CN103516776A - Condition monitoring system and method for air shooting management equipment - Google Patents
Condition monitoring system and method for air shooting management equipment Download PDFInfo
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- CN103516776A CN103516776A CN201310184520.8A CN201310184520A CN103516776A CN 103516776 A CN103516776 A CN 103516776A CN 201310184520 A CN201310184520 A CN 201310184520A CN 103516776 A CN103516776 A CN 103516776A
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Abstract
The invention provides a state monitoring system for system equipment in air shooting management. The state monitoring system mainly comprises collecting execution modules, a transfer recording module and an information display module. The collecting execution modules used for monitoring the equipment are arranged on a work station, a server and other devices of the monitored equipment. The transfer recording module and the information display module are arranged on a monitoring host. A user can see the monitoring result through a monitoring display terminal, and carry out corresponding instruction operation on a keyboard, and signals can be transmitted between the monitoring host and the monitored equipment through a wireless network.
Description
Technical field
The invention belongs to the technical field of information processing in antiaircraft firing management, relate to the method for supervising of the hardware device relating in antiaircraft firing management system.
Background technology
At the initial stage of antiaircraft firing activity management, owing to carrying out, the unit of antiaircraft firing activity is few, and operation is not frequent, and it is less demanding that the little ，Dui of air transportation total amount spatial domain is used, and the overall contradiction of antiaircraft firing activity and air transportation is also not obvious.Enter after the new century, along with the sustainable development of Chinese national economy, rapidly, air transportation amount growth is swift and violent for air transportation and national defense construction development, and military flight scope constantly expands; Simultaneously, antiaircraft firing activity need is also in continuous increase, on the basis of original antiaircraft firing activities such as training for preparedness against war, scientific research mission, empty day transmitting, increased again weather modification activity, and all kinds of activity is more and more frequent, the contradiction aggravation of antiaircraft firing activity and air transportation.In the case, to the conflict of can effectively easing contradictions of empty management system.
Antiaircraft firing management system must be comprised of a large amount of hardware devices as the information system of management antiaircraft firing, comprise server, work station, switch etc., the quality of these equipment work will be directly connected to the normal operation of antiaircraft firing management system, and even the fault of some key equipment can directly have influence on the management work of antiaircraft firing.This shows, be also a very important link to the guarantee of the related all hardware facility of system and maintenance work.How scientificlly and effectively system hardware being ensured and to be safeguarded, how to locate efficiently abort situation is all the key to guaranteeing that empty shooting management system can work, therefore, be necessary to invent a kind of to the method for devices in system monitoring state and equipment thereof, there is short, monitor state variation in real time of time of equipment state in gathering system and possess the function of Long-distance Control.
Summary of the invention
The present invention is directed to the deficiencies in the prior art, the invention provides a kind of condition monitoring system and method, for the equipment state of real-time collecting, monitoring and Long-distance Control antiaircraft firing management.
Content of the present invention is a kind of supervisory control system to system equipment state in antiaircraft firing management, mainly comprises and gathers Executive Module, transfer logging modle and three major parts of information interaction module.The collection Executive Module of monitoring is arranged on work station, server and other devices of monitored antiaircraft firing management equipment, transfer logging modle and information interaction module are arranged on monitoring host computer, user can see supervision result by the display terminal of monitoring, and carrying out corresponding command operating by keyboard, monitoring host computer and monitored device can be passed through wireless network transmissions signal.Monitored device herein refers to antiaircraft firing management system hardware and the network equipment, specifically referring to table 1, comprise work station, server and other devices, wherein work station comprises main frame, display etc., server comprises cluster server, database server and server disk etc., and other devices comprise access board, switch and clock etc.
Table 1 antiaircraft firing management system hardware and network equipments configuration table
Wherein gather Executive Module for collecting monitored status information of equipment, be responsible for and the transfer logging modle exchange message of monitoring, and carry out the control command that monitoring transit module sends, realize the control to disposed monitored device, transfer logging modle is responsible for collecting the state information of each equipment in antiaircraft firing system, the device status data that real-time update record storage are collected, be responsible for forwarding the control information of all next self-monitoring information interaction modules to gathering Executive Module, and record all control informations, information interaction module is responsible for the form by chart by equipment all in system and is represented and all devices state information and the graphical display content collected are mapped one by one, wherein substantially in kind consistent with in system in the shown appliance icon of display terminal, and with the different equipment state of different color differentiatings, host work state during general green expression state is normal or active and standby as two-shipper, red indication equipment state is fault, yellow indication equipment state is the standby host operating state of two-shipper in active and standby, grey indication equipment state is out of touch, this expression mode makes the system user can be very clear to whole system all devices state by graphical interfaces, and by keyboard, provide the control operation to this relevant device by the second-level menu of the appliance icon that shows.
Accompanying drawing explanation
Fig. 1 is macroscopical logic diagram of device status monitoring in antiaircraft firing management.
Fig. 2 is the specifying information flow chart of device status monitoring in antiaircraft firing management.
Embodiment
Below in conjunction with accompanying drawing, the inventive method is further illustrated.
Referring to Fig. 1, content of the present invention is a kind of supervisory control system to system equipment state in antiaircraft firing management, mainly comprises and gathers Executive Module, transfer logging modle and three major parts of information interaction module.The collection Executive Module of monitoring is arranged on work station, server and other devices of monitored antiaircraft firing management equipment, transfer logging modle and information interaction module are arranged on monitoring host computer, user can see supervision result by the display terminal of monitoring, and carrying out corresponding command operating by keyboard, monitoring host computer and monitored device can be passed through wireless network transmissions signal.
In the antiaircraft firing management system the present invention relates to, the supervisory control system of system equipment state is comprised and gathers Executive Module, transfer logging modle and information interaction module, referring to Fig. 2, described system comprises the following steps the method for device status monitoring:
1, significant event report step:
In antiaircraft firing management system, various hardware device specification configurations are specifically referring to table 1.Collection Executive Module on work station by all states of monitored device in this process promptly and accurately be sent to transfer logging modle, and correctly show at display terminal through information interaction module.Equipment state in antiaircraft firing management system occurs generally at work station/startup of server, shutdown role switching, the active/standby state of server, to switch waiting time in the situation of great change and produces.The state of all logining in wait after work station normal boot-strap, after personal code work to be entered and password, system provides the Role Information that can login according to user's authority, user selects the specialized services such as login controller seat, assistant system, director's seat on duty, flight information editor's seat to process seat according to service needed.
For example: when system starts during each work station/server, gather Executive Module and send critical event report to transfer logging modle, in transfer logging modle, record starting state, follow-up report condition is again for waiting for logging status, transfer logging modle is logined for waiting for to the state information of this work station of information interaction module forwards, the display end Icon Color corresponding with this equipment turns green by ash, is illustrated as and waits for login under icon; During login role, gather Executive Module and to transfer logging modle, send significant event report equally, in message, comprise logined Role Information, transfer logging modle will be forwarded to information interaction module after the Role Information record comprising again, the icon content that display end is corresponding with this equipment will become login role's content, and the descriptive information under icon changes to logined role's title.
2, state is inquired after step:
Transfer logging modle is regularly sent the state of each equipment in inquiry system to collection Executive Module according to the time interval of setting and is inquired after report, each equipment is when receiving and inquiring after, immediately this monitored device information of collecting (specifically comprising: the current service condition of CPU of work station/server, internal memory service condition, systematic function, the service condition of each subregion of hard disk, the ruuning situation of each critical processes etc.) is replied, within the time limit of regulation, do not receive reply, to set its state be out of touch.The state information of the system equipment that information interaction module gathers according to transfer logging modle is carried out corresponding demonstration at display terminal.State is that out of touch appliance icon color appears dimmed, and the normal appliance icon color of state is shown in green, and the appliance icon color that state is fault is shown in red, as the appliance icon color of standby host work, is shown as yellow.Specifically comprise:
(1) auto state of, automatically being initiated by transfer logging modle is inquired after
Transfer logging modle is regularly inquired after report to each equipment transmission state in system according to the time interval of setting, each equipment, when receiving and inquiring after, is replied the state of current device immediately, within the time limit of regulation, does not receive reply, and it is out of touch setting its state.
(2), by the artificial state of artificial initiation, inquire after
At display terminal, equipment state by artificial clicking trigger is inquired after order, through transfer logging modle, be sent to the collection Executive Module of this equipment, collection Executive Module by this equipment returns to state in time, and with respective color, expresses the state of this equipment in the graphical interfaces respective icon of display terminal.
3, control step:
(1), manual type
Control to specific work station/servers/devices, user by keyboard to information interaction module initiate to work station server the control command of equipment, through transfer logging modle, be forwarded to the collection Executive Module on corresponding equipment, by gathering Executive Module, to particular device, send and control report, with reach specific purpose (for example: to this equipment shut down or during reboot operation), corresponding device is carried out corresponding operating, and feeds back execution information.
● the shutdown of work station/servers/devices
When need to shutting down, work station, server and related network device produce, by information interaction module, initiated, through transfer logging modle, be forwarded to the collection Executive Module on corresponding equipment, by this, gather Executive Module and carry out shutdown command, and send instruction execution result, transfer logging modle records associative operation and object information, to information interaction module end, send Status Change information, this equipment corresponding icon state of information interaction module end is made respective change, Icon Color becomes ash, out of touch to represent that this equipment state changes to.
● work station/servers/devices is restarted
When need to restarting, work station, server and related network device produce, by information interaction module, initiated, through transfer logging modle, be forwarded to the collection Executive Module on corresponding equipment, by this, gather Executive Module and carry out instruction of restarting, and send instruction execution result, transfer logging modle records associative operation and object information, to information interaction module end, send Status Change information, this equipment corresponding icon state of information interaction module end is made respective change, Icon Color first becomes ash, turns green after restarting normal operation again.
● the login of work station seat
When need to logining role, work station produces, by information interaction module, initiated, through transfer logging modle, be forwarded to the collection Executive Module on corresponding work station, by this, gather Executive Module and carry out the role's instruction that needs accordingly login, and send instruction execution result, transfer logging modle records associative operation and object information, to information interaction module end, send Status Change information, this equipment corresponding icon state of information interaction module end is made respective change, and under work station icon, comment changes to login role title.
● work station seat is exited
When need to exiting logined role, work station produces, by information interaction module, initiated, through transfer logging modle, be forwarded to the collection Executive Module on corresponding work station, by this collection Executive Module, carried out the role's instruction that need exit accordingly, and send instruction execution result, transfer logging modle records associative operation and object information, to information interaction module end, send Status Change information, this equipment corresponding icon state of information interaction module end is made respective change, and under work station icon, comment changes to and waits for login.
● switch at work station seat
When need to switching logined role, work station produces, by information interaction module, initiated, through transfer logging modle, be forwarded to the collection Executive Module on corresponding work station, by this collection Executive Module, carry out corresponding role switching instruction, and send instruction execution result, transfer logging modle records associative operation and object information, to information interaction module end, send Status Change information, this equipment corresponding icon state of information interaction module end is made respective change, and under work station icon, comment changes to role's title of required switching.
● the active/standby switching of server
When need to carrying out active/standby switching, server produces, by information interaction module, initiated, through transfer logging modle, be forwarded to the collection Executive Module on corresponding server, by this, gather Executive Module and carry out corresponding active/standby switching command, and send instruction execution result, transfer logging modle records associative operation and object information, to information interaction module, send Status Change information, this equipment corresponding icon state of display terminal is made respective change, server Icon Color changes, originally be that green master server icon becomes yellow, originally be that yellow standby server icon becomes green.
(2), automatic switching mode
When the server when server two-shipper starts or in major state work breaks down, the collection Executive Module of this server is sent to transfer logging modle by state, by transfer logging modle, automatically send active and standby switching command, in assurance system, there is all the time a station server as major state work, ensure system-wide normal operation.
4, system to time step:
For guaranteeing the consistency on date and time in whole system, transfer logging modle, by the gps clock signal of receiving, is broadcasted in system, guarantees the unification on date and time on each operational outfit.
(1) by transfer logging modle, initiated automatically to time:
Transfer logging modle first realizes and synchronize with gps clock signal, then by the mode of the time interval of setting or timing, all devices in total system is broadcasted, the collection Executive Module end of affixing one's name to by each its upper side realize institute's deployment facility to time operate.
(2) user who is initiated by information interaction module to time:
System user in specific situation, such as be adjusted in a certain region special time value time, information interaction module provides the setting of time value, the time unification of realizing in total system by transfer logging modle operates.
5, the renewal of monitored device state and recording step:
Transfer logging modle is that in system, all devices creates label table, to identify various distinct devices, and each status information of equipment of receiving is corresponding and store their corresponding state informations one by one by device identification and equipment in system, compare with the equipment state result of inquiry next time, the latest state information that has the equipment changing is updated to equipment state record sheet, and circulates with this.
6. monitored device state publications step:
Within the time of setting, information interaction module refreshes the state information of all devices in the system of collecting, with form real-time release such as figure, word or forms, and can support equipment management and the functions such as inquiry, statistics and printing of state information.
The invention provides a kind ofly to the method for devices in system monitoring state and equipment thereof, there is short, monitor state variation in real time of time of equipment state in gathering system and possess the function of Long-distance Control.
Above-mentioned detailed description is for the illustrating of embodiments possible of the present invention, and above-mentioned execution mode is not in order to limit the scope of the claims of the present invention, does not allly depart from equivalence of the present invention and implements or change, all should be contained in the scope of the claims of the present invention.
Claims (9)
1. a condition monitoring system for antiaircraft firing management equipment, described antiaircraft firing management equipment comprises work station, server and other devices, it is characterized in that, described supervisory control system comprises collection Executive Module, transfer logging modle and information interaction module.
2. supervisory control system according to claim 1, it is characterized in that, described collection Executive Module is arranged on work station, server and other devices of monitored device, transfer logging modle and information interaction module are arranged on monitoring host computer, user can see monitored results by the display terminal of monitoring, and carries out corresponding command operating by keyboard.
3. supervisory control system according to claim 1, is characterized in that, described monitoring host computer and monitored device can be passed through wireless network transmissions signal.
4. supervisory control system according to claim 1, is characterized in that, described other devices comprise access board, switch and clock.
5. a method for monitoring state for antiaircraft firing management equipment, for supervisory control system claimed in claim 1, is characterized in that, said method comprising the steps of:
1) significant event report step;
2) state is inquired after step;
3) control step;
4) system to time step;
5) renewal of monitored device state and recording step;
6) monitored device state publications step.
6. method for supervising according to claim 5, it is characterized in that, described step 1) is to gather Executive Module all states of monitored device are sent to transfer logging modle, and correctly show at display terminal through information interaction module, described critical event comprises that work station/startup of server, shutdown role switching, the active/standby state of server switch.
7. method for supervising according to claim 5, it is characterized in that, described step 2) comprise by the automatic auto state of initiating of transfer logging modle and inquire after and inquire after by the artificial state of artificial initiation, described auto state is inquired after, and to be transfer logging modle regularly inquire after report to the collection Executive Module transmission state in monitored device in system according to the time interval of setting, each equipment is when receiving and inquiring after, reply immediately the state of current device, within the time limit of regulation, do not receive reply, to set its state be out of touch; It is by the monitored device state of artificial clicking trigger, to inquire after order at display terminal that described artificial state is inquired after, through transfer logging modle, be sent to the collection Executive Module of this equipment, collection Executive Module by this equipment returns to state in time, and with respective color, expresses the state of this equipment in the graphical interfaces respective icon of display terminal.
8. method for supervising according to claim 5, it is characterized in that, described step 3) comprises manual type and automatic switching mode, manual type is that user initiates the control command to monitored device by keyboard to information interaction module, through transfer logging modle, be forwarded to the collection Executive Module on corresponding equipment, by gathering Executive Module, to particular device, send and control report, so that monitored device is carried out to corresponding operating, and feed back execution information; Automatic switching mode is that the server when server two-shipper starts or in major state work is when break down, the collection Executive Module of this server is sent to transfer logging modle by state, by transfer logging modle, automatically send active and standby switching command, guaranteeing has a station server all the time as major state work in monitored device.
9. method for supervising according to claim 5, is characterized in that, described step 4) comprise by transfer logging modle, initiated automatically to time and the user that initiated by information interaction module to time.
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| CN201310184520.8A CN103516776B (en) | 2013-05-17 | 2013-05-17 | The condition monitoring system of a kind of antiaircraft firing management equipment and method |
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| CN201310184520.8A CN103516776B (en) | 2013-05-17 | 2013-05-17 | The condition monitoring system of a kind of antiaircraft firing management equipment and method |
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| CN104751306A (en) * | 2015-04-28 | 2015-07-01 | 海南汉能薄膜太阳能有限公司 | Industrial control equipment monitoring method and system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104320283A (en) * | 2014-11-03 | 2015-01-28 | 中国人民解放军空军装备研究院雷达与电子对抗研究所 | Supervisory system and method of to-air shooting management system |
| CN104320283B (en) * | 2014-11-03 | 2017-11-28 | 中国人民解放军空军装备研究院雷达与电子对抗研究所 | Supervisory systems and method in a kind of antiaircraft firing management system |
| CN107819612A (en) * | 2014-11-03 | 2018-03-20 | 中国人民解放军空军装备研究院雷达与电子对抗研究所 | A kind of monitoring and managing method in antiaircraft firing management system |
| CN104751306A (en) * | 2015-04-28 | 2015-07-01 | 海南汉能薄膜太阳能有限公司 | Industrial control equipment monitoring method and system |
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