CN100414884C - Wireless type system status monitoring method and apparatus - Google Patents

Wireless type system status monitoring method and apparatus Download PDF

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CN100414884C
CN100414884C CN 200510079760 CN200510079760A CN100414884C CN 100414884 C CN100414884 C CN 100414884C CN 200510079760 CN200510079760 CN 200510079760 CN 200510079760 A CN200510079760 A CN 200510079760A CN 100414884 C CN100414884 C CN 100414884C
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wireless
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system
status
monitoring
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CN1889454A (en )
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杨子毅
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英业达股份有限公司
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Abstract

本发明为一种无线式系统状态监控方法及装置,其中该方法通过RFID(Radio Frequency Identification;射频识别)芯片模块(transponder)与RFID读取装置(reader)进行系统状态的传输。 The present invention is a wireless-type system state monitoring method and apparatus wherein the method of RFID (Radio Frequency Identification; radio frequency identification) chip module by transmitting (Transponder) with an RFID reader system state (Reader) a. 当执行于计算机装置中的系统监测程序发现异常时,会产生系统状态码,接着将其传送至RFID芯片模块,并与ID码结合成为一组封包,且将该封包以无线方式传送。 When executed in a computer device, system monitoring abnormal procedures, system status code is generated, which is then transmitted to the RFID chip module, and combined with the ID code into a set of packet, and the packet transmission in a wireless manner. 又通过结合于电子装置的RFID读取装置接收该封包,并将该接收到的系统状态码与内建于该电子装置中的数据表进行对照,以确定该系统状态码所代表的特定完整信息,最后将该ID码对应到该完整信息,并将两者加以显示。 And receiving the packet through the RFID reader device is incorporated in an electronic device, and the received code and system state control to be built in the electronic device a data table to determine the specific information of the complete system status code represents Finally, the code corresponding to the ID information is complete, and will be displayed both.

Description

无线式系统状态监控方法及装置技术领域本发明涉及一种无线式系统状态监控方法及装置,其特别是涉及一种应用于笔记本电脑、台式计算机或服务器等设备的系统状态监控方法及装置。 Wireless condition monitoring systems and methods Technical Field The present invention relates to a wireless-type system state monitoring method and apparatus, which applies more particularly to a computer such as notebook, a desktop computer or server device status monitoring method and device system. 背景技术信息科技的进步,使得人类的生活,分分秒秒都无法与计算机脱离关系,尤其是服务器的使用,当服务器与互联网结合后,全球各地均可通过其进行联系与沟通,因此24小时都要保持正常的运行, 一有问题就要立刻排除或者以备份系统先行替代使用,如此才能使所有的用户能随时保持沟通及交换信息。 BACKGROUND Advances in information technology, making human life, and obviously can not be divorced from the computer, especially the use of the server, when the server combined with the Internet, can be carried out around the world through its contacts and communication, so 24 hours must maintain normal operation, there is a problem we must immediately exclude or to use alternative backup system in advance, so that it can make all users can maintain communication and exchange information at any time. 目前企业使用服务器可以说非常的普遍,无论是Web服务器、Mail 服务器、FTP服务器或者打印机服务器等等,种类相当的繁多,许多企业一个机房可能会有数十台或上百台的服务器,因此对这些服务器迸行动态的系统状态管理,显然已成为一个重要的课题。 At present, enterprises using server can be very common, whether it is a Web server, Mail server, FTP server or printer server, etc., the range of the species is, many companies may have a room of dozens or hundreds of servers, so the these servers into line dynamic system state management, has clearly become an important issue. 又以生产服务器的工厂而言,当生产制造完成的服务器,欲进行相关产品的系统测试时,若每一台服务器均要以人工逐台的观察其系统运行的状态,不但要耗费庞大的人力资源,且容易有因人工操作而产生的疏忽, 因此效率上也显然不具经济价值。 Factory production server again, when manufacturing complete server, system testing For related products, if each server manually one by one were to observe the state of its operating system, not only to spend huge manpower resources, and easy to negligence arising due to manual operation, so the efficiency is clearly not economic value. 目前市场已有相当成熟的系统监控技术,可自动监测计算机系统内的各种运行状态。 The market has been quite mature system monitoring technology, various operating conditions within the computer system can automatically monitor. 有些系统监控技术,甚至可以通过系统监控时取得一些参数,并通过上述参数搭配适当的调整机制,以进行计算机系统运行时效能最佳化的调整,但也有许多的状态并无法如理想状态进行自动调整,因此必须通过实时的状态发布,使管理人员能实时的进行故障排除,又若能将各个计算机系统的异常状态进行搜集,然后加以统计及分析,也可以达到事前防范的功效,这些对重要的信息系统架构而言,可说是非常重要且珍贵的一个环节。 Some systems monitoring technology can even get through the system while monitoring a number of parameters, and the above parameters with the appropriate adjustment mechanism, in order to optimize the adjustment performance of the computer system is running, but there are many state and can not be automatic as the ideal state adjustments must be issued by real-time status, allow managers to troubleshoot in real time, and if the abnormal state of each computer system to collect, and then to be statistical analysis, you can achieve advance prevention effect, these important information system architecture, it can be said to be very important and valuable aspect. 发明内容鉴于以上公知技术的问题,本发明的目的是通过RFID(Radio Frequency Identification;射频识别)芯片模块(transponder)与RFID读取装置(reader),进行计算机装置的系统状态传输。 SUMMARY In view of the above problems of the known art, an object of the present invention is achieved by RFID (Radio Frequency Identification; radio frequency identification) chip module (Transponder) with the RFID reader (Reader), the computer system state transmission means. 当执行于计算机装置中的系统监测程序发现系统有异常状况时,会产生系统状态码,此时通过RFID芯片模块与RFID读取装置进行该系统状态码的传送与接收,使得该计算机装置的系统状态,能实时的传送到管理者的电子装置中。 When executed in a computer device, system monitoring system program finds abnormal condition, the system status code is generated, this time for the transmitting and receiving system status code module by the RFID chip and the RFID reader, so that the system of the computer apparatus state, the real-time transfer to the manager of the electronic device. 通过电子装置实时的解读,使得管理者能动态的掌握所有计算机装置的状态,并能实时的处理系统状态有问题的计算机装置。 By real-time interpretation of the electronic device, so that the administrator can grasp the status of all dynamic computer apparatus and the state of real-time processing system of a computer device in question. 为达成上述目的,本发明提供一种无线式系统状态监控方法及装置, 其通过结合于计箅机装置的RFID芯片模块(tmnsponder)与结合于电子装置的RFID读取装置(reader)进行系统状态的传输,其包括下列步骤:建立该系统状态码及其完整信息的数据表,于该电子装置中;设置RFID芯片模块于该计算机装置;执行系统监测程序于该计算机装置中,当该计算机装置有异常时,则产生系统状态码;传送该系统状态码至该RFID芯片模块,并与ID码结合成为一组封包,又将该封包以无线方式传送;通过该电子装置的该RFID读取装置接收该封包;记录该ID码并通过该数据表进行该系统状态码的对照,以特定出该系统状态码所代表的特定完整信息;以及显示该ID码及其所对应的系统状态码完整信息。 To achieve the above object, the present invention provides a wireless-type system state monitoring method and apparatus, which system state with the RFID reader (Reader) incorporated in the electronic device by combining the count grate dryer apparatus RFID chip module (tmnsponder) transmission, comprising the steps of: establishing a status code of the system and its data tables complete information to the electronic device; RFID chip module provided to the computer device; monitoring program execution system to the computer device, when the computer apparatus when there is an abnormality, the status code generation system; transmitting the system status code to the RFID chip module, and combined with the ID code into a set of packet, and the packet transmission in a wireless manner; by the RFID reader of the electronic device receiving the packet; recording the ID code and the control system status code by the table, in particular the specific information of the complete system status code represents; and displaying the ID code and system status information corresponding to a complete code . 为了能使上述方法得以实践,本发明又提供一种RFID芯片模块(transponder),其包括:控制器,其用以与计箅机装置电讯沟通与连接; 以及感应芯片,用以接受该控制器所输出的系统状态码,并将该系统状态码结合ID码后,通过该感应芯片的天线加以传送。 In order to make the above method is practiced, the present invention further provides an RFID chip module (Transponder), comprising: a controller to communicate with the count grate machine and the telecommunications connecting means; and a sensor chip, a controller for receiving status code output by the system, the system status code and the ID code after binding, the sensor chips to be transmitted through an antenna. 一、 不需有线连接,即可进行系统状态的监控。 One without a wired connection, to monitor the system state. 二、 可快速便利的显示系统状态码的完整信息内容,而不需要对照该相关技术手册,不但明确且具高效率。 Second, the full information content quick and convenient display system status code, without the need to control the related technical manuals, is not only clear and possessed high efficiency. 三、 可同时监控多数或大量的计算机装置,因而可提高制造或管理的效率。 Third, the majority can simultaneously monitor a large number of computer or device, which can improve efficiency in the manufacturing or management. 四、 所使用的电子装置,均为现有相当普及的信息电子装置,因此不需要增加特制的硬件设备,故具经济及实用性。 Fourth, the electronic device is used, the conventional electronic device information are quite popular, and therefore no need to add special hardware, and it is economically practical. 为使对本发明的目的、构造特征及其功能有进一步的了解,兹配合相关实施例及附图详细说明如下:附图说明图1为本发明的应用实施例图。 For further understanding of the object of the present invention, the structural features and functionality, hereby associated with the embodiments and the drawings described below: BRIEF DESCRIPTION OF DRAWINGS FIG. 1 embodiment showing an application of the present invention. 图2为本发明的计算机装置及电子装置其硬件架构的实施例图。 Computer apparatus and the electronic apparatus of the present invention. FIG. 2 embodiment of the hardware architecture of FIG. 图3为本发明之一种无线式系统状态监控方法实施例流程图。 Figure 3 is a flow chart of an embodiment of the invention a wireless method of condition monitoring systems. 图4为建立于电子装置中的系统状态码及其完整信息的数据表的实施例。 FIG 4 embodiment is established in the electronic device system status code and the data information of the completed form. 图5为本发明之一种RFID芯片模块的实施例图。 FIG 5 is a view of an embodiment of the invention the RFID chip module. 主要元件标记说明10、 11、 12…计算机装置101系统监测程序20芯片模块21控制器22感应芯片30电子装置40读取装置50数据表51系统状态码52完整信息步骤S1建立数据表步骤S2设置RFID芯片模块步骤S3执行系统监测程序步骤S4传送系统状态码,并与ID码结合成为一组封包,将其以无线方式传送步骤S5接收该封包步骤S6记录该ID码并进行该系统状态码的对照步骤S7显示该ID码及其所对应的系统状态码的完整信息具体实施方式如图1所示,为本发明的应用实施例图,其中RFID无线传输系统的RFID(射频识别)芯片模块20,设置于每一计算机装置10、 11、 12…中或亦可以为外挂的方式与该计算机装置10、 11、 12…电及信号连接。 The main element NUMERALS 10, 11, 12 ... 101 computer system monitoring apparatus 20 chip module 21 program controller 22 sensing chip 30 of the electronic device 40 reads the data table 51 50 52 complete information system status code means step S1 to step S2 setting up a data table RFID chip module step S3 to perform system monitoring process in step S4 delivery system status code, and combined with the ID code into a set of packet, it is transmitted in step S5 receives the packet in step S6 to record the ID code and the system status code in a wireless manner display control step S7 complete information and the ID code status code system corresponding to the specific embodiment shown in Figure 1, the embodiment of the invention showing an application of the present embodiment, a wireless transmission system in which the RFID RFID (radio frequency identification) chip module 20 provided to each computer apparatus 10, 11, ..., or 12 that may plug embodiment 10, 11, 12 ... and the electrical signal is connected to the computer means. RFID 无线传输系统的RFID读取装置40,设置于该电子装置30中或亦可以为外挂的方式与该电子装置30电及信号连接。 The wireless transmission system RFID RFID reading means 40, is provided to the electronic device 30 or 30 that may plug the electrical signal and the electronic device is connected manner. 且上述计算机装置IO、 11、 12…及该电子装置30 ,均位于RFID无线传输系统其信号可接收的范围内, 或者信息管理人员亦可将该电子装置30以携带式的方式加以携带移动, 以使电子装置30与更多的计算机装置10、 11、 12…进行互动。 And said computer means IO, 11, 12 ... and the electronic device 30, the wireless transmission system are located within the RFID range of the signal can be received, or the electronic information management apparatus 30 may also be portable to be carrying the mobile manner, so that the electronic device 30 with more computer apparatus 10, 11, 12 ... interaction. 如图2所示,为本发明的计算机装置10、 11、 12…及电子装置30其硬件架构的实施例图,其显示单一计算机装置10与单一电子装置30的基本架构,图1中所示的计算机装置ll、 12…,其基本架构与图2所示的计算机装置10相同。 2, the computer apparatus 10 of the present invention, the embodiment of FIG. 11, 12 and 30 ... electronic device hardware architecture, which shows the basic architecture of a single computer device 10 and a single electronic device 30, shown in FIG. 1 computer means ll, 12 ..., the same basic computer architecture of the apparatus shown in FIG 210. 上述计算机装置IO、 11、 12…可以为台式计算机或服务器或笔记本电脑。 Said computer means IO, 11, 12 ... may be a desktop computer or a laptop or a server. 而该电子装置30可以为台式计算机或服务器或笔记本电脑或个人数字助理器。 And the electronic device 30 can be a server or a desktop computer or a laptop or personal digital assistants. 如图3所示,为本发明之一种无线式系统状态监控方法实施例流程图, 其通过结合于计算机装置10、 11、 12…的RFID芯片模块20与结合于电子装置30的RFID读取装置40进行系统状态的传输,其包括下列步骤: 建立该系统状态码及其完整信息的数据表,于该电子装置中(步骤S1);设置RFID芯片模块于该计算机装置(步骤S2);执行系统监测程序于该计算机装置中,当该计算机装置有异常时,则产生系统状态码(步骤S3);传送该系统状态码至该RHD芯片模块,并与ID码结合成为一组封包,又将该封包以无线方式传送(步骤S4);通过该电子装置的该RFID读取装置接收该封包(步骤S5);记录该ID码并通过该数据表进行该系统状态码的对照,以确定该系统状态码所代表的特定完整信息(步骤S6);显示该ID 码及其所对应的系统状态码完整信息(步骤S7)。 RFID chip module shown in Figure 3, the present invention is one kind of condition monitoring method for wireless systems flowchart embodiment, by binding to a computer means 10, 11, 12 ... 20 of the electronic apparatus in connection with the RFID reader 30 system state transmission means 40, which comprises the steps of: establishing the system status code and complete information data table (step S1) to the electronic device; RFID chip module provided to the computer device (step S2); performed system monitoring program in the computer device, when the computer device is abnormal, the system status code is generated (step S3); transmitting the system status code to the RHD chip module, and combined with the ID code into a set of packets, in turn the packet transfer in a wireless manner (step S4); receives the packet (step S5) by the RFID reader of the electronic device; recording the ID code and the control system status code via the data table to determine if the system full-specific information (step S6) status code; displaying the ID code and the complete system status code information (step S7) corresponds. 当本系统运行时,先要建立数据表50于电子装置30中,该数据表50 的具体实施样态如图4所示,其包括系统状态码51及完整信息52。 When the system is running, first establish a data table 50 to the electronic device 30, specifically the Table 50 embodiment is provided in Fig. 4, which comprises 51 full and status code information system 52. 又因为于该计算丰几装置IO、 11、 12…已设置RFID芯片模块20,因此当该计算机装置10、 11、 12…开机后执行系统监测程序101时, 一旦计算机装置10、 11、 12…有异常状况发生时,则该系统监测程序101会产生该异常状况的系统状态码51 ,接着该系统状态码51会被传送该RFID芯片模块20, 并且与预设于该RFID芯片模块20中的ID码结合成为一组封包。 And because in the calculation of the abundance of several means the IO, 11, 12 ... has an RFID chip module 20, and therefore performs systematic monitoring program when the computer device 10, 11, 12 ... boot 101, once the computer means 10, 11, 12 ... when an abnormal condition occurs, the system will monitor program 101 generates the abnormal condition system status code 51, then the system status code 51 is transmitted to the RFID chip module 20, and preset in the RFID chip module 20 ID code packet into a set of binding. 然后RFID芯片模块20会将该结合有ID码及系统状态码51的封包,以无线传输的方式,传送至该电子装置30。 RFID chip module 20 is then combined with the packet ID code and status code system 51, a wireless transmission mode, transmitted to the electronic device 30. 当设置于该电子装置30的RFID读取装置40接收到该RFID芯片模块20所发送的封包后,该电子装置30会将ID码予以记录,然后进行该系统状态码51的对照。 When the electronic device is provided to the RFID reading means 30 to 40 receives the packet 20 transmitted RFID chip module, the electronic device 30 will be recorded ID code, then the control system 51 of the status code. 电子装置30会将所接收到的系统状态码51,与预设于电子装置30的系统状态码51及其完整信息52的数据表50进行对照, 以确定该系统状态码51所代表的特定完整信息52,最后将该完整信息52 与原始的ID码一起显示,使系统管理员能清楚的了解哪一台计算机装置10、 11、 12…产生了什么样的问题,如此方能进一步的进行故障排除处理。 The electronic device 30 will be received by the system status code 51, complete with a preset to a particular electronic device system status code and a data table 30 51 52 50 complete control information, to determine if the system status code 51 represents information 52, 52 and finally the complete information displayed together with the original ID code, the system administrator can clearly understand which computer apparatus 10, 11, 12 ... produces what kind of problem, such a fault in order to further exclusion process. 如图5所示,为本发明之一种RFID芯片模块加(tmnsponder)实施例图,其包括:控制器21,其用以与计算机装置IO、 11、 12…进行信号沟通与电连接;以及感应芯片22,用以接受该控制器21所输出的系统状态码51,并将该系统状态码51结合设于感应芯片22的ID码后,再通过该感应芯片22的天线加以传送。 5, an RFID chip module of the present invention plus (tmnsponder) of FIG embodiment, which includes: a controller 21, which is used with the computer apparatus IO, 11, 12 ... are electrically connected with the communication signal; and sensor chip 22, for receiving the state of the system controller 21 outputs the code 51, code 51 and the system state provided in conjunction with the sensor chip 22 of the ID code, and then be transmitted through the antenna 22 of the sensor chip. 控制器21为USB或IEEE1394或RS232的连接埠控制器21或者亦可以为总线的总线控制器21,其用以接收来自于计箅机装置10、 11、 12… 的系统状态码51 。 The controller 21 is a USB or IEEE1394 port or RS232 connection or the controller 21 that the bus may bus controller 21, which receives the count means for grate 10, 11, 12 ... 51 system status code. 因为该RFID芯片模块20可由控制器21接口取得来自于计算机装置IO、 11、 12…的电源,因此RFID芯片模块20,可以主动的将系统状态码51与位于感应芯片22的ID码结合成为一组封包并且发送。 Since the RFID chip module 20 may be controlled by the computer means to obtain power from the IO, 11, 12 ... 21 of the interface, and therefore the RFID chip module 20, the system may be active in combination with status code 51 is located in the ID code into a sensor chip 22 and transmits the packet group. 唯以上所述,仅为本发明之较佳实施例,当不能以之限制本发明的范围。 Only above are merely preferred embodiments of the present invention, when it is not to limit the scope of the invention. 即大凡侬本发明权刹要求所做的等同变化及修饰,仍将不失本发明之要义所在,亦不脱离本发明的精神及范围,故都应视为本发明的迸一步实施状况。 Almost all that is right Nongben invention brake requirements equivalent changes and modifications made, will not lose the essence of the invention lies, nor departing from the spirit and scope of the invention, it should be seen as a step Beng status of implementation of the present invention.

Claims (3)

  1. 1. 一种无线式系统状态监控方法,其通过结合于计算机装置的RFID芯片模块(transponder)与结合于电子装置的RFID读取装置(reader)进行系统状态的传输,其特征是包括下列步骤: 建立系统状态码及其完整信息的数据表于该电子装置中; 设置RFID芯片模块于该计算机装置; 执行系统监测程序于该计算机装置中,当该计算机装置有异常时,则产生系统状态码; 传送该系统状态码至该RFID芯片模块,并与ID码结合成为一组封包,又将该封包以无线方式传送; 通过该电子装置的该RFID读取装置接收该封包; 记录该ID码并通过该数据表进行该系统状态码的对照,以确定该系统状态码所代表的特定完整信息;以及显示该ID码及其所对应的系统状态码完整信息。 RFID reading device (reader) 1. A wireless method of condition monitoring systems, by binding the RFID chip module (Transponder) in connection with computer means for transmission to the electronic device system state, characterized by comprising the steps of: create a system status code and the data information in the completed form to the electronic device; RFID chip module provided to the computer device; monitoring program execution system to the computer apparatus, the computer apparatus when the abnormality, the status code generation system; the system transmits the status code to the RFID chip module, and combined with the ID code into a set of packet, and the packet transmission in a wireless manner; the packet received by the RFID reader of the electronic device; recording the ID code and by the control data table of the system status code to determine the specific information of the complete system status code represents; and displaying the ID code and system status information corresponding to a complete code.
  2. 2. 根据权利要求1所述的无线式系统状态监控方法,其特征是该计算机装置为台式计算机或服务器或笔记本电脑。 The wireless condition monitoring systems according to the method as claimed in claim 1, characterized in that the computer device is a desktop computer or a laptop or a server.
  3. 3. 根据权利要求1所述的无线式系统状态监控方法,其特征是该电子装置为台式计算机或服务器或笔记本电脑或个人数字助理器。 Wireless systems status monitoring method as claimed in claim 1, wherein the electronic device is a desktop or laptop computer or a server computer or a personal digital assistant.
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US6608551B1 (en) 1999-09-13 2003-08-19 Intermec Ip Corp Low-cost radio replacement utilizing RFID technology

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US6608551B1 (en) 1999-09-13 2003-08-19 Intermec Ip Corp Low-cost radio replacement utilizing RFID technology

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PC-584系统常见通讯错误的查找与分析. 姚洪义.冶金自动化,第14卷第1期. 1990
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