CN104735401A - Unified network management method for multiple video monitoring platforms - Google Patents
Unified network management method for multiple video monitoring platforms Download PDFInfo
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Abstract
The invention provides a unified network management method for multiple video monitoring platforms. The method comprises the steps that A, a network management client-side initiates a service request message to a network management server, wherein the service request message comprises the message type, a target platform identifier and the target type; B, the network management server analyzes and processes the received service request message, extracts a target platform identifier field and transmits the service request message to the video monitoring platform identified by the target platform identifier field; C, the corresponding video monitoring platform analyzes and correspondingly processes the service request message.
Description
Technical field
The present invention relates to network management technology, particularly relate to a kind of united net management method of multiple video monitoring platform.
Background technology
The application of current remote network video monitor and control system is more and more extensive, and scale is also increasing, and structure is also tending towards complicated.A video monitoring system often just relates to ten plurality of devices, Regional Distribution is extensive, networking structure is complicated, very large difficulty is caused to the maintenance and management of operator to monitoring system platform, traditional network management system lacks the real-time monitoring to monitoring system platform operation state simultaneously, and numerous independent vide monitoring system platform, and scale differs, independent configuration network management system is safeguarded, there is the waste of O&M resource to a great extent.The how numerous video monitoring system platform of long-range unified management, and grasp supervisory control system operation state in real time, initiatively to find the fault in supervisory control system running in time, help operation maintenance personnel quick position and fix a breakdown, becoming the problem of supervisory control system operator growing interest.
Summary of the invention
The present invention produces in view of above-mentioned technical problem.The object of the invention is the united net management system and the united net management method thereof that propose a kind of video monitoring platform.
For achieving the above object, a kind of united net management method that the present invention proposes video monitoring platform comprises: steps A: NM client is to NM server initiating business request message, and wherein this business request information comprises type of message, target platform mark, target type; Step B: NM server carries out dissection process to received service requesting information, therefrom extracts target platform identification field, and this business request information is sent to the video monitoring platform that target platform identification field identifies; Step C: corresponding video monitor supervision platform is resolved described business request information and carried out respective handling.
In this aspect of the invention, wherein NM server comprises monitor supervision platform routing table, and this table comprises the one_to_one corresponding information between the ID of multiple webmaster access unit and the ID of multiple video monitoring platform.
In this aspect of the invention, wherein NM server confirms to need which webmaster access unit described business request information to be forwarded to the video monitoring platform that target platform identifies by according to this monitor supervision platform routing table.
In this aspect of the invention, wherein in step C: when target type is platform, the service request that the type of message process that video monitoring platform obtains according to parsing is different, generates response message and also replys; When target type is platform user, business request information is directly transmitted to platform online user client by monitor supervision platform, the request of subscription client response message also replys monitor supervision platform, monitor supervision platform judges whether it is network management system service response according to the type of message of response message, if network management system service response, then response message is transmitted to webmaster access unit; When target type be platform device and headend equipment time, business request information is directly transmitted to target device by video monitoring platform, the request of target device response service also replys video monitoring platform, video monitoring platform judges whether it is network management system service response according to the type of message of response message, if network management system service response, then response message is transmitted to webmaster access unit.
In this aspect of the invention, comprise step further: step D: webmaster access unit is resolved received service response message, and is transmitted to NM server, this service response message comprises target identification, type of message, message identifier; Step e: NM server resolves to obtain target identification to received service response message, if NM client mark, is then transmitted to NM client corresponding to target identification by response message.Step F: NM client carries out dissection process to received service response message.
In this aspect of the invention, wherein in step D, the target identification of the message that meets with a response is resolved after webmaster access unit receives service response message, determine whether that access unit itself identifies, if not, then response message is transmitted to NM server, if so, then illustrates it is that webmaster access unit self needs response message to be processed.
In this aspect of the invention, wherein in step F, whether NM client is searched the queued session identified containing this service response message and is existed, if existed, then resolve the type of message obtaining service response message further, the business operation response different according to different type of message process; If there is no then response may be exceeded the time limit, and is left intact.
For achieving the above object, a kind of united net management method that the invention allows for video monitoring platform comprises: steps A: the terminal message of video monitoring platform to terminal to report is resolved, and being transmitted to corresponding webmaster access unit, wherein said service message comprises type of message, source terminal mark and platform identification; Step B: it is alarm information or status message that webmaster access unit obtains type of message after resolving the terminal message received, and is transmitted to NM server; Step C: NM server is resolved the terminal message received, obtain the information such as terminal iidentification, terminal place platform identification, and if place platform is administered in flat roof area NM client user, then terminal message is distributed to this NM client.
By the present invention, the workload that multiple video monitoring system platform is safeguarded simultaneously can be alleviated, also greatly reduce the operation cost of operator simultaneously.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 shows the united net management system according to multiple video monitoring platform of the present invention;
Fig. 2 shows the flow chart of the united net management method according to multiple video monitoring platform of the present invention;
Fig. 3 shows another flow chart of the united net management method according to multiple video monitoring platform of the present invention.
Embodiment
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
First, to reference diagram 1, the united net management system of multiple video monitoring platform according to the present invention is described.
As shown in Figure 1, comprise NM client, NM server, one or more webmaster access unit, the one or more video monitoring platforms corresponding with described webmaster access unit according to the united net management system of multiple video monitoring platform of the present invention, wherein video monitoring platform comprises one or more terminal.
In the united net management system of multiple video monitoring platform according to the present invention, exist two kinds of signaling flows to.One is NM client initiatively initiating business request information, i.e. the information such as the user of certain video monitoring platform of requesting query, headend equipment and platform device.Two is situations that terminal equipment initiatively reports to NM server, namely sends active request reporting information by certain terminal equipment of certain monitoring system platform.
Below, the united net management method of multiple video monitoring platform according to the present invention is described in detail.
First, composition graphs 1, also with reference to figure 2, is described in detail the united net management method of multiple video monitoring platform according to the present invention, specifically, is described in detail terminal equipment querying flow.
As shown in Figure 2, comprise the following steps according to the united net management method of multiple video monitoring platform of the present invention:
Steps A: NM client is to NM server initiating business request message.
Specifically, business request information is for asking multiple different business, and such as obtain platform user information, obtain platform headend equipment information, obtain platform device state information etc., this business request information comprises following essential information:
Type of message: for distinguishing different service request (character string defines, and starts with MSG_).Such as when service request is for obtaining platform user information request, type of message is: MSG_GET_USER_REQ.
Target identification: for unique identification request target.Such as, when target is A platform, target identification is: A platform ID identifies; When target is the B headend equipment of A platform, target identification is: the ID mark of headend equipment B; When target is A platform device, target identification is: A platform ID identifies.
Source identification: the NM client of initiating this business request information for unique identification.
Target platform identifies: for the platform that unique identification is corresponding with this service request.
Target type: for distinguishing different target classifications, it specifically defines: 0 mark platform; 1 mark headend equipment; 3 mark platform user; 4-100 identifies various platform device.
Message identifier: for unique identification request message, and require that the overall situation is unique.
As from the foregoing, such as, when B headend equipment from NM client U1 to A platform initiate obtain headend equipment information request time, then this business request information form is: type of message=MSG_GET_PU_REQ, target identification=headend equipment B identifies ID, and source identification=U1 identifies ID, target type=1, target platform mark=A platform identification ID, message identifier=session id.
NM client preserves the above-mentioned essential information in request message after sending service request, comprise message identifier, type of message, source identification, target identification, target platform mark and target type, as a queued session, arranges simultaneously and exceeds the time limit the time.
It should be noted, be that the protocol format of this business request information can realize in different ways to those skilled in the art apparently.
Step B: NM server is resolved received business request information, and by sending it to corresponding video monitor supervision platform.
Specifically, NM server carries out dissection process to received service requesting information, therefrom extracts target platform identification field, and this business request information is sent to the video monitoring platform that target platform identification field identifies.
Such as, for above-mentioned example, NM server extracts target platform mark (A platform identification ID) to obtain the ID of A video monitoring platform, and described business request information is sent to video monitoring platform A.
Preferably, NM server can also comprise monitor supervision platform routing table, and this table comprises the one_to_one corresponding information between the ID of multiple webmaster access unit and the ID of multiple video monitoring platform.Therefore, NM server can confirm to need which webmaster access unit described business request information to be forwarded to the video monitoring platform that target platform identifies by according to this monitor supervision platform routing table.
Step C: corresponding video monitor supervision platform is resolved described business request information and carried out respective handling.
Specifically, the business request information that video monitoring platform comes sending from NM server is resolved, and extracts the target type mark for distinguishing different target.
When target type is platform (being designated 0), the service request that the type of message process that monitor supervision platform obtains according to parsing is different, generates response message and also replys.
When target type is platform user (being designated 3), business request information is directly transmitted to platform online user client by monitor supervision platform, the request of subscription client response message also replys monitor supervision platform, monitor supervision platform judges whether it is network management system service response according to the type of message of response message, if network management system service response, then response message is transmitted to webmaster access unit.
When target type be platform device (being designated 4-100) and headend equipment (being designated 1) time, service request is directly transmitted to target device by monitor supervision platform, the request of target device response service also replys monitor supervision platform, monitor supervision platform judges whether it is network management system service response according to the type of message of response message, if network management system service response, then response message is transmitted to webmaster access unit.
Step D: webmaster access unit is resolved reception service response message, and is transmitted to NM server.
Specifically, the target identification of the message that meets with a response is resolved after webmaster access unit receives service response message, determine whether that access unit itself identifies, if not, then response message is transmitted to NM server, if so, then illustrate it is that webmaster access unit self needs response message to be processed.Described service response message comprises following essential information:
Type of message: for distinguishing different service response (character string defines, and starts with MSG_).Such as when service request is MSG_GET_USER_REQ, response message type is: MSG_GET_USER_RESP.
Target identification: for the transmission target of unique identification one response.The target identification of response message is the source identification of request message.Such as, when the source identification of request message REQ is S_ID, then the target identification of response message RESP is exactly S-ID.
Source identification: the object identity returning response for unique identification.The source identification of response message is the target identification of request message.Such as, when the target identification of request message REQ is D_ID, then the source identification of response message RESP is exactly D-ID.
Response platform identifies: for the platform that unique identification response message is corresponding.
Source type: for distinguishing different source categories, it specifically defines the target identification with request message.
Message identifier: for unique identification response message, consistent with the message identifier content of corresponding requests message.
As from the foregoing, such as, when B headend equipment from NM client U1 to A platform initiate obtain headend equipment information request time, message format: type of message=MSG_GET_PU_REQ, target identification=headend equipment B identifies ID, and source identification=U1 identifies ID, target type=1, target platform mark=A platform identification ID, message identifier=session id.Response message format corresponding to this service request is: type of message=MSG_GET_PU_RESP, target identification=U1 identifies ID, and source identification=headend equipment B identifies ID, source type=1, response platform mark=A platform identification ID, message identifier=session id.
Step e: NM server is resolved reception service response message, and is transmitted to NM client.
Specifically, NM server is resolved response message and is obtained targets of messages mark, if NM client mark, then response message is transmitted to NM client corresponding to target identification.
Step F: NM client carries out dissection process to reception service response message.
Specifically, after NM client receives service response, search the queued session identified containing this response message and whether exist, if existed, then resolve the type of message obtaining service response further, the business operation response different according to different type of message process; If there is no illustrate that response may be exceeded the time limit, and is left intact.
Below with reference to Fig. 3, terminal equipment is initiatively described in detail to the flow process of network management system reporting information.The message of terminal active reporting comprises alarm information and status message.Specific implementation step is as follows:
Steps A: the terminal message of video monitoring platform to terminal to report is resolved, and be transmitted to corresponding webmaster access unit.
Specifically, the terminal message of video monitoring platform to terminal to report is resolved, and alarm class wherein and state class message is sent to corresponding webmaster access unit.Described terminal message comprises following information:
Type of message: for distinguishing different service messages.The type of message MSG_WARNING_NOTIFY of such as alarm information identifies.
Message subtype: for distinguishing the subclass of alarm information, and identify with 3 integers.Alarm subclass that headend equipment such as, roll off the production line represents with 000, and the video of headend equipment is abnormal to be represented with 001.
Source terminal identifies: for unique identification terminal.Such as, when source is the headend equipment of A platform, then source identification is exactly the headend equipment mark of A platform.
Source type: for distinguishing different source categories, it specifically defines: 0 mark platform; 1 mark headend equipment; 3 mark platform user; 4-100 identifies various platform device.
Source platform identifies: for unique identification terminal place platform.
Time marking: for identification message generation time.
Step B: webmaster access unit carries out resolving to the terminal message received and forwards.
Specifically, webmaster access unit obtains type of message after resolving the terminal message received be alarm information or status message, then this message is transmitted to NM server.(according to steps A)
Step C: NM server carries out resolving to the terminal message received and processes, and is distributed to corresponding NM client.
Specifically, NM server is resolved the terminal message received, obtain the information (source platform mark) such as terminal iidentification (source terminal mark), terminal place platform identification, if place platform is administered in flat roof area NM client user, then terminal message is distributed to this NM client.
It should be noted that, on the basis of above-mentioned two flow processs, NM client transmitting terminal alarm subscription configuring request can configure concrete which alarm information of subscription monitor supervision platform, thus reduces minor alarm message number to a great extent, is convenient to NMS user and extracts effective warning information.
By above-mentioned known, present invention achieves and the Unified Network of multiple video monitoring system platform is managed, and the real-time monitoring of monitor supervision platform operation conditions and service quality, bring very large facility to the operation management of platform operation business, also greatly save the manpower and materials of platform O&M simultaneously; By the mode of initiatively patrolling and examining, solve platform fault and rely on reporting of user problem, improve the support response speed of platform; Extract Important Platform alarm help platform operation maintenance personnel Timeliness coverage monitor supervision platform fault fast and effectively, accelerate failture evacuation speed, improve customer satisfaction.
Claims (8)
1. the united net management method of a multiple video monitoring platform comprises:
Steps A: NM client is to NM server initiating business request message, and wherein this business request information comprises type of message, target platform mark, target type;
Step B: NM server carries out dissection process to received service requesting information, therefrom extracts target platform identification field, and this business request information is sent to the video monitoring platform that target platform identification field identifies;
Step C: corresponding video monitor supervision platform is resolved described business request information and carried out respective handling.
2. method according to claim 1, wherein NM server comprises monitor supervision platform routing table, and this table comprises the one_to_one corresponding information between the ID of multiple webmaster access unit and the ID of multiple video monitoring platform.
3. method according to claim 2, wherein NM server confirms to need which webmaster access unit described business request information to be forwarded to the video monitoring platform that target platform identifies by according to this monitor supervision platform routing table.
4. method according to claim 3, wherein in step C:
When target type is platform, the service request that the type of message process that video monitoring platform obtains according to parsing is different, generates response message and also replys;
When target type is platform user, business request information is directly transmitted to platform online user client by monitor supervision platform, the request of subscription client response message also replys monitor supervision platform, monitor supervision platform judges whether it is network management system service response according to the type of message of response message, if network management system service response, then response message is transmitted to webmaster access unit;
When target type be platform device and headend equipment time, business request information is directly transmitted to target device by video monitoring platform, the request of target device response service also replys video monitoring platform, video monitoring platform judges whether it is network management system service response according to the type of message of response message, if network management system service response, then response message is transmitted to webmaster access unit.
5. method according to claim 4, comprises step further:
Step D: webmaster access unit is resolved received service response message, and is transmitted to NM server, this service response message comprises target identification, type of message, message identifier;
Step e: NM server resolves to obtain target identification to received service response message, if NM client mark, is then transmitted to NM client corresponding to target identification by response message.
Step F: NM client carries out dissection process to received service response message.
6. method according to claim 5, wherein in step D:
The target identification of the message that meets with a response is resolved after webmaster access unit receives service response message, determine whether that access unit itself identifies, if not, then response message is transmitted to NM server, if so, then illustrate it is that webmaster access unit self needs response message to be processed.
7. method according to claim 6, wherein in step F:
Whether NM client is searched the queued session identified containing this service response message and is existed, if existed, then resolves the type of message obtaining service response message further, the business operation response different according to different type of message process; If there is no then response may be exceeded the time limit, and is left intact.
8. the united net management method of a multiple video monitoring platform comprises:
Steps A: the terminal message of video monitoring platform to terminal to report is resolved, and be transmitted to corresponding webmaster access unit, wherein said service message comprises type of message, source terminal mark and platform identification;
Step B: it is alarm information or status message that webmaster access unit obtains type of message after resolving the terminal message received, and is transmitted to NM server;
Step C: NM server is resolved the terminal message received, obtain the information such as terminal iidentification, terminal place platform identification, and if place platform is administered in flat roof area NM client user, then terminal message is distributed to this NM client.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017147772A1 (en) * | 2016-03-01 | 2017-09-08 | 华为技术有限公司 | Method of transmitting information and core network access apparatus |
| CN108234816A (en) * | 2016-12-15 | 2018-06-29 | 北京视联动力国际信息技术有限公司 | The method and device of resource information real-time synchronization is monitored between a kind of monitoring device |
| CN110198433A (en) * | 2019-04-23 | 2019-09-03 | 视联动力信息技术股份有限公司 | A kind of cut-in method and system of monitor video recording arrangement |
| CN113038090A (en) * | 2021-05-24 | 2021-06-25 | 武汉中科通达高新技术股份有限公司 | Transmission link management method and system |
-
2013
- 2013-12-24 CN CN201310731658.5A patent/CN104735401A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017147772A1 (en) * | 2016-03-01 | 2017-09-08 | 华为技术有限公司 | Method of transmitting information and core network access apparatus |
| US10389848B2 (en) | 2016-03-01 | 2019-08-20 | Huawei Technologies Co., Ltd. | Message transmission method and core network interface device |
| CN108234816A (en) * | 2016-12-15 | 2018-06-29 | 北京视联动力国际信息技术有限公司 | The method and device of resource information real-time synchronization is monitored between a kind of monitoring device |
| CN108234816B (en) * | 2016-12-15 | 2019-04-26 | 视联动力信息技术股份有限公司 | The method and device of resource information real-time synchronization is monitored between a kind of monitoring device |
| CN110198433A (en) * | 2019-04-23 | 2019-09-03 | 视联动力信息技术股份有限公司 | A kind of cut-in method and system of monitor video recording arrangement |
| CN113038090A (en) * | 2021-05-24 | 2021-06-25 | 武汉中科通达高新技术股份有限公司 | Transmission link management method and system |
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Application publication date: 20150624 |