CN102123295B - Method and system for safety monitoring of geographical informatization of HFC (hybrid fiber coax) network - Google Patents

Method and system for safety monitoring of geographical informatization of HFC (hybrid fiber coax) network Download PDF

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CN102123295B
CN102123295B CN201010592246A CN201010592246A CN102123295B CN 102123295 B CN102123295 B CN 102123295B CN 201010592246 A CN201010592246 A CN 201010592246A CN 201010592246 A CN201010592246 A CN 201010592246A CN 102123295 B CN102123295 B CN 102123295B
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measurement
information
transponder
database
time interval
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CN102123295A (en
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王东林
谭新庚
金志琛
陈金超
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广州杰赛科技股份有限公司
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Abstract

The invention discloses a method and system for safety monitoring of the geographical informatization of an HFC (hybrid fiber coax) network, and the method comprises the following steps: setting measuring items and corresponding time intervals according to received information setting instructions, and sending the measuring items and the corresponding time intervals to a database for storing; reading a measuring item list and the time intervals from the database, generating test instructions according to the time intervals and the measuring items, and then sending the test instructions to transponders; receiving measurement results which are generated by carrying out measurement according to the test instructions and sent by the transponders, processing the measurement results, then sending the processed measurement results to the database, and storing; and reading the measurement results and the private address information of each transponder from the database according to a receivedinformation read instruction, then sending the measurement results and the private address information of each transponder to a PC (personal computer) machine. According to the scheme of the invention, corresponding test instructions can be automatically generated just by setting measuring items and time intervals without setting a corresponding instruction for each test process, thereby automatically realizing the measurement on transponders, improving the measuring efficiency, and meeting the demands on large-scale transponder tracking measurement.

Description

HFC网的地理信息化监测方法及系统 Geographic information systems and monitoring methods HFC network

技术领域 FIELD

[0001] 本发明涉及HFC网数字电视监测和DOCSIS监测领域,特别涉及ー种HFC网的地理信息化监测方法及系统。 [0001] The present invention relates to a digital television monitor, and DOCSIS HFC network monitoring applications, in particular, relates to geographic information types ー monitoring method and system HFC network.

背景技术[0002] 现有的对HFC网的信号进行测量的測量方案,包括频点测量、频谱测量、节目图像測量、DOCSIS信号測量等等,都是通过采用应答器、采用人工远程测量的方式进行,其是由应答器对相应的测试项目进行测量,然后将測量结果以模拟信号的方式反馈给用户,这种监测测量方式,不仅需要人为方式来操作,而且每次仅可以对一台应答器、对单个测试项目进行测试操作,需要耗费较多的人力物力,效率低下,在应答器的数目较少的情况下,也许还能够忍受,但是,随着应答器数目的增多,尤其是在大規模应用应答器的情况下,就需要耗费相当多的人力资源,效率极为低下,且筛选出告警设备时需要更多的时间和精力,无法适应大規模应答器跟踪测量、及智能化筛选出告警设备的需求。 [0002] a conventional HFC network signal measurements measuring program, comprising measuring frequency, spectrum measurement, image measurement program, the DOCSIS signal measurement and the like, are employed by the transponder, remote measurement artificial manner performed, which is performed by the transponder of the corresponding test item measurement, and the measurement result by way of an analog signal feedback to the user, such monitoring measurement, not only artificial means to operate, and each one can only answer , a project of a single test to test, you need to spend more manpower and material resources, inefficient, in the case of a smaller number of transponders, may also be able to endure, however, as the number of transponders, especially in in the case of large-scale application of the transponder, it takes a considerable amount of human resources, efficiency is very low, and screening require more time and effort when the alarm equipment, unable to adapt to large-scale transponder tracking and measuring, and intelligent screening demand alarm equipment.

发明内容 SUMMARY

[0003] 针对上述现有技术中存在的问题,本发明的目的在于提供ー种HFC网的地理信息化监测方法、ー种HFC网的地理信息化监测系统,其可以实现对应答器的自动测量,提高测量效率,满足大規模应答器跟踪测量的需求。 [0003] In view of the above problems of the prior art, an object of the present invention to provide geographic information types ー HFC network monitoring method, kinds of geographic information ー HFC network monitoring system, which can automatically measure of the transponder improve measurement efficiency and meet the needs of large-scale transponder tracking measurements.

[0004] 为达到上述目的,本发明采用以下技术方案: [0004] To achieve the above object, the present invention employs the following technical solution:

[0005] ー种HFC网的地理信息化监测方法,包括步骤: [0005] Species Geographic Information ー HFC network monitoring method, comprising the steps of:

[0006] 根据接收到的信息设置指令设定测量项目以及对应的时间间隔,并将设定的测量项目以及时间间隔发送至数据库予以储存; [0006] and the setting items corresponding to the measurement time interval in accordance with the received instruction information is set, and the set measurement items is stored and the time interval to be sent to the database;

[0007] 从所述数据库中读取测量项目的列表以及所述时间间隔,根据该时间间隔以及测量项目生成测试指令,并将该测试指令发送给所述应答器; [0007] The list of measurement items read from the database, and the time interval, based on the generated test command and the time interval measurements and transmits the test instruction to the transponder;

[0008] 接收应答器发送的測量結果,并对该測量结果进行处理后发送给所述数据库予以储存,所述测量结果由所述应答器根据所述测试指令进行测量得到; [0008] The receiver responder transmits measurement results after the treatment and the measurement result is sent to the database to be stored, the measurement result obtained by the measurement of the transponder according to the test command;

[0009] 根据接收到的信息读取指令从所述数据库中读取测量结果以及各所述应答器的私有地址信息,并将读取的測量结果以及各所述应答器的私有地址信息发送给PC机。 [0009] Read and private address information for each measurement result of the transponder from the database based on the information received read instruction, and transmits the private address information and the read measurement result and each of the transponder to PC.

[0010] ー种HFC网的地理信息化监测系统,包括:应答器、WEB信息发布单元、測量命令生成服务单元、测量监听服务单元以及数据库; [0010] Species Geographic information ー HFC network monitoring system, comprising: a transponder, WEB information issuing unit, the measurement service command generating means, measuring means and database monitoring service;

[0011] 所述WEB信息发布单元,用于接收PC机下发的信息设置指令,根据该信息设置指令设定测量项目以及对应的时间间隔,并将设定的测量项目以及时间间隔发送至所述数据库予以储存,还用于接收信息读取指令,根据该信息读取指令从所述数据库中读取测量结果以及各所述应答器的私有地址信息,并将读取的測量结果以及各所述应答器的私有地址信息发送给所述PC机; [0011] The WEB information issuing unit, for receiving the issued information provided at the PC command, set the measurement items and the time interval corresponding to the instruction based on the setting information, and transmits the set measurement items and the time interval to the said database to be stored is further configured to receive information read command, reads information measuring results, and the private address of each of the transponder from the database based on the information read command and read the measurement result of each of the said private address information is sent to the transponder the PC;

[0012] 所述测量命令生成服务单元,用于从所述数据库中读取测量项目的列表以及所述时间间隔,根据该时间间隔以及测量项目生成测试指令,并将该测试指令发送给所述应答器; [0012] The command generating service measurement unit for reading the list of measurement items from the database, and the time interval, based on the generated test command and the time interval measurements and transmits the test instruction to the Transponder;

[0013] 所述应答器,用于接收所述测试指令,根据该测试指令进行测量,并将测量结果发送给所述測量监听服务单元; [0013] The transponder, for receiving said test command, measured according to the test command, and transmits the measurement result to the measuring unit monitoring services;

[0014] 所述测量监听服务单元,用于所述測量结果进行处理后发送给所述数据库予以储存。 [0014] The monitoring service measuring unit for the measurement result is sent to the post-treatment in the database to be stored.

[0015] 根据上述本发明的方案,其是通过接收信息设置指令来设定测量项目以及对应的时间间隔,并将设定的测量项目以及时间间隔存储在数据库中,从数据库中读取该测试项目的列表以及对应的时间间隔后,根据该时间间隔以及测量项目自动生成对应的测试指令,并将生成的测试指令发送给应答器,以得到应答器的測量结果,且得到的应答结果是存储在数据库中,因此,其无需分别为每一次的测试过程都设定相应的指令,只需设定好测试项目及时间间隔,即可以自动生成相应的测试指令,自动实现对应答器的測量,提高了測量效率,满足了大規模应答器跟踪测量的需求。 [0015] The embodiment of the present invention, which is provided by receiving information and commands to set the measurement items corresponding to a time interval, and in the database, the database is read from the test set measurement items is stored and the time interval list item and the corresponding time interval, generated automatically based on the time interval corresponding to the measurement items and test command, and transmits the generated test command to the transponder, the transponder to obtain a measurement result, and the obtained result is stored in the response in the database, therefore, it is unnecessary to separately testing each of the corresponding instruction set are simply set up test items and time interval, i.e., can automatically generate a corresponding test instruction, to measure automatically the transponder, improve measurement efficiency to meet the needs of large-scale transponder tracking measurements.

附图说明 BRIEF DESCRIPTION

[0016] 图I是本发明的HFC网的地理信息化安全监测方法实施例的流程示意图; [0016] Figure I is a flow embodiment geographic information security HFC network monitoring method according to the invention; and FIG.

[0017] 图2是本发明的HFC网的地理信息化安全监测系统实施例的结构示意图。 [0017] FIG. 2 is a block diagram of an embodiment of the geographic information security monitoring system of the present invention is HFC network.

具体实施方式 detailed description

[0018] 以下以具体实施例的方式对本发明方案进行详细阐述。 [0018] The following detailed embodiment of the present invention set forth by way of specific embodiments.

[0019] 如图I所示,是本发明的HFC网的地理信息化安全监测方法实施例的流程示意图,其包括步骤: [0019] As shown in FIG I, is a flow diagram of an embodiment of the geographic information security HFC network monitoring method according to the invention, comprising the steps of:

[0020] 步骤SlOl :根据接收到的信息设置指令设定测量项目以及对应的时间间隔,并将设定的測量项目以及时间间隔发送至数据库予以储存,进入步骤S102 ; [0020] Step SlOl: setting set according to the received instruction information items and the corresponding measurement time interval, and sets the measurement items and the time interval to be transmitted to the storage database, proceeds to step S102;

[0021] 步骤S102 :从所述数据库中读取测量项目的列表以及所述时间间隔,根据该时间间隔以及测量项目生成测试指令,并将该测试指令发送给所述应答器,进入步骤S103 ; [0021] In the step S102: reading from the database list of measurement items and the time interval, based on the generated test command and the time interval measurements and transmits the test instruction to the transponder, proceeds to step S103;

[0022] 步骤S103 :接收应答器发送的測量結果,并对该測量结果进行处理后发送给所述数据库予以储存,该测量结果是由应答器根据上述测试指令进行测量得到,且应答器是以数字信号的方式来发送测量结果,进入步骤S104 ; [0022] Step S103: after receiving the measurement results transmitted by the transponder, and processing the measurement result is sent to the database to be stored, the measurement result is measured by the transponder based on the test instruction, and the transponder is mode to transmit a digital signal measurement result, proceeds to step S104;

[0023] 步骤S104 :根据接收到的信息读取指令从所述数据库中读取测量结果以及各所述应答器的私有地址信息,并将读取的測量结果以及各所述应答器的私有地址信息发送给PC机。 Reads the private address and a private address information for each measurement result of the transponder from the database based on the information read instruction received, and the read measurement result and each of the transponder: [0023] Step S104 information is sent to the PC.

[0024] 根据本实施例中的方案,其无需分别为每一次的测试过程都设定相应的指令,只需设定好测试项目及时间间隔,即根据时间间隔及测试项目可以自动生成相应的测试指令,自动实现对应答器的測量,提高了测量效率,满足了大規模应答器跟踪测量的需求。 [0024] According to the present embodiment programs, respectively, which was used without testing process each time the corresponding instruction set, only test items and set up time interval, i.e., can be automatically generated according to the corresponding time interval and the test items test instructions, automatically measure the transponder, improve measurement efficiency to meet the needs of large-scale transponder tracking measurements.

[0025] 此外,在具体的监测过程中,为了能够及时并一目了然地知晓测量结果出现异常的应答器,因此,在上述步骤S104之后还包括步骤: [0025] Further, in the specific monitoring process, in order to know at a glance and timely measurements abnormal transponder, therefore, after step S104, further comprising the step of:

[0026] 步骤S105 :所述PC机读取地理信息系统发布的地理信息,根据该地理信息以及所述测量结果、各所述应答器的私有地址信息合成显示結果。 [0026] Step S105: a PC reads the GIS GIS released, based on the geographic information and the measurement result, the private address information of each of the synthesis of the transponder display the results. [0027] 从而,在依据显示结果进行显示时,由于显示结果是地理信息、測量结果以及应答器的私有地址信息合成的结果,从而可以依据各应答器的地址信息将各应答器的测试结果显示在地图上,可以通过对地图的查看即可以直观准确地查看出发生异常的应答器所在的位置。 [0027] Therefore, when a display based on the display result, since the display result is a private address geographic information, measurement results, and the transponder information of the synthesized result, so that the test results of the transponders may be displayed according to the address information of the transponders on the map, you can see on the map that is visually accurate view of the abnormal position of the transponder is located. 其中,这里的应答器的私有地址信息可以是经纬度坐标信息。 Among them, the private address information of the transponder here can be a latitude and longitude coordinate information.

[0028] 另外,在合成所述显示结果时,由于各应答器的測量结果可能并不相同,若均用相同的顔色或者标记在地图上进行合成显示,则需要去仔细分辨哪些是发生了异常的应答器,因此,为了能够更为直观、准确地查看出发生异常的应答器,因此,在合成显示结果时,可以是根据测量结果的类型的不同,分别设置对应的顔色,在将各应答器的測量结果合成显示在地图上时,可以是根据上述设定的測量结果类型与顔色的对应关系,将测量结果根据其所属的类型按照对应的顔色在地图上进行标注。 [0028] Further, when the display result in the synthesis, since the measurement result of the transponders may not be the same, if the same color or are synthesized mark displayed on the map, it is necessary to carefully identify which abnormality occurs transponder, thus, to be able to be more intuitive, accurate view of the transponder abnormality occurs, and therefore, result in the synthesis of the display may be different depending on the type of measurements, provided corresponding to each color, in response to each synthesis of when the measurement result is displayed on the map, according to correspondence relationship may be a color type of the measurement result of the setting of the measurement results marked on the map in accordance with the color corresponding to the type to which they belong.

[0029] 这里的測量结果类型可以包括正常应答、应答回复超时告警、应答数据告警,其中,应答回复超时告警是指在设定的时间内应答器未回复测量结果、或者说是在达到设定时间时应答器尚未回复测量结果,应答数据告警是指应答器回复的测量结果超过了该测试项目对应的设定范围,而正常应答则是指应答器在设定时间内返回了測量结果、且测量结果未超出该测试项目对应的设定范围。 [0029] Here measurement types may include normal response, an acknowledgment response timeout alarms, alarm response data, wherein the transponder reply time-out means within the alarm set time measurement transponder does not respond, or the setting is reached when the transponder has not replied time measurements, the response data refers alarm transponder reply measurements exceeds the test range is set corresponding to the item, and a normal response is returned refers to the transponder measurements within a set time, and does not exceed the measurement result of test items corresponding to the set range. 在其中一种对颜色进行设定的示例中,可将正常应答的显示颜色设置为緑色,将应答回复超时告警的显示颜色设置为黄色,将应答数据告警的显示颜色设置为橙色。 In one example of the color setting, a normal response may be display color is set to green, the display color of the transponder reply time-out alarm is set to yellow, the color display alarm response data to orange. 当然,根据个人习惯或者其他的不同,也可以是设定为其他的颜色。 Of course, according to personal habits or other differences, it can also be set to other colors.

[0030] 其中,上述对正常应答、应答恢复超时告警、应答数据告警的判定,可以是在上述步骤S103中对测量结果进行处理时进行,即上述步骤S103中的处理的过程包括对是否在设定时间内接收到应答器返回的測量结果的判定过程、以及对接收到的測量结果是否超出其对应的设定范围的判定过程,具体的判定方式在此不予赘述。 [0030] wherein the normal response, the response recovery timeout alarm in response determination data alarms, may be carried out at S103, the measurement results the process of step, i.e. the above-described step S103 during the processing includes whether the provided decision process receives the measurement result of the transponder returns in a given time, and the measurement results received exceeds a set range corresponding decision process, determining the specific manner is not repeated herein.

[0031] 另外,上述测量项目可以包括频点测量、频谱测量、节目图像测量、DOCSIC信号测量,各测量项目对应的时间间隔可以相同,也可以不相同。 [0031] Further, the measurements may include measuring frequency, spectrum measurement, image measurement program, DOCSIC signal measurements, each measurement time interval corresponding to the item may be the same, may not be the same. 在根据时间间隔以及测试项目生成测试指令时,各测试项目可以分别对待,即分别针对各测量项目生成对应的测试指令。 When generating a command based on the test interval and the test item, the test item can be treated separately, i.e. generating a corresponding test command for each measurement item. 以频点测量对应的时间间隔为Is、频谱测量对应的时间间隔为I. 5s为例,可以是每隔Is生成一个对频点进行测量的測量指令,每隔I. 5s生成ー个对频谱进行测量的測量指令,具体的设定方式在此不予多加赘述。 A frequency corresponding to point measurement interval Is, spectral measurements corresponding to Example I. 5s interval, may be every Is to generate a frequency point measurement instruction to measure every I. 5s generate a spectrum ーmeasuring measurement instruction, specific setting manner is not narrated herein. 其中,根据实际需要,也可以是根据针对各测量项目设定相同的时间间隔,由于各测量项目对应的时间间隔相同,因此,可以针对各测量项目只生成ー个測量指令,该测量指令中包含了对各测量项目进行测试的指示,当然,在这种各测量项目的时间间隔相同的情况下,也可以针对各测量项目分别生成相应的测量指令。 Wherein, according to actual needs, and may be set in accordance with the same time interval for each measurement items, the measurement items since each time interval corresponding to the same, therefore, can only generate instructions for each ー measuring measurement items, the measurement instruction contains the measurement items for each test instruction, of course, under the same circumstances, may generate instructions for each respective measurement items measured in this time interval for each measurement item.

[0032] 根据上述本发明的HFC网的地理信息化安全监测方法,本发明还提供ー种HFC网的地理信息化安全监测系统,如图2所示,是本发明的HFC网的地理信息化安全监测系统实施例的结构示意图,包括:应答器、WEB信息发布单元、測量命令生成服务单元、測量监听服务单元以及数据库,其中: [0032] The geographic information security HFC network monitoring method of the present invention, the present invention also provides geographic information ー species HFC network security monitoring system, shown in Figure 2, the geographic information of the present invention, HFC network schematic structural diagram of embodiment of the safety monitoring system, comprising: a transponder, WEB information issuing unit, the measurement service command generating means, measuring means and database monitoring service, wherein:

[0033] 上述WEB信息发布单元,用于接收PC机下发的信息设置指令,根据该信息设置指令设定测量项目以及对应的时间间隔,并将设定的测量项目以及时间间隔发送至所述数据库予以储存,还用于接收信息读取指令,根据该信息读取指令从所述数据库中读取测量结果以及各所述应答器的私有地址信息,并将读取的測量结果以及各所述应答器的私有地址信息发送给所述PC机; [0033] The WEB information distribution unit for receiving the issued information provided at the PC command, set the measurement items and the corresponding time interval information according to the setting instruction, and sets the measurement items and the time interval to send the database to be stored is further configured to receive information read command to read the result, and the private address information of each of the transponder from the database based on the reading instruction information, the measurement result and each of said read private address information is sent to the transponder the PC;

[0034] 上述測量命令生成服务单元,用于从所述数据库中读取测量项目的列表以及所述时间间隔,根据该时间间隔以及测量项目生成测试指令,并将该测试指令发送给所述应答器; [0034] The command generating service measurement unit for reading the list of measurement items from the database, and the time interval, based on the generated test command and the time interval measurements, and transmits the response to the test command device;

[0035] 上述应答器,用于接收所述测试指令,根据该测试指令进行测量,并将测量结果发送给所述測量监听服务单元,应答器在发送测量结果时,是以数字信号的方式将测量结果发送给測量监听服务单元; [0035] The transponder for receiving said test command, measured according to the test command, and transmits the measurement result to the monitoring service measurement unit, the transponder when the measurement result is sent, by way of a digital signal will be It transmits the measurement result to the measuring unit monitoring services;

[0036] 上述測量监听服务单元,用于所述測量结果进行处理后发送给所述数据库予以储存。 After [0036] The monitoring service measuring unit for processing the measurement result is sent to the database to be stored.

[0037] 根据本实施例中的方案,其无需分别为每一次的测试过程都设定相应的指令,只需设定好测试项目及时间间隔,即根据时间间隔及测试项目可以自动生成相应的测试指令,自动实现对应答器的測量,提高了测量效率,满足了大規模应答器跟踪测量的需求。 [0037] According to the present embodiment programs, respectively, which was used without testing process each time the corresponding instruction set, only test items and set up time interval, i.e., can be automatically generated according to the corresponding time interval and the test items test instructions, automatically measure the transponder, improve measurement efficiency to meet the needs of large-scale transponder tracking measurements.

[0038] 其中,上述測量命令生成服务单元、測量监听服务单元,可以分别采用不同的服务器来实现,在服务器具有足够的处理能力的情况下,也可以在同一个服务器中同时实现上述测量命令生成服务单元、測量监听服务单元。 In the case [0038] wherein the measurement command generating service unit measuring a listening service unit, may each be implemented in different servers, having sufficient processing power in the server, may be simultaneously achieve the above measurement command generated in the same server service unit, measuring monitoring service unit.

[0039] 在具体的监测过程中,为了能够及时并一目了然地知晓测量结果出现异常的应答器,因此,上述本发明的HFC网的地理信息化安全监测系统,还可以包括所述PC机,该PC机用于向上述WEB信息发布单元发送上述信息设置指令、上述信息读取指令,还用于读取地理信息系统发布的地理信息,根据该地理信息以及所述测量结果、各所述应答器的私有地址信息合成显示結果。 [0039] In a specific monitoring process in order to know at a glance and timely measurements abnormal transponder, thus, the geographic information system HFC network security monitoring of the present invention may further comprise the PC, the PC, for issuing information to the WEB setting instruction unit transmits said information, said information reading command, GIS geographic information system is also released for reading, based on the geographic information and the measurement result, each of the transponder address information synthesis private display the results.

[0040] 从而,在依据显示结果进行显示时,由于显示结果是地理信息、測量结果以及应答器的私有地址信息合成的结果,从而可以依据各应答器的地址信息将各应答器的测试结果显示在地图上,可以通过对地图的查看即可以直观准确地查看出发生异常的应答器所在的位置。 [0040] Therefore, when a display based on the display result, since the display result is a private address geographic information, measurement results, and the transponder information of the synthesized result, so that the test results of the transponders may be displayed according to the address information of the transponders on the map, you can see on the map that is visually accurate view of the abnormal position of the transponder is located. 其中,这里的应答器的私有地址信息可以是经纬度坐标信息。 Among them, the private address information of the transponder here can be a latitude and longitude coordinate information.

[0041] 进ー步地,本发明的HFC网的地理信息化安全监测系统,还可以包括上述地理信息系统。 [0041] Step ー feed, the geographic information security monitoring system of the present invention, the HFC network may further include the above-described geographic information systems.

[0042] 另外,在合成所述显示结果时,由于各应答器的測量结果可能并不相同,若均用相同的顔色或者标记在地图上进行合成显示,则需要去仔细分辨哪些是发生了异常的应答器,因此,为了能够更为直观、准确地查看出发生异常的应答器,因此,PC机在合成显示结果时,可以是根据测量结果的类型的不同,分别设置对应的顔色,在将各应答器的測量结果合成显示在地图上时,可以是根据上述设定的測量结果类型与顔色的对应关系,将测量结果根据其所属的类型按照对应的顔色在地图上进行标注。 [0042] Further, when the display result in the synthesis, since the measurement result of the transponders may not be the same, if the same color or are synthesized mark displayed on the map, it is necessary to carefully identify which abnormality occurs transponder, thus, to be able to be more intuitive, accurate view of the transponder abnormality occurs, and therefore, PC displays the results in the synthesis of the machine, may be different depending on the type of measurements, provided corresponding to each color, in the when the measurement results of the transponders synthesis displayed on the map, according to correspondence relationship may be a color type of the measurement result of the setting of the measurement results marked on the map in accordance with the color corresponding to the type to which they belong.

[0043] 这里的測量结果类型可以包括正常应答、应答回复超时告警、应答数据告警,其中,应答回复超时告警是指在设定的时间内应答器未回复测量结果、或者说是在达到设定时间时应答器尚未回复测量结果,应答数据告警是指应答器回复的测量结果超过了该测试项目对应的设定范围,而正常应答则是指应答器在设定时间内返回了測量结果、且测量结果未超出该测试项目对应的设定范围。 [0043] Here measurement types may include normal response, an acknowledgment response timeout alarms, alarm response data, wherein the transponder reply time-out means within the alarm set time measurement transponder does not respond, or the setting is reached when the transponder has not replied time measurements, the response data refers alarm transponder reply measurements exceeds the test range is set corresponding to the item, and a normal response is returned refers to the transponder measurements within a set time, and does not exceed the measurement result of test items corresponding to the set range. 在其中一种对颜色进行设定的示例中,可将正常应答的显示颜色设置为緑色,将应答回复超时告警的显示颜色设置为黄色,将应答数据告警的显示颜色设置为橙色。 In one example of the color setting, a normal response may be display color is set to green, the display color of the transponder reply time-out alarm is set to yellow, the color display alarm response data to orange. 当然,根据个人习惯或者其他的不同,也可以是设定为其他的颜色。 Of course, according to personal habits or other differences, it can also be set to other colors.

[0044] 其中,上述对正常应答、应答恢复超时告警、应答数据告警的判定,可以是由上述測量监听服务单元对测量结果进行处理时进行,即上述測量监听服务单元的处理的过程包括对是否在设定时间内接收到应答器返回的測量结果的判定过程、以及对接收到的测量结果是否超出其对应的设定范围的判定过程,具体的判定方式在此不予赘述。 [0044] wherein the normal response, the response recovery timeout alarm in response determination data alarms may be conducted by the above-described measuring listening service unit of the measurement results are processed, the processing is the process of the above-described measuring listening service unit comprises whether receiving a measurement result of the transponder is returned within the set time determination process, measurement results received exceeds a set range corresponding decision process, determining the specific manner is not repeated herein.

[0045] 另外,上述测量项目可以包括频点测量、频谱测量、节目图像测量、DOCSIC信号测量,各测量项目对应的时间间隔可以相同,也可以不相同。 [0045] Further, the measurements may include measuring frequency, spectrum measurement, image measurement program, DOCSIC signal measurements, each measurement time interval corresponding to the item may be the same, may not be the same. 在根据时间间隔以及测试项目生成测试指令时,各测试项目可以分别对待,即分别针对各测量项目生成对应的测试指令。 When generating a command based on the test interval and the test item, the test item can be treated separately, i.e. generating a corresponding test command for each measurement item. 以频点测量对应的时间间隔为Is、频谱测量对应的时间间隔为I. 5s为例,可以是每隔Is生成一个对频点进行测量的測量指令,每隔I. 5s生成ー个对频谱进行测量的測量指令,具体的设定方式在此不予多加赘述。 A frequency corresponding to point measurement interval Is, spectral measurements corresponding to Example I. 5s interval, may be every Is to generate a frequency point measurement instruction to measure every I. 5s generate a spectrum ーmeasuring measurement instruction, specific setting manner is not narrated herein. 其中,根据实际需要,也可以是根据针对各测量项目设定相同的时间间隔,由于各测量项目对应的时间间隔相同,因此,測量命令生成服务单元在生成测量指令时,可以针对各测量项目只生成一个测量指令,该测量指令中包含了对各测量项目进行测试的指示,当然,在这种各测量项目的时间间隔相同的情况下,測量命令生成服务单元也可以针对各测量项目分别生成相应的测量指令。 Wherein, according to actual needs, and may be set in accordance with the same time interval for each measurement items, the measurement items since each time interval corresponding to the same, and therefore, the measurement command generating means when the service generates the measurement instruction, for each of the measurements can only be generating a measurement instruction, the measurement instruction contains an instruction to test for each measurement items, of course, at this time each measurement items under the same circumstances interval measurement command generating unit may generate a corresponding service separately for each of the measurements the measurement instruction.

[0046] 以对测量项目为频点测量、其时间间隔为5s为例,其具体的过程可以是: [0046] In the measurement items for the frequency measurement, the time interval of 5s, for example, the specific process may be:

[0047] 用户操作PC机,通过WEB信息发布单元设定定时测量的测量项目为频点測量,其对应的时间间隔为5s,并将设定的测量项目为频点测量、其对应的时间间隔为5s的信息存入数据库中; [0047] The user operates the PC, set measurement item issuing unit for timing measurement frequency measured by WEB information, which corresponds to a time interval of 5s, and the set measurement items for the frequency to be measured, which corresponds to the time interval information stored in the database of 5s;

[0048] 測量命令生成服务单元从数据库中读取测量项目以及对应的时间间隔,知晓需测量的測量项目为频点测量、进行频点测量的时间间隔为5s,从而生成一个进行频点测量的測量指令,并将该測量指令发送给各应答器,随后,每隔5s,再生成一个进行频点测量的测量指令并发送给各应答器,下述说明中以其中一个测量指令进行说明; [0048] Measurement command generating unit reads the service items and the corresponding measurement time interval from the database, its measurement items to be measured for the frequency measurement, frequency measurement time interval of 5s, for thereby generating a frequency measurement measurement instruction and transmits the measurement instruction to the transponders, then every 5s, and then generates a measurement instruction and sends the measured frequency transponders, to which the following description will be described a measurement instruction;

[0049] 应答器接收到测量命令生成服务单元发送的測量指令,根据该测量指令完成对频点的測量工作,并将测量结果发送给测量监听服务单元; [0049] The transponder receives the measurement command transmission measurement instruction generation unit serving to complete measurements of the frequency based on the measurement instruction and sends a measurement result to the measuring unit monitoring services;

[0050] 測量监听服务单元根据上述设定的时间间隔,判定是否在设定时间内接收到应答器返回的測量结果,若没有,则发出应答器回复告警,并将应答器回复告警写入数据库中; [0050] The measuring means according to the set service listening interval, determining whether a measurement result returned by the transponder within the set time, if not, an alarm is issued a transponder reply, and the reply to the transponder alarm into the database in;

[0051] 測量监听服务单元在设定时间内接收到应答器返回的測量结果后,对该测量结果进行处理,判断该测量结果是否超过频点测量的设定范围,若超过,则发出应答数据告警,若未超过,则发出正常应答的信息,并将处理后的信息写入数据库中; [0051] Measurement listening service unit after receiving the returned response measurements within a set time, processing of the measurement results, determines whether the measurement result exceeds the set range of the frequency measurement, if the total exceeds the response data sent alarm, if not exceeds, the normal response information is issued, and the information is processed into the database;

[0052] 用户操作PC机通过WEB信息发布单元读取数据库中储存的測量结果以及各应答器的地理信息,并将测量结果、各应答器的地理信息以及地理信息系统发布的地理信息进行结合,合成显示结果进行显示:若应答器的測量结果为正常应答,则在地理信息系统的该应答器的所在地标注绿色,若应答器的测量结果为应答回复超时告警,则在地理信息系统的该应答器的所在地标注黄色,若应答器的测量结果为应答数据告警,则在地理信息系统的该应答器的所在地标注橙色。 [0052] The user operates the PC unit reads information through WEB the measurement results stored in the database, and each responder geographic information, the measurement result, geographic information and geographic information system of the transponders binding released geographic information, synthetic display the results show: If the measurement results of the responder is the normal response is marked green at the seat of the transponder geographic information system, if the measurement results of the responder is the answer reply timeout warning, the answer GIS in the location is marked yellow, if the measurement results transponder response data for alarm, it is marked in orange location of the transponder GIS.

[0053] 其中,上述本发明方案中所提及的应答器,可以是申请号为200810198943. 4的专利申请中所公开的监控设备或者监控终端,与现有技术中的应答器不同,本发明方案中的应答器进行测量所得的測量结果,是以数字信号的方式发出,本发明方案中的所有的信号传输过程,均以数字信号的方式来实现。 [0053] wherein the above-described embodiment of the present invention, referred to in the transponder may be a device to monitor the application Patent Application No. 200810198943.4 disclosed in the monitoring terminal or, the prior art transponders different from the present invention scheme transponder measurement results of the measurement, by way of a digital signal has been issued, the signal transmission of the present invention, methods are implemented in a digital signal.

[0054] 此外,上述本发明的HFC网的地理信息化安全监测方法、以及HFC网的地理信息化安全监测系统,可以是应用于对数字电视进行监控的监控系统中,特别是对HFC电视网络进行监控的监控系统中。 [0054] In addition, geographic information security HFC network monitoring method of the present invention, as well as geographic information security monitoring system HFC network, may be applied to digital television monitoring system for monitoring, particularly for HFC television network monitoring system for monitoring in.

[0055] 以上所述的本发明实施方式,仅仅是对本发明的其中ー个具体实现方式的详细说明,并不构成对本发明保护范围的限定。 [0055] The above-described embodiments of the present invention, wherein ー merely a detailed description of a particular implementation of the present invention, not to limit the scope of the present invention. 任何在本发明的精神和原则之内所作的修改、等同替换和改进等,均应包含在本发明的权利要求保护范围之内。 Any modifications within the spirit and principle of the present invention, equivalent substitutions and improvements should be included within the protection scope claimed in the claims of the present invention.

Claims (10)

1. 一种HFC网的地理信息化监测方法,其特征在于,包括步骤: 根据接收到的信息设置指令设定测量项目以及对应的时间间隔,并将设定的测量项目以及时间间隔发送至数据库予以储存; 从所述数据库中读取测量项目的列表以及所述时间间隔,根据该时间间隔以及测量项目生成测试指令,并将该测试指令发送给所述应答器; 接收应答器发送的测量结果,并对该测量结果进行处理后发送给所述数据库予以储存; 根据接收到的信息读取指令从所述数据库中读取测量结果以及各所述应答器的私有地址信息,并将读取的测量结果以及各所述应答器的私有地址信息发送给PC机。 Geographic Information Monitoring method for HFC network, characterized by comprising the steps of: setting measurement item based on the information received instruction set and the corresponding time interval, and transmits the set measurement items to the database and the time interval be stored; list of measurement items read from the database, and the time interval, based on the generated test command and the time interval measurements, and transmits the transponder to the test command; responder transmits a measurement result of the receiver sent to the database to be stored and processed after the measurement; information according to the received read instruction to read private address information and the measurement result of each of the transponder from the database, and transmits the read measurements and each of the transponder information to the private address of the PC.
2.根据权利要求I所述的HFC网的地理信息化监测方法,其特征在于,还包括步骤: 所述PC机读取地理信息系统发布的地理信息,根据该地理信息以及所述测量结果、各所述应答器的私有地址信息合成显示结果。 The geographic information HFC network monitoring method according to claim I, characterized by further comprising the step of: reading the PC, GIS GIS released, and the geographic information according to the measurement result, synthesis private address information of each of the transponders display the results.
3.根据权利要求2所述的HFC网的地理信息化监测方法,其特征在于,还包括步骤:在合成所述显示结果时,根据预设测量结果类型与颜色的对应关系,将测量结果根据其所属的类型按照对应的颜色在地图上进行标注,所述测量结果类型包括正常应答、应答回复超时告警、应答数据告警。 The geographic information of the monitoring method as claimed in claim 2 HFC network, characterized by further comprising the step of: displaying said result in the synthesis, according to a preset correspondence relationship between the measurement result of the color type, according to the measurement result belongs to the type of the colors in a corresponding marked on the map, the measurement type comprises a normal response, an acknowledgment response timeout alarms, alarm response data.
4.根据权利要求I至3任意一项所述的HFC网的地理信息化监测方法,其特征在于: 所述测量项目包括频点测量、频谱测量、节目图像测量、DOCSIC信号测量,各测量项目对应的时间间隔相同或者不相同; 和/或根据各测量项目以及对应的时间间隔,分别生成各测量项目对应的测量指令。 I according to claim geographic information to HFC network monitoring method of any one of claim 3, wherein: said measurements comprises measuring frequency, spectrum measurement, image measurement program, DOCSIC signal measurements, each measurement item time interval corresponding to the same or different; and / or in accordance with each measurement item and the corresponding time interval, generates each measurement items corresponding to the measurement instruction.
5. 一种HFC网的地理信息化监测系统,其特征在于,包括:应答器、WEB信息发布单元、测量命令生成服务单元、测量监听服务单元以及数据库; 所述WEB信息发布单元,用于接收PC机下发的信息设置指令,根据该信息设置指令设定测量项目以及对应的时间间隔,并将设定的测量项目以及时间间隔发送至所述数据库予以储存,还用于接收信息读取指令,根据该信息读取指令从所述数据库中读取测量结果以及各所述应答器的私有地址信息,并将读取的测量结果以及各所述应答器的私有地址信息发送给所述PC机; 所述测量命令生成服务单元,用于从所述数据库中读取测量项目的列表以及所述时间间隔,根据该时间间隔以及测量项目生成测试指令,并将该测试指令发送给所述应答器;所述应答器,用于接收所述测试指令,根据该测试指令进行测量,并将测量结 GIS A monitoring system HFC network, characterized by comprising: a transponder, WEB information issuing unit, the measurement service command generating means, measuring means and database monitoring service; the WEB information issuing unit, for receiving issued by the PC command information is set, based on the set measurement item setting instruction information and the corresponding time interval, and sets the measurement items and the time interval to be transmitted to the database storage is further configured to receive information read command reading and private address information for each measurement result of the transponder from the database based on the information read command, and transmits the private address information of each of the measurement result of the reading of the transponder and to the PC, ; service the measurement command generating means, for reading the list of measurement items from the database, and the time interval, based on the generated test command and the time interval measurements, and transmits the transponder to the test command ; the transponder, for receiving said test command, measured according to the test command, and the measurement results 发送给所述测量监听服务单元; 所述测量监听服务单元,用于所述测量结果进行处理后发送给所述数据库予以储存。 The measurement is sent to the monitoring service unit; transmitting to the monitoring service after the measurement means, for processing said measurement results database to be stored.
6.根据权利要求5所述的HFC网的地理信息化监测系统,其特征在于,还包括所述PC机,所述PC机用于向所述WEB信息发布单元发送所述信息设置指令、所述信息读取指令,还用于读取地理信息系统发布的地理信息,根据该地理信息以及所述测量结果、各所述应答器的私有地址信息合成显示结果。 The geographic information monitoring system according to claim HFC network, characterized by further comprising the PC, the PC information for setting the instruction issue unit transmits the information to the WEB, the said information read command for reading further GIS GIS released, based on the geographic information and the measurement result, the private address information of each of the synthesis of the transponder display the results.
7.根据权利要求6所述的HFC网的地理信息化监测系统,其特征在于,还包括所述地理信息系统。 The geographic information monitoring system according to claim 6 HFC network, wherein the system further comprises the geographic information.
8.根据权利要求6所述的HFC网的地理信息化监测系统,其特征在于,所述PC机还用于在合成所述显示结果时,根据预设测量结果类型与颜色的对应关系,将测量结果按照对应的颜色在地图上进行标注,所述测量结果类型包括正常应答、应答回复超时告警、应答数据告警。 The geographic information monitoring system according to claim 6 HFC network, wherein, when the PC, for the further display the results in the synthesis of corresponding relationship according to the preset type of color measurement result, according to the measurement results corresponding to the colors marked on the map, the measurement type comprises a normal response, an acknowledgment response timeout alarms, alarm response data.
9.根据权利要求5至8任意一项所述的HFC网的地理信息化监测系统,其特征在于,所述测量项目包括频点测量、频谱测量、节目图像测量、DOCSIC信号测量,各测量项目对应的时间间隔相同或者不相同。 According to any of claims 5 to 8 geographic information monitoring system according to the HFC network, wherein said measurements comprise measuring frequency, spectrum measurement, image measurement program, DOCSIC signal measurements, each measurement item time interval corresponding to the same or different.
10.根据权利要求9所述的HFC网的地理信息化监测系统,其特征在于,根据各测量项目以及对应的时间间隔,分别生成各测量项目对应的测量指令。 GIS HFC network monitoring system according to claim 9, characterized in that, in accordance with each measurement item and the corresponding time interval, generates each measurement items corresponding to the measurement instruction.
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