CN103021040B - Device and method of network polling and personnel management based on multi-system-type RFID (radio frequency identification device) read-write terminal - Google Patents
Device and method of network polling and personnel management based on multi-system-type RFID (radio frequency identification device) read-write terminal Download PDFInfo
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- CN103021040B CN103021040B CN201210585856.0A CN201210585856A CN103021040B CN 103021040 B CN103021040 B CN 103021040B CN 201210585856 A CN201210585856 A CN 201210585856A CN 103021040 B CN103021040 B CN 103021040B
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Abstract
The invention discloses a device and a method of network polling and personnel management based on a multi-system-type RFID (radio frequency identification device) read-write terminal. The device of network polling and personnel management based on the multi-system-type RFID read-write terminal comprises a multi-system-type RFID read-write terminal and an OMC (operation maintenance center) server platform, wherein the multi-system-type RFID read-write terminal is used for DT (drive test) and CQT (call quality test) by polling and testing personnel, and reporting polling results and testing results to the OMC platform; and the OMC platform server is used for data statistics of reported data for polling, counting the data of the DT and CQT results, and inquiring and deriving a pollingtest statistical form. The device and the method of network polling and personnel management based on the multi-system-type RFID read-write terminal have the beneficial effects that the terminal is provided with a multi-system-type RFID read-write module and a wireless network testing module at the same time, and can achieve the system of integrating network testing, communication equipment asset maintenance and management and commission maintenance polling personnel management.
Description
Technical field
The present invention relates to the device of a kind of network patrol and personal management, more specifically, it relates to a kind of based on the network patrol of the multi-system RFID read-write terminal and the device and method of personal management.
Background technology
In recent years along with 2G/3G/WLAN network size increases swift and violent, network becomes increasingly complex, and fault is multiple, and the means poor efficiency low-quality of traditional test, maintenance, management or cost are very high.
Current existing wireless network quality on-the-spot test means mainly contain following two kinds:
By DT, CQT test instrumentation, network quality test is carried out to limited emphasis building or region.Advantage is professional Meter Test, and data are accurately abundant.But because the price of instrument is higher, testing cost is too large, is difficult to promote; Test analysis personnel requirement is high, and efficiency is low, and tested person personnel are subjective and sense of responsibility impact.
Artificial DT, CQT test.This method of testing is simple and quick, require low, but testing cost is high to tester, sample is few, catches difficulty to sporadic fault, and partial test project depends on the subjective judgement of individual, test result consistance is poor, the sense of responsibility of tested person personnel and the impact of technical ability and larger.
Visible, traditional network test means all have some limitations, and to network test and Dai Wei patrol officer and work quality Comparison of Management difficulty thereof.
Summary of the invention
The object of the invention is to overcome deficiency of the prior art, provide a kind of rational in infrastructure, conveniently based on the network patrol of the multi-system RFID read-write terminal and the device of personal management.
The object of the invention is to be achieved through the following technical solutions.This based on the network patrol of the multi-system RFID read-write terminal and the device of personal management, comprise the multi-system RFID read-write terminal and OMC server platform.The multi-system RFID read-write terminal, carries out DT, CQT test, for patrolling and examining result and test result is reported to OMC platform for patrolling and examining tester; OMC Platform Server, for patrolling and examining reported data statistics, the statistics of DT, CQT test result data, for patrolling and examining inquiry and the derivation of test statistics form.
As preferably: wherein the multi-system RFID read-write terminal comprises: wireless test module (GSM or CDMA), for the collection of wireless network parameter, for DT and CQT tone testing, be reported to OMC platform for testing and patrolling and examining data by wireless data service; The multi-system RFID read-write module, for the attendance management of patrol officer, communication facilities assets RFID label tag maintenance management, patrol and examine result filling report forms.
As preferably: wherein wireless test module (GSM or CDMA), this module is made up of two wireless modems and related peripheral power control circuit, two MODEM can specify main quilt and called network test task of carrying out DT, CQT, regularly can carry out the collection of wireless network parameter.
As preferably: wherein the multi-system RFID read-write module, comprise that 13.56M HZ is passive, 900M HZ is passive and 433M HZ active RFID tag module for reading and writing, be made up of RFID read-write chip circuit and associated antenna, statistical management being carried out to the branch website, room and communication facilities being provided with all kinds RFID label tag, realizing the management to patrolling and examining tester's work thus.
As preferably: the inspection management functional module that wherein the multi-system RFID read-write terminal realizes comprises error correction and verifying function, namely when reading its RFID label tag in branch website, some rooms or communication facilities assets place, wireless test module can read again the base station network cell information of patrolling and examining testing location simultaneously, only have when the positional information of the two is consistent, terminal is just thought to patrol and examine operation normally; When the positional information of the RFID label tag mark read by terminal and the positional information that returns of base station radio network inconsistent time, terminal is thought to patrol and examine and is made mistakes.
The method comprises the steps: that patrolling and examining tester carries out DT, CQT test by the multi-system RFID read-write terminal; Add up by OMC Platform Server patrolling and examining reported data, the carrying out of DT, CQT test result data is added up; Result will be patrolled and examined by the multi-system RFID read-write terminal and test result is reported to OMC Platform Server, test statistics report query and derivation will be patrolled and examined by OMC Platform Server.
The invention has the beneficial effects as follows: terminal has multiple types RFID read-write module and wireless network test module simultaneously; Terminal can realize network test, the management of communication facilities assets protection simultaneously, manage for dimension patrol officer the system be integrated.
Accompanying drawing explanation
Fig. 1 the present invention is based on the network patrol of the multi-system RFID read-write terminal and the apparatus system schematic diagram of personal management;
Fig. 2 is the theory diagram of the multi-system RFID read-write terminal of the present invention;
Fig. 3 is the more detailed block diagram of OMC Platform Server of the present invention;
Fig. 4 is the process flow diagram that RFID label tag of the present invention is entered into OMC platform;
Fig. 5 is that the present invention patrols and examines report flow figure;
Fig. 6 is the network DCO process flow diagram of DT, CQT of the present invention.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described further.Although the present invention will be described in conjunction with preferred embodiment, should know, and not represent and limit the invention in described embodiment.On the contrary, the present invention will contain can be included in attached claims limit scope of the present invention in alternative, modified and equivalent.
Fig. 1 be invention based on the network patrol of the multi-system RFID read-write terminal and the apparatus system schematic diagram of personal management; This system comprises the multi-system RFID read-write terminal and OMC server, and terminal is communicated by CDMA or gsm wireless network with server.
The multi-system RFID read-write terminal, is mainly used in DT and the CQT test calls of wireless network, for patrolling and examining the management of the work of tester, for the RFID label tag maintenance management of communication facilities assets, for test data with patrol and examine data and report to OMC platform.OMC Platform Server be mainly used in the management of the multi-system RFID read-write terminal and patrol and examine tester centralized management, arrange to issue and patrol and examine test assignment, the test data of patrolling and examining of RFID read-write terminal to report is presented, to patrolling and examining result and DT and CQT test result data carries out statistical study.
The multi-system read-write terminal theory diagram as shown in Figure 2, forms primarily of power module, functional module, processor module and interface module.Power module comprises power supply to be provided and lithium battery charging management circuit, and being mainly used in provides stable, suitable power supply to each module of equipment, to Charge Management and the protection of inner lithium battery.Functional module comprises wireless module 1, wireless module 2 and RFID read-write module.Wireless module 1 and wireless module 2 for GSM or the sampling of cdma wireless network parameter, for DT and the CQT test of CDMA or gsm wireless network, for test data with reported data is long-range reports to OMC Platform Server.RFID read-write module, comprise 13.56MHZ RFID read-write module, 900MHZ RFID read-write module, 433MHZ RFID read-write module, the RFID label tag of the polytype different distance such as ISO14443A/B, ISO15693, ISO18000-6 can be read and write, by the read-write of terminal to the RFID label tag of branch website, wireless network room and communication facilities assets, in conjunction with the wireless network base station information of operator, realize the related work management to patrol task and tester.Processor module, is made up of CPU, storage unit and clock unit.Storage unit, for storing the patrol record, DT and the CQT test data that are not also reported to OMC server; Real time clock unit, for terminal provides real-time clock accurately.Interface module is made up of liquid crystal display, key input unit, local maintenance data output interface.
Fig. 3 is the more detailed block diagram of OMC Platform Server.The system of OMC platform adopts six layers of layering logic layers framework, from top to bottom successively: operating system layer, support platform layer, data storage layer, communication link layer, application layer, UI layer.
The function of OMC network management system platform mainly comprises: system management module, log in administration module, termination management module, statement management module and log management module.
System management module, comprises user's fabric anomaly, user management, system configuration, bulletin configuration, patrols and examines problem, patrols and examines result.
Log in administration module, comprise again log in, log off, change of secret code, password reset.
Termination management module, comprises typing, the multi-system RFID end message, label information, recovery.
Statement management module, comprises and patrols and examines form, CQT test, the download of history detail.
Log management module, comprises system journal.
Fig. 4 is the process flow diagram that RFID label tag is entered into OMC platform.It is as follows that the concrete steps being entered into OMC platform opened by label:
A1, when user needs to open new RFID label tag to OMC platform, open the multi-system RFID read-write terminal, and select label to open reporting functions.
B1, the induction zone of swiping the card will opening RFID label tag and be placed on the multi-system RFID read-write terminal, read the unique identifier of RFID label tag.
C1, in the multi-system RFID read-write terminal operation interface, input room is divided or the Back ground Information of the asset equipment that communicates: RFID label tag type (room is divided or equipment), RFID label tag title (room point title or site name), room divides or site number, label is specifically by holding position etc.
After D1, FRID label information have inputted, OMC platform can be reported to by wireless network data business in the mode of TCP.
E1, report successfully namely receive report reply bag after, the label information reported is written in RFID label tag.
F1, can change and edit the relevant Back ground Information of RFID label tag on OMC platform.
Fig. 5 patrols and examines report flow figure.Patrol and examine the process flow diagram reporting an example, basic step is as follows:
A2, dimension survey in the present age patrol and examine examination personnel when doing patrol task, open the power supply of the multi-system RFID read-write terminal.
B2, the RFID label tag of the RFID read-write induction zone of the multi-system RFID read-write terminal near branch website, room or communication facilities assets, read the relevant information data that RFID label tag stores.
C2, operating terminal interface menu select room to divide (equipment) site information to inquire about.
The order that D2, the multi-system RFID read-write terminal divide (equipment) site information to inquire about by TCP mode to OMC platform dispatcher's office with wireless network data business, and the specifying information receiving the reply of OMC platform; When inquiring about as branch website, room, return information comprises the type that relevant communication facilities number of units, every platform communication facilities are divided in total room, this branch website, room one, when inquiring about as equipment sites information, return information comprises the information of communication facilities essential information and this equipment alarm state.
E2, patrol officer complete communication facilities maintenance or room subnetwork quality test work.
F2, select the multi-system RFID read-write terminal to report function, and fill in and patrol and examine report, comprise the problem of patrolling and examining discovery, the result of patrolling and examining issue handling.
G2, patrol and examine report send to OMC platform by data service in the mode of TCP.
Fig. 6 is the network DCO process flow diagram of DT, CQT.This figure is described in detail DT, CQT testing process:
Time A3, the present age, dimension tester needed to carry out DT, CQT test, open a terminal power supply, and fill the relevant configuration parameter of DT, CQT by operation interface.
Information is divided in B3, reading FRID label information or manual input room, and actions menu selects CQT (DT) test beginning.
In C3, DT, CQT loop test process, constantly can read the RFID information of each position, branch website, room, and record.
D3, when terminating test, select to terminate test menu function.
E3, trigger test result reporting functions, terminal to be wrapped by the data mode of wireless network the test result data of DT, CQT and is passed to OMC platform with TCP.
F3, OMC Platform Server is analyzed and report form statistics test data.
Claims (3)
1., based on the network patrol of the multi-system RFID read-write terminal and a device for personal management, it is characterized in that, comprising:
The multi-system RFID read-write terminal, carries out DT, CQT test for patrolling and examining tester;
OMC Platform Server, for patrolling and examining reported data statistics, the statistics of DT, CQT test result data;
Described the multi-system RFID read-write terminal will patrol and examine result and test result is reported to OMC Platform Server, and described OMC Platform Server will patrol and examine test statistics report query and derivation;
Wherein the multi-system RFID read-write terminal comprises: wireless test module, for the collection of wireless network parameter, for DT and CQT tone testing, is reported to OMC platform for testing and patrolling and examining data by wireless data service; The multi-system RFID read-write module, for the attendance management of patrol officer, communication facilities assets RFID label tag maintenance management, patrol and examine result filling report forms;
The inspection management functional module that the multi-system RFID read-write terminal realizes comprises error correction and verifying function, namely when reading its RFID label tag in branch website, some rooms or communication facilities assets place, wireless test module can read again the base station network cell information of patrolling and examining testing location simultaneously, only have when the positional information of the two is consistent, terminal is just thought to patrol and examine operation normally; When the positional information of the RFID label tag mark read by terminal and the positional information that returns of base station radio network inconsistent time, terminal is thought to patrol and examine and is made mistakes.
2. according to claim 1 based on the network patrol of the multi-system RFID read-write terminal and the device of personal management, it is characterized in that: wireless test module, this module is made up of two wireless modems and related peripheral power control circuit, two MODEM can specify caller and called network test task of carrying out DT, CQT, regularly can carry out the collection of wireless network parameter.
3. according to claim 1 based on the network patrol of the multi-system RFID read-write terminal and the device of personal management, it is characterized in that: the multi-system RFID read-write module, comprise that 13.56M HZ is passive, 900M HZ is passive and 433M HZ active RFID tag module for reading and writing, be made up of RFID read-write chip circuit and associated antenna, statistical management being carried out to the branch website, room and communication facilities being provided with all kinds RFID label tag, realizing the management to patrolling and examining tester's work thus.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210585856.0A CN103021040B (en) | 2012-12-28 | 2012-12-28 | Device and method of network polling and personnel management based on multi-system-type RFID (radio frequency identification device) read-write terminal |
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| CN201210585856.0A CN103021040B (en) | 2012-12-28 | 2012-12-28 | Device and method of network polling and personnel management based on multi-system-type RFID (radio frequency identification device) read-write terminal |
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| CN103021040A CN103021040A (en) | 2013-04-03 |
| CN103021040B true CN103021040B (en) | 2015-04-22 |
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| CN105264943A (en) * | 2013-11-29 | 2016-01-20 | 华为技术有限公司 | Maintenance management method and device, and device maintenance system |
| CN107734509A (en) * | 2017-09-13 | 2018-02-23 | 浙江明讯网络技术有限公司 | The collecting method and system of radio network optimization test |
| CN109658540A (en) * | 2018-12-19 | 2019-04-19 | 罗朝昆 | A kind of amusement facility inspection intelligent management system |
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| US8655387B2 (en) * | 2011-03-25 | 2014-02-18 | Lg Electronics Inc. | Method and apparatus of location measurement using the location of neighbor UE |
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| CN202374462U (en) * | 2011-11-18 | 2012-08-08 | 曾宝国 | Base station operation maintenance information management system based on radio frequency identification device (RFID) inspection personal digital assistant (PDA) |
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