Switched Public Data Network, Narrowband Integrated Services Digital Network N-ISDN, broadband integrated services digital network B-ISDN and mobile radio communication etc.The effect of above-mentioned each major function node of wherein newly establishing in the intelligent network is as follows:
Service creation environment (SCE) 10: its function is that the demand according to the user generates intelligent new business logic, sends intelligent new business logic to service management point (SMP) 20 then.
Service management point (SMP) 20: have service management function,, develop and intelligent new business is provided, reload operation on the Service Control Point 30 in order to the intelligent new business logic that generates according to SCE 10.
Service Control Point 30: be the Core Feature node of intelligent network, the intelligent new business that main treatment S MP 20 loads, and Service Switching Point 50 is sent respective handling instruct.
Ip intelligent peripherals (IP) 40: be to be used to assist intelligent network to finish the special resource entity of various intelligent new business, it has various phonetic functions usually, and is synthetic as language, and the playback notice receives DTMF pulsing, carries out speech recognition or the like.Wherein IP 40 can be an independently physical entity, also can be the part of Service Switching Point 50.
Service Switching Point 50: have call-handling capability and Service Switching Function, be mainly used in the various processing instructions that issue according to SCP 30, carry out corresponding call and continue.
To sum up, along with the progressively demand of user to various intelligent new business, operator more and more payes attention to the construction of intelligent network in the existing network system.Therefore, guarantee that intelligent network can normally move in the existing network system, operator is guaranteed that whole network system normally moves, play crucial effects.
In the prior art, operator is in setting up the intelligent network process, the alarming mechanism that all adopts classification to handle, it is the fault detect that each functional node only is responsible for self, in time the fault message of finding is shown to the network management personnel by self with various alarm forms, as: SCP 30 can only detect the failure condition of self, in time fault message is shown to the network management personnel by self with various alarm forms, and for other functional node, its alarm form is identical with the situation of SCP 30, no longer too much gives unnecessary details here.
Like this, after intelligent network adopts above-mentioned alarm mode, each functional node can only be responsible for the fault warning of self, can not be responsible for the alarm of other functional nodes, thereby cause the network management personnel to need the alarm situation of often inquiring about each functional node respectively, could in time understand the current overall operation situation of whole intelligent network.Therefore, for the network management personnel, safeguard the operation of whole intelligent network, in time find the alarm situation of each functional node, its attended operation is very inconvenient, and the alarming mechanism of this non-centralized maintenance management, also may cause network management personnel's warning information of discovery feature node in time, make certain functional node be in malfunction for a long time, may cause this functional node that breaks down to be in the communication state of paralysis for a long time like this, the more serious paralysis that may also can cause whole communication network.
Summary of the invention
The technical problem to be solved in the present invention is to propose a kind of warning system and method thereof, the fault that occurs with each functional node in the timely centralized detecting intelligent network, and in time concentrate and send warning information to the network management personnel, so that intelligent net system better moves.
For addressing the above problem, the present invention proposes a kind of warning system, be used for detecting the fault of each functional node of intelligent network and send warning information, comprising:
The detection of corresponding described each functional node is acted on behalf of, and is used for detecting in real time the fault message of corresponding each functional node;
Detect the management server that the agency links to each other with all, each fault message that is used in real time each detection agency being uploaded is classified and is gathered;
The alarm client that links to each other with described management server is used for all kinds of fault messages that real-time receiving management server is sent, and starts corresponding alarm mode according to all kinds of fault messages, sends warning information.
Wherein said alarm client also is used for fault inquiry information is sent to described management server; Each fault inquiry information that described management server also is used for sending according to described alarm client sends to the relevant detection agency respectively with each fault inquiry information; Described detection agency also is used for according to corresponding each fault inquiry information the corresponding function node being carried out fault detect.
Wherein said management server also is used for all kinds of fault messages after gathering through classification are stored, in order to the subsequent query of alarm client.
Accordingly, the invention allows for a kind of alarm method, be used for detecting the fault of each functional node of intelligent network and send warning information, comprise the steps:
(1) the real-time respectively fault message that detects each functional node;
(2) detected each fault message is classified gather in real time;
(3) all kinds of fault messages after gathering according to classification start corresponding alarm mode, to send warning information.
Above-mentioned steps further comprises in (2): the step that all kinds of fault messages after classification is gathered are stored.
Above-mentioned steps (3) also comprises afterwards: the step of all kinds of fault messages of inquiry storage.
Beneficial effect of the present invention: warning system of the present invention and method thereof are carried out the fault message detection to functional node corresponding in the intelligent network respectively in real time by a plurality of detection agencies are set, and by management server detected each fault message is classified and to gather, start corresponding alarm mode by the alarm client at all kinds of fault messages again, to send warning information to the network management personnel, thereby the fault that each functional node occurs in the detection intelligent network of having realized in time concentrating, and can in time concentrate send warning information to the network management personnel, reached the purpose that makes the better operation of intelligent net system.
Description of drawings
Fig. 1 is an intelligent network general structure block diagram in the prior art;
Fig. 2 is the structure composition frame chart of warning system of the present invention;
Fig. 3 is the structure composition frame chart of warning system of the present invention system Network Based;
Fig. 4 is the flow chart of alarm method of the present invention;
Fig. 5 is the procedure chart that alarm method of the present invention moves on warning system of the present invention.
Embodiment
With reference to Fig. 2, this figure is the structure composition frame chart of warning system of the present invention.Warning system wherein of the present invention mainly comprises a plurality of detection agencies 70, management server 80 and alarm client 90, and wherein the function of each part is as follows:
Detect agency 70, wherein detecting agency 70 can place in each functional node of intelligent network, as, at least one can be set in SCP 30 inside detect agency 70, also can at least one detection of relative set act on behalf of 70 at SSP 50 and SMP 20 inside equally, in like manner other functional nodes in the intelligent network also can relative set detect agency 70.Certainly,, look concrete condition, also can detect the outside that agency 70 places each functional node of intelligent network detecting the preferred implementation that the agency is arranged on inner just warning system of the present invention of each functional node in the intelligent network and method thereof.The inner detection agency 70 who is provided with of each functional node can pass through variety of way and (compare as parameter, timing function is set or monitors modes such as various processing signals in real time), detect the fault message that the functional node at its place occurs (as single board default, disconnection fault or the cpu fault etc. of the functional node at its place) in real time in running.The detection agency 70 who is arranged in the difference in functionality node then in real time in time uploads to management server 80 with detected various fault messages.
Management server 80, may be positioned at the far-end of each functional node of intelligent network, this management server 80 can be connected with above-mentioned a plurality of detection agencies 70 by the network interconnection, in time receives a plurality of detection agency 70 each fault messages of sending, each fault message is classified gather then.Wherein, the mode that classification gathers can be undertaken by the different attribute according to each fault message (because each fault message can be divided according to different attributes, as the single board default among SCP 30, SSP 50 and the SMP 20 being defined as attribute A, the disconnection fault among SCP 30, SSP 50 and the SMP 20 is defined as attribute B etc.); In addition, the mode that classification gathers also can be carried out by the different priorities according to each fault message in proper order (as the fault message that SCP 30 occurs being defined as the limit priority order, the fault message that SMP 20 is occurred is defined as time high priority order, the rest may be inferred for the priority orders of the fault message of other functional nodes), through management server 80 to each fault message classify gather after, just obtained all kinds of fault messages, management server 80 in time sends to all kinds of fault messages alarm client 90 then.
Alarm client 90 is connected with management server 80 by the network interconnection, is used for starting corresponding alarm mode according to all kinds of fault messages that management server 80 is sent, to send warning information to the network management personnel.Wherein alarming client 90 is to have display interface, the terminal of sound playing system and photoelectric display system, when alarm client 90 receives all kinds of warning information that management server 80 sends, can play sound by sound playing system, to point out not the network management personnel who alarms client 90 next doors, the message that certain functional node breaks down in the intelligent network, alarm client 90 simultaneously and can also and then will comprise the functional node that breaks down, and the warning information of the information such as particular location that break down shows at display interface, so that the network management personnel is after having obtained warning information, further pass through the warning information of query display interface display, concrete positioning action is carried out in this time alarm, so that the network management personnel can accurately find the functional node that breaks down, and the function machine node that breaks down in time repaired.
With reference to Fig. 3, this figure is the structure composition frame chart of warning system of the present invention system Network Based; The detection agency 70 who comprises in the warning system of the present invention, management server 80 and alarm client 90 can be connected by network, as connecting by local area network (LAN) 110, being connected to warning system by local area network (LAN) 110 can also further be connected with Upper NM Station 100, and then each fault message that management server 80 receives classified send to Upper NM Station 100 after gathering, by the timely ruuning situation of the present intelligent network of inquiry of long-range Upper NM Station operating personnel.
The function of the alarm client 90 all right network enabled administrative staff input fault Query Informations in the warning system of the present invention, the network management personnel can inquire about needs the display interface input of the fault inquiry information of certain parts working condition in certain functional node by alarm client 90; Alarm client 90 can also support the fault inquiry information that will import to send to management server 80, and management server 80 sends it to the respective detection agency 70 in the corresponding functional node again according to this fault inquiry information; Detect the fault detect information that agency 70 can also send according to management server 80, concrete parts in self place functional node are carried out fault detect, and then detected fault message in time fed back to management server 80, and then carry out alarm operation by alarm client 90 again, thereby can realize the bidirectional operation function of warning system of the present invention.
Management server 80 in the warning system of the present invention can also be used for all kinds of warning information after gathering through classification are stored, during in order to the warning information before the subsequent network administrative staff need inquire about, can further in the warning information of management server 80 storages, inquire about by alarm client 90.
With reference to Fig. 4, this figure is the flow chart of alarm method of the present invention.Alarm method of the present invention is mainly finished as follows:
Step 110, in real time each functional node in the intelligent network is carried out fault detect respectively, the mode of this detection can be by comparing as parameter, timing function is set or monitors modes such as various processing signals in real time and carry out, to the detection of each functional node comprise detection to the veneer ruuning situation of functional node inside, to detection of the CPU ruuning situation of functional node inside etc.
Step 120 in real time detects each fault message that obtains to each functional node in the intelligent network and classifies and gather, and forms all kinds of fault message forms so that each fault message is handled.The mode that gathers of wherein classifying can be undertaken by the different attribute of each fault message (because each fault message can be divided according to different attributes, as the single board default among SCP 30, SSP 50 and the SMP 20 being defined as attribute A, the disconnection fault among SCP 30, SSP 50 and the SMP 20 is defined as attribute B etc.); In addition, the mode that classification gathers also can be carried out by the different priorities of each fault message in proper order (as the fault message that SCP 30 occurs being defined as the limit priority order, the fault message that SMP 20 is occurred is defined as time high priority order, and the rest may be inferred for the priority orders of the fault message of other functional nodes).
Step 130, all kinds of fault messages after classification gathers according to step 120 start corresponding alarm mode, to send warning information to the network management personnel.The mode of wherein alarming can be selected sound alarm mode or photoelectricity alarm mode or character and picture display alarm mode for use, also can be the combination in any of above-mentioned three kinds of alarm modes.Certainly, the alarm mode of being lifted here is some preferred forms, looks concrete condition, and alarm method of the present invention also can be chosen other alarm mode.
Wherein in the step 120, each functional node detects each fault message that obtains and classifies and gather in to intelligent network, after obtaining various types of fault messages, all kinds of fault messages that can also and then will obtain are stored, and fault message is inquired about and fault message is carried out survey in order to the subsequent network administrative staff.Therefore, the fault message before the subsequent network administrative staff need inquire about, or when planning former fault message added up, can further in all kinds of fault messages of storage, carry out search index.
With reference to Fig. 5, this figure is the procedure chart that alarm method of the present invention moves on warning system of the present invention.Wherein corresponding at least one the detection agency 70 of each functional node in the intelligent network carries out fault detect with the different parts to corresponding each functional node.Whole then alarm process is carried out the following step:
Step S1, each detects agency 70, and (described parts comprise the veneer of functional node to the corresponding component of corresponding functional node respectively, CPU etc.) carry out fault detect, its detection mode as above can adopt as parameter comparison, timing function is set or monitors mode such as various processing signals in real time and carries out;
Step S2, each detects agency 70 fault message of the corresponding component in self detected corresponding function node is in time sent to management server 80, management server 80 is in time classified to each fault message that receives and is gathered, its classification gathers mode as above, can adopt by different attribute and be undertaken each fault message, or carry out in proper order, thereby obtain different types of fault message by different priorities to each fault message.Then management server 80 with classification gather all kinds of fault messages that obtain in time send to be arranged in network management personnel's side each the alarm client 90.
Step S3, alarm client 90 starts corresponding alarm mode, to send alarm to the user according to all kinds of fault messages that receive.Wherein alarming mode as above, can adopt sound alarm mode or photoelectricity alarm mode or character and picture display alarm mode, also can be the combination in any of above-mentioned three kinds of alarm modes, certainly, also can choose other alarm mode.So that after the network management personnel finds alarm, can in time find the position of breaking down, in time repair, thereby intelligent net system can normally be moved.
Step S4, certainly, whether the network management personnel also can initiatively require to inquire about in the intelligent network ruuning situation of certain parts in certain functional node as the case may be, break down to find it.The display interface input of network management personnel by alarm client 90 needs the fault inquiry information carried out, alarms fault inquiry information that client 90 will import then and handles and send in the management server 80.
Step S5, after management server 80 receives the fault inquiry information sent of alarm client 90, by analysis, determine the functional node that this fault inquiry information specifically should send to, according to analysis result this fault inquiry information is sent to then and the detection of this corresponding function node correspondence agency 70 in.
Step S6, after detecting agency 70 and receiving the fault inquiry information that management server 80 sends, analyzing this fault inquiry information specifically is to inquire about at which parts in this functional node, according to analysis result the parts of determining are carried out fault detect then, and then forward step S1 to, carry out this detection agency 70 detected fault message is in time sent in the management server 80, continue to carry out follow-up process again.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the technology of the present invention principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.

Claims (10)

1, a kind of warning system is used for detecting the fault of each functional node of intelligent network and sends warning information, it is characterized in that, comprising:
The detection of corresponding described each functional node is acted on behalf of, and is used for detecting in real time the fault message of corresponding each functional node;
Detect the management server that the agency links to each other with all, each fault message that is used in real time each detection agency being uploaded is classified and is gathered;
The alarm client that links to each other with described management server is used for all kinds of fault messages that real-time receiving management server is sent, and starts corresponding alarm mode according to all kinds of fault messages, sends warning information.
2, warning system according to claim 1 is characterized in that,
Described alarm client also is used for fault inquiry information is sent to described management server;
Each fault inquiry information that described management server also is used for sending according to described alarm client sends to the relevant detection agency respectively with each fault inquiry information;
Described detection agency also is used for according to corresponding each fault inquiry information the corresponding function node being carried out fault detect.
3, warning system according to claim 1 is characterized in that, described management server also is used for all kinds of fault messages after gathering through classification are stored, in order to the subsequent query of alarm client.
4, warning system according to claim 1 and 2 is characterized in that, each functional node is corresponding with at least one detection agency, and described detection agency places the inside of corresponding functional node.
5, according to claim 1,2 or 3 described warning systems, it is characterized in that, described management server is classified according to each different attribute that detects each fault message that the agency uploads and is gathered, or classifies in proper order according to the different priorities of each fault message and to gather.
6, warning system according to claim 1 and 2 is characterized in that, the alarm mode that described alarm client can start comprises: sound alarm mode, photoelectricity alarm mode or character and picture display alarm mode.
7, a kind of alarm method is used for detecting the fault of each functional node of intelligent network and sends warning information, it is characterized in that, comprises the steps:
(1) the real-time respectively fault message that detects each functional node;
(2) detected each fault message is classified gather in real time;
(3) all kinds of fault messages after gathering according to classification start corresponding alarm mode, to send warning information.
8, alarm method according to claim 7 is characterized in that, described step further comprises in (2): the step that all kinds of fault messages after classification is gathered are stored.
9, alarm method according to claim 8 is characterized in that, described step (3) also comprises afterwards: the step of all kinds of fault messages of inquiry storage.
10, alarm method according to claim 7 is characterized in that,
Classify in proper order according to the different attribute of each fault message or according to the different priorities of each fault message in the described step (2) and gather;
Alarm mode in the described step (3) comprises: sound alarm mode, photoelectricity alarm mode or character and picture display alarm mode.
CNB2003101200990A 2003-12-26 2003-12-26 Alarm system and method thereof Expired - Fee Related CN100428806C (en)

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