CN1422040A - Remote equipment controlling method - Google Patents
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- CN1422040A CN1422040A CN 01140062 CN01140062A CN1422040A CN 1422040 A CN1422040 A CN 1422040A CN 01140062 CN01140062 CN 01140062 CN 01140062 A CN01140062 A CN 01140062A CN 1422040 A CN1422040 A CN 1422040A
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Abstract
The remote equiopment controlling method includes at least the following steps: to increase one deputy layer connected to both the controller end and the controlled end; the deputy layer to receive the control command the controller and issues while sending response message to the controller end before transferring the control command to the conrolled end; and the deputy layer to receive the up-transferred data from the controlled end while sending response message to the controlled end before transferring the data to the controller end for processing. The method utilizes the increased deputy layer in controlling the remote equipment without need of altering the original connection structure.
Description
Technical field
The present invention relates to the remote equipment administrative skill, refer to a kind of Agent layer that between management equipment and managed devices, increases especially, realize the method for the remote management of equipment room by Agent layer.
Background of invention
In a lot of communication equipments, some are specifically designed to the veneer resource (such veneer of following general designation is veneer K) of signal processing, need carry out maintenance and management to it by main frame.Position relation when generally, veneer K and main frame use has dual mode: near-end uses and zooms out placement.
When veneer K near-end used, as shown in Figure 1, its way to manage was: main frame links to each other with polylith veneer K by the intercommunication interface, main frame is as host node, veneer K conduct is from node, and main frame is managed these veneers by automatic regular polling, transmitting order to lower levels or data configuration information; Collect the veneer reporting information; Safeguard fine or not state of veneer or the like.So-called near-end uses, and is meant that mainly main frame and veneer K are in same frame or the same room, and the distance of general veneer K and main frame is within 10 meters.The simple communication interface of the general employing of the intercommunication interface of being mentioned as principal and subordinate's serial ports, comes maintenance management to get final product, and is simple, effective, and low-cost.
When veneer K need zoom out placement, the simplest idea was exactly still to utilize existing near-end way to manage, directly original communication interface circuit was elongated.But, place back remote equipment and the common wide apart of main frame owing to zoom out, generally at several kms to about tens kms, common intercommunication interface is not supported this telecommunication.
At present, remote side administration method commonly used has multiple, all be soft, the hardware communication interface of revising main frame or veneer K mostly, make it can support the long haul communication of several kms even tens kms, but design and the structural modification to original system is bigger like this, make originally simple communication interface become complicated, in addition, also need to increase transmission line.
In actual applications, the system that considers needs compatible near-end use and zoom out to place two kinds of situations, realizes having two to require greatly to the management of veneer K:
1) main frame remains unchanged substantially to the way to manage of veneer K.When veneer K zooms out can't connect the intercommunication interface time, need take a kind of means, main frame is looked, still adopting original way to manage.
2) veneer K self is not exerted an influence.After veneer K zoomed out, self structure, design had better not be made any modification, from veneer K, were still and adopted original mode and main-machine communication.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of implementation method of device far end management, utilize the Agent layer that increases newly that management end can be managed the Managed Client that far-end is placed, and need not to change the existing equipment syndeton, and realize simple, convenient, flexible.
For achieving the above object, technical scheme of the present invention specifically is achieved in that
A kind of implementation method of device far end management may further comprise the steps at least:
Increase by an Agent layer between management end and Managed Client, Agent layer interconnects with management end, Managed Client simultaneously;
When management end when Managed Client issues administration order, the administration order that Agent layer receiving management end issues, and make sound to management end and to answer message is transmitted to Managed Client with this administration order then;
When Managed Client when management end reports management data, Agent layer receives the management data of sending out on the Managed Client, and makes sound to Managed Client and to answer message, then this management data is transmitted to management end and handles.
Wherein, described Agent layer is a pair of multiplex/demultiplex veneer; Wherein, what link to each other with management end is the management-side agency board, and what link to each other with Managed Client is by the management-side agency board, connects by long-distance transmission line between two agency boards.
Described management-side agency board comprises veneer administration module, the protocol layer of the interface of communicating by letter with management end, the interface physical layer of communicating by letter with management end, the link layer that multiplexel circuit is communicated by letter, the physical layer that multiplexel circuit is communicated by letter at least; Wherein, the veneer administration module is used for whole plate is coordinated and managed, the link layer that the protocol layer of the interface that connection is simultaneously communicated by letter with management end is communicated by letter with multiplexel circuit; Link to each other with management end by the intercommunication interface with the interface physical layer that management end is communicated by letter, be used for receiving and transmission and management end between interface data; The physical layer of multiplexel circuit communication by multiplexel circuit with linked to each other by the management-side agency board, be used to receive and send and by the multiplexel circuit data between the management-side agency board.
Describedly comprised the link layer of veneer administration module, multiplexel circuit communication, the physical layer of multiplexel circuit communication, the protocol layer of the interface of communicating by letter, the interface physical layer of communicating by letter at least with Managed Client with Managed Client by the management-side agency board; Wherein, the veneer administration module is used for whole plate is coordinated and managed, the link layer that the protocol layer of the interface that connection is simultaneously communicated by letter with Managed Client is communicated by letter with multiplexel circuit; The physical layer of multiplexel circuit communication links to each other with the management-side agency board by multiplexel circuit, be used to receive and transmission and management-side agency board between the multiplexel circuit data; Link to each other with managed devices by the intercommunication interface with the interface physical layer that Managed Client is communicated by letter, be used for receiving and transmission and managed devices between interface data.
Described Agent layer can also be to support the interface equipment of management end and Managed Client telecommunication, or the equipment with similar functions.
Described management end can be main frame; Described Managed Client comprises the veneer that carries out signal processing more than.
Described administration order comprises inquiry Managed Client state, inquiry Managed Client software version at least; Described management data comprises Managed Client current state information, Managed Client software version information at least.
Described Managed Client regularly reports the current state information of managed devices to management end by Agent layer.
When Managed Client equipment carries out status poll, comprise at least:
A1. the management end poll Managed Client equipment of periodically calling the roll;
B1. the management-side agency board receive the roll-call polling message that management end is sent out with management end communication interface physical layer, this message is delivered to the protocol layer of communicating by letter with management end;
C1. after this protocol layer is received this message, inquiry Managed Client status information of equipment in this board memory, if by the Managed Client equipment current state of being called the roll for well, then on behalf of Managed Client equipment, this agency board respond this roll-call polling message to management end by calling the transmission interface of physical layer with the management end communications protocol layers; If the Managed Client equipment current state of being called the roll is bad, then this agency board does not respond this roll-call polling message;
D1. the management end response of receiving the roll-call polling message at the appointed time thinks that then this Managed Client equipment state is good; Do not receive response if surpass the fixed time, then management end repeats to send the roll-call polling message to this Managed Client equipment, if continuous several times is not received response, thinks that then this Managed Client equipment produces fault.
This method for inquiring status further comprises:
A2. by the management-side agency board according to the predefined cycle, represent main frame regularly by with the interconnect interface of Managed Client communication interface physical layer, send the roll-call polling message to all Managed Client equipment;
B2. received the roll-call message response of certain Managed Client equipment by the management-side agency board at the appointed time, think that then this Managed Client equipment state is good; Do not receive response if surpass the fixed time, then repeated to send out the roll-call polling message and give this Managed Client equipment,, then think this Managed Client equipment fault if continuous several times is not received response by the management-side agency board;
C2. write down the current state of all Managed Client equipment by the management-side agency board, then, by the link layer of communicating by letter this information is delivered to the physical layer that multiplexel circuit is communicated by letter with Managed Client communication interface physical layer, protocol layer and multiplexel circuit, issue the management-side agency board through multiplexel circuit again, the management-side agency board is received these data of back preservation.
When described Managed Client equipment carries out version querying, comprise at least:
A3. management end is to specifying Managed Client equipment to send the software version querying command;
B3. the management-side agency board is received this order, by returning acknowledge message with the management end communications protocol layers to management end; Simultaneously, the management-side agency board protocol layer of communicating by letter with management end that this version querying order slave plate is interior is dealt into the link layer of multiplexel circuit, by link layer, the physical layer of multiplexel circuit, this order is sent to by the management-side agency board then;
C3. after being received this order by the management-side agency board, send out acknowledge message to the management-side agency board by the multiplex link protocol layer of this plate, simultaneously with this transfer of messages to the protocol layer of communicating by letter with Managed Client;
D3. by protocol layer, the physical layer of management-side agency board, this order is issued the Managed Client equipment of appointment with the management end name by communicating by letter with Managed Client;
E3. after Managed Client equipment is received this order, at first returned acknowledge message by the management-side agency board by protocol layer, the physical layer of communicating by letter with Managed Client; Then, Managed Client equipment is judged this command context of identification; Afterwards, report software version as requested.
By such scheme as can be seen, key of the present invention is: adopt a kind of proxy management mechanism, between management end that zooms out placement and Managed Client, increased an Agent layer, the Managed Client devices communicating that replaces management end to link to each other with Agent layer equipment with all, or replace all Managed Client equipment to communicate by letter with management end.So, concerning the management end and Managed Client on upper strata, fully as at local management.
The implementation method of device far end management provided by the present invention, owing to increased Agent layer, make management end and Managed Client zoom out under the placement situation, promptly do not need to change the structure and the design of existing equipment, also need not to increase new circuit, exchange information on behalf of transmission by Agent layer equipment fully, realize the management of management end Managed Client equipment.Therefore, the present invention can support near-end to use simultaneously and zoom out equipment control when placing dual mode, effectively solved the problem of remote equipment management, and to managing and good shielding all being arranged by the management terminal device, do not need the equipment at two ends is changed, original scheme is not impacted, guaranteed favorable compatibility, realize having saved circuit simultaneously simply, flexibly.
Description of drawings
Managed Solution schematic diagram when Fig. 1 is main frame and the use of veneer K near-end;
Managed Solution schematic diagram when Fig. 2 zooms out placement for main frame among the present invention with veneer K;
Fig. 3 is that the host computer side multiplex/demultiplex plate module that links to each other with main frame is formed structural representation;
Fig. 4 is that the veneer side multiplex/demultiplex plate module that links to each other with veneer K is formed structural representation;
Fig. 5 is the management process schematic diagram of one embodiment of the invention;
Fig. 6 is the management process schematic diagram of another embodiment of the present invention.
Embodiment
The present invention is further described in more detail below in conjunction with drawings and the specific embodiments.
When veneer K zooms out placement, adopt a pair of multiplex/demultiplex veneer as Agent layer in the present embodiment, promptly replace all veneer K and main-machine communications with the multiplex/demultiplex plate that connects main frame, replace main frame to communicate by letter with the multiplex/demultiplex veneer that connects all veneer K, utilize this a pair of multiplex/demultiplex veneer to realize the remote side administration of veneer K with all veneer K.
As shown in Figure 2, main frame is a management end equipment, and one group of veneer K is a Managed Client equipment, and the multiplex/demultiplex plate of host computer side links to each other with main frame by the intercommunication interface, is the management-side agency board, is called the MUXA veneer; The multiplex/demultiplex plate of veneer side links to each other with all veneer K by the intercommunication interface, for by the management-side agency board, is called the MUXB veneer, and MUXA veneer and MUXB veneer constitute Agent layer.Communication link between MUXA veneer and the MUXB veneer takies the part resource of long-distance transmission line and carries out transfer of data, can support several kilometers to tens kilometers telecommunication.Because the reliability height that administration order message requires carries this type of transmission of messages with regard to needing the good communication protocol of mechanism that guarantees, the ITU-T that generally can adopt standard is agreement G.922.
Wherein, MUXA veneer one side is with the MUXB single board communication of far-end, the state information of all veneer K that acceptance sends over from the MUXB veneer or to the response of main frame information order, and refreshing the variable that is used for preserving veneer K state in the MUXA veneer, the MUXA veneer is responsible for transmitting the order that issues from main frame to the MUXB veneer simultaneously.
On the other hand, the MUXA veneer links to each other with main frame by the intercommunication interface, plays the part of the role of original polylith veneer K.When main frame was regularly inquired about each veneer K state by original mode, the MUXA veneer was replied every order of main frame according to the state of each veneer K the last time of offering on the MUXB veneer.Like this, concerning main frame, as veneer K at near-end.
As shown in Figure 3, MUXA veneer inside comprises veneer administration module, the physical layer of communicating by letter with the protocol layer of the interface of main-machine communication, with the interface physical layer of main-machine communication, link layer that multiplexel circuit is communicated by letter and multiplexel circuit at least.Wherein, the veneer administration module is used for whole plate is coordinated and managed; Link to each other with main frame by the intercommunication interface with the interface physical layer of main-machine communication, be used for receiving and transmission and main frame between interface data; The physical layer of multiplexel circuit communication links to each other with the MUXB veneer by multiplexel circuit, be used to receive and transmission and MUXB veneer between the multiplexel circuit data.
The MUXB veneer is played the part of the role of original main frame on the one hand, links to each other with veneer K by the intercommunication interface, and the MUXB veneer is regularly inquired about each veneer K, obtains the state information of each veneer K, transmits the order that passes over from transmission line to veneer K simultaneously.Like this for veneer K, the mode of supervisory communications is just the same with the situation that near-end uses, and it goes without doing changes for the administrative section of veneer K.
On the other hand, the MUXB veneer is with the MUXA single board communication of host computer side, accepts the command messages that sends over from the MUXA veneer, reports the MUXA veneer the state information of the K veneer of collecting or to the response of information order simultaneously.If the state of certain veneer K changes in polling cycle, then MUXB arrives the MUXA veneer with the current state real-time report of this veneer K; If there is not state to change in polling cycle, then MUXB periodically reports the current state information of veneer K to MUXA, to guarantee the consistency of MUXA place and actual veneer K state.
As shown in Figure 4, MUXB veneer inside comprises the link layer of veneer administration module, multiplexel circuit communication, the physical layer of multiplexel circuit communication, the protocol layer of the interface of communicating by letter with veneer K and the interface physical layer of communicating by letter with veneer K at least.Wherein, the veneer administration module is used for whole plate is coordinated and managed; The physical layer of multiplexel circuit communication links to each other with the MUXA veneer by multiplexel circuit, be used to receive and transmission and MUXA veneer between the multiplexel circuit data; Link to each other with all veneer K by the intercommunication interface with the interface physical layer that veneer K communicates by letter, be used for receiving and send and each veneer K between interface data.
Principle of Communication concrete between MUXA veneer and the MUXB veneer will further be set forth according to following two representative communication management processes:
One) zooming out under the placement situation, to the condition managing of veneer K.
Referring to shown in Figure 5, the condition managing of this veneer K comprises the steps: at least at host computer side
1) main frame is by original mode poll veneer K that calls the roll.
2) the MUXA veneer is via receiving the roll-call polling message of main frame to all veneer K with the interconnect interface of host communication interface physical layer, and message is delivered to protocol layer with main-machine communication.
3) after this protocol layer is received this message, preserve to the MUXA veneer in the internal memory of each veneer K state information and inquire about, if by the veneer K current state of being called the roll for well, then the MUXA veneer represents veneer K to this roll-call message of response of host by calling the transmission interface of physical layer with the main-machine communication protocol layer; If the veneer K current state of being called the roll is bad, then the MUXA veneer does not respond this roll-call message.Preserve up-to-date fine or not state information in the described internal memory of single board by each veneer K of the far-end of offering on the MUXB veneer.
4) the main frame response of receiving roll-call message at the appointed time thinks that then veneer K state is good; If having surpassed the fixed time does not also receive response, then main frame this veneer K that can repeatedly repeat to call the roll if continuous several times is not received response, thinks that then this veneer K breaks down.
Equally, the condition managing of this veneer K also comprises the steps: at least in the veneer side
1) the MUXB veneer is represented main frame all the veneer K of poll that regularly call the roll according to the predefined cycle.
2) the MUXB veneer sends the roll-call polling message by the interconnect interface with veneer K communication interface physical layer to all veneer K.
3) MUXB receives the roll-call message response of certain piece veneer K at the appointed time, thinks that then this veneer K state is good; If having surpassed the fixed time does not also receive response, then MUXB this veneer K that can repeatedly repeat to call the roll if continuous several times is not received response, thinks that then this veneer K breaks down.
4) the MUXB board querying and write down the current state of all veneer K after, by the link layer of communicating by letter this information is delivered to the physical layer that multiplexel circuit is communicated by letter with veneer K communication interface physical layer, protocol layer and multiplexel circuit, and then issue the MUXA veneer, after the MUXA veneer is received these data are kept in the internal memory of this plate.
Main frame is called the roll, the MUXA veneer is replied calls the roll with the MUXB veneer, veneer K replys is two processes fully independently, each has roll-call polling cycle separately.The MUXB veneer can in time be notified to the MUXA veneer to this latest state information when certain veneer K state changes, so that the MUXA veneer can be replied main frame by correct veneer K state.
Two) zooming out under the placement situation, main frame has the order of Query Board K software version to issue.
Referring to shown in Figure 6, this order process that issues comprises the steps: at least
1) main frame issues the order of certain veneer K software version of inquiry.
2) the MUXA veneer is received this order, by returning acknowledge message with the main-machine communication protocol layer to main frame, makes main frame think that veneer K correctly receives this order.
3) simultaneously, the MUXA veneer protocol layer with main-machine communication that this version querying order slave plate is interior is dealt into the link layer of multiplexel circuit, by link layer, the physical layer of multiplexel circuit, this order is sent to the MUXB veneer then.
4) after the MUXB veneer is received this order, carry out acknowledgement messaging by multiplex link protocol layer and MUXA veneer and confirm, the while this transfer of messages to the protocol layer of communicating by letter with veneer K.
5) at this moment, the MUXB veneer serves as the role of main frame again, this order is issued the veneer K of appointment by protocol layer, the physical layer of communicating by letter with veneer K.
6) after veneer K receives this order, at first return acknowledge message for the MUXB veneer, confirm correctly to receive this order by protocol layer, the physical layer of communicating by letter with veneer K; Then, veneer K judges this command context of identification; Afterwards, veneer K reports software version as requested.
This software version reports process as 1) to 5) reverse process.In whole communication process, veneer K does not also know to have passed through a series of repeating process, still thinks direct same main-machine communication.Equally, main frame all adopts similar flow process to realize when veneer K sends out other order.
Agent layer equipment of the present invention can be the multiplex/demultiplex veneer, other equipment of setting up in the middle of also can being with equal effect, such as: in actual applications, need to increase interface equipment between management end and the Managed Client, this interface equipment also can be used as Agent layer equipment and comes the veneer that zooms out is managed.In other remote equipments, if, can adopt agency mechanism of the present invention equally owing to non-equipment control reason will be used similar interface single plate.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.
Claims (13)
1, a kind of implementation method of device far end management is characterized in that may further comprise the steps at least:
Increase by an Agent layer between management end and Managed Client, Agent layer interconnects with management end, Managed Client simultaneously;
When management end when Managed Client issues administration order, the administration order that Agent layer receiving management end issues, and make sound to management end and to answer message is transmitted to Managed Client with this administration order then;
When Managed Client when management end reports management data, Agent layer receives the management data of sending out on the Managed Client, and makes sound to Managed Client and to answer message, then this management data is transmitted to management end and handles.
2, method according to claim 1 is characterized in that: described Agent layer is a pair of multiplex/demultiplex veneer; Wherein, what link to each other with management end is the management-side agency board, and what link to each other with Managed Client is by the management-side agency board, connects by long-distance transmission line between two agency boards.
3, method according to claim 2 is characterized in that: described management-side agency board comprises veneer administration module, the protocol layer of the interface of communicating by letter with management end, the interface physical layer of communicating by letter with management end, the link layer that multiplexel circuit is communicated by letter, the physical layer that multiplexel circuit is communicated by letter at least; Wherein, the veneer administration module is used for whole plate is coordinated and managed, the link layer that the protocol layer of the interface that connection is simultaneously communicated by letter with management end is communicated by letter with multiplexel circuit; Link to each other with management end by the intercommunication interface with the interface physical layer that management end is communicated by letter, be used for receiving and transmission and management end between interface data; The physical layer of multiplexel circuit communication by multiplexel circuit with linked to each other by the management-side agency board, be used to receive and send and by the multiplexel circuit data between the routine agency board of management.
4, method according to claim 2 is characterized in that: describedly comprised the link layer of veneer administration module, multiplexel circuit communication, the physical layer of multiplexel circuit communication, the protocol layer of the interface of communicating by letter with Managed Client, the interface physical layer of communicating by letter with Managed Client at least by the management-side agency board; Wherein, the veneer administration module is used for whole plate is coordinated and managed, the link layer that the protocol layer of the interface that connection is simultaneously communicated by letter with Managed Client is communicated by letter with multiplexel circuit; The physical layer of multiplexel circuit communication links to each other with the management-side agency board by multiplexel circuit, be used to receive and transmission and management-side agency board between the multiplexel circuit data; Link to each other with managed devices by the intercommunication interface with the interface physical layer that Managed Client is communicated by letter, be used for receiving and transmission and managed devices between interface data.
5, method according to claim 1 is characterized in that: described Agent layer is for supporting the interface equipment of management end and Managed Client telecommunication.
6, method according to claim 1 is characterized in that: described management end is a main frame.
7, method according to claim 1 is characterized in that: described Managed Client comprises the veneer that carries out signal processing more than.
8, method according to claim 1 is characterized in that: described administration order comprises inquiry Managed Client state, inquiry Managed Client software version at least.
9, method according to claim 1 is characterized in that: described management data comprises Managed Client current state information, Managed Client software version information at least.
10, according to claim 1 or 9 described methods, it is characterized in that: described Managed Client regularly reports the current state information of managed devices to management end by Agent layer.
11,, it is characterized in that described Managed Client device status inquiries comprises at least according to claim 1,3 or 4 described methods:
A1. the management end poll Managed Client equipment of periodically calling the roll;
B1. the management-side agency board receive the roll-call polling message that management end is sent out with management end communication interface physical layer, this message is delivered to the protocol layer of communicating by letter with management end;
C1. after this protocol layer is received this message, inquiry Managed Client status information of equipment in this board memory, if by the Managed Client equipment current state of being called the roll for well, then on behalf of Managed Client equipment, this agency board respond this roll-call polling message to management end by calling the transmission interface of physical layer with the management end communications protocol layers; If the Managed Client equipment current state of being called the roll is bad, then this agency board does not respond this roll-call polling message;
D1. the management end response of receiving the roll-call polling message at the appointed time thinks that then this Managed Client equipment state is good; Do not receive response if surpass the fixed time, then management end repeats to send the roll-call polling message to this Managed Client equipment, if continuous several times is not received response, thinks that then this Managed Client equipment produces fault.
12, method according to claim 11 is characterized in that this method further comprises:
A2. by the management-side agency board according to the predefined cycle, represent main frame regularly by with the interconnect interface of Managed Client communication interface physical layer, send the roll-call polling message to all Managed Client equipment;
B2. received the roll-call message response of certain Managed Client equipment by the management-side agency board at the appointed time, think that then this Managed Client equipment state is good; Do not receive response if surpass the fixed time, then repeated to send out the roll-call polling message and give this Managed Client equipment,, then think this Managed Client equipment fault if continuous several times is not received response by the management-side agency board;
C2. write down the current state of all Managed Client equipment by the management-side agency board, then, by the link layer of communicating by letter this information is delivered to the physical layer that multiplexel circuit is communicated by letter with Managed Client communication interface physical layer, protocol layer and multiplexel circuit, issue the management-side agency board through multiplexel circuit again, the management-side agency board is received these data of back preservation.
13,, it is characterized in that described Managed Client device version inquiry comprises at least according to claim 1,3 or 4 described methods:
A3. management end is to specifying Managed Client equipment to send the software version querying command;
B3. the management-side agency board is received this order, by returning acknowledge message with the management end communications protocol layers to management end; Simultaneously, the management-side agency board protocol layer of communicating by letter with management end that this version querying order slave plate is interior is dealt into the link layer of multiplexel circuit, by link layer, the physical layer of multiplexel circuit, this order is sent to by the management-side agency board then;
C3. after being received this order by the management-side agency board, send out acknowledge message to the management-side agency board by the multiplex link protocol layer of this plate, simultaneously with this transfer of messages to the protocol layer of communicating by letter with Managed Client;
D3. by protocol layer, the physical layer of management-side agency board, this order is issued the Managed Client equipment of appointment with the management end name by communicating by letter with Managed Client;
E3. after Managed Client equipment is received this order, at first returned acknowledge message by the management-side agency board by protocol layer, the physical layer of communicating by letter with Managed Client; Then, Managed Client equipment is judged this command context of identification; Afterwards, report software version as requested.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB011400625A CN1185827C (en) | 2001-11-23 | 2001-11-23 | Remote equipment controlling method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB011400625A CN1185827C (en) | 2001-11-23 | 2001-11-23 | Remote equipment controlling method |
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| CN1422040A true CN1422040A (en) | 2003-06-04 |
| CN1185827C CN1185827C (en) | 2005-01-19 |
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| CNB011400625A Expired - Fee Related CN1185827C (en) | 2001-11-23 | 2001-11-23 | Remote equipment controlling method |
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| WO2006133601A1 (en) * | 2005-06-16 | 2006-12-21 | Zte Corporation | A method for transferring the information which is reported by the device initiatively |
| CN100362758C (en) * | 2004-08-17 | 2008-01-16 | 华为技术有限公司 | Inter-board channel protection device and method |
| US7813745B2 (en) | 2005-04-26 | 2010-10-12 | Huawei Technologies Co., Ltd. | Method for implementing a push service |
| CN101193030B (en) * | 2007-05-16 | 2010-12-08 | 中兴通讯股份有限公司 | A command response processing system and method in agent layer of the communication system device |
| CN101616040B (en) * | 2009-06-30 | 2011-08-31 | 杭州华三通信技术有限公司 | Method and device for managing equipment |
| CN102780570A (en) * | 2011-05-10 | 2012-11-14 | 中兴通讯股份有限公司 | Achieving method and system for management of cloud computing devices |
| CN102823194A (en) * | 2010-03-31 | 2012-12-12 | 瑞典爱立信有限公司 | Operations, administrations and management proxy and a method for handling operations, administrations and management messages |
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2001
- 2001-11-23 CN CNB011400625A patent/CN1185827C/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100362758C (en) * | 2004-08-17 | 2008-01-16 | 华为技术有限公司 | Inter-board channel protection device and method |
| US7813745B2 (en) | 2005-04-26 | 2010-10-12 | Huawei Technologies Co., Ltd. | Method for implementing a push service |
| WO2006133601A1 (en) * | 2005-06-16 | 2006-12-21 | Zte Corporation | A method for transferring the information which is reported by the device initiatively |
| CN101193030B (en) * | 2007-05-16 | 2010-12-08 | 中兴通讯股份有限公司 | A command response processing system and method in agent layer of the communication system device |
| CN101616040B (en) * | 2009-06-30 | 2011-08-31 | 杭州华三通信技术有限公司 | Method and device for managing equipment |
| CN102823194A (en) * | 2010-03-31 | 2012-12-12 | 瑞典爱立信有限公司 | Operations, administrations and management proxy and a method for handling operations, administrations and management messages |
| CN102780570A (en) * | 2011-05-10 | 2012-11-14 | 中兴通讯股份有限公司 | Achieving method and system for management of cloud computing devices |
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|---|---|
| CN1185827C (en) | 2005-01-19 |
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