CN111158992A - An Internet-based computer fault alarm system - Google Patents

An Internet-based computer fault alarm system Download PDF

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CN111158992A
CN111158992A CN201911395037.8A CN201911395037A CN111158992A CN 111158992 A CN111158992 A CN 111158992A CN 201911395037 A CN201911395037 A CN 201911395037A CN 111158992 A CN111158992 A CN 111158992A
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李虎雄
李琪
李哲
陈新
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University of Shaoxing
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    • G06—COMPUTING; CALCULATING OR COUNTING
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    • G06F11/00—Error detection; Error correction; Monitoring
    • G06F11/30—Monitoring
    • G06F11/32—Monitoring with visual or acoustical indication of the functioning of the machine
    • G06F11/324—Display of status information
    • G06F11/327—Alarm or error message display
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F11/00—Error detection; Error correction; Monitoring
    • G06F11/30—Monitoring
    • G06F11/3055—Monitoring arrangements for monitoring the status of the computing system or of the computing system component, e.g. monitoring if the computing system is on, off, available, not available
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F11/00—Error detection; Error correction; Monitoring
    • G06F11/30—Monitoring
    • G06F11/3058—Monitoring arrangements for monitoring environmental properties or parameters of the computing system or of the computing system component, e.g. monitoring of power, currents, temperature, humidity, position, vibrations

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Abstract

本发明公开了一种基于互联网的计算机故障报警系统，包括数据采集模块、数据分析模块、状况验证模块、信息收集模块、控制器、信号处理模块和信号处理模块；数据采集模块用于实时的采集计算机的工作状态信息，并将其传输至数据分析模块；本发明是将计算机外部的开关机与工作运行状况相结合，经赋值化、公式化的细致性处理后，得到相应的工作运行信号，并将其与计算机的内部运行状况和环境状况相联系，经干扰化、修正化的双重性核验后，得到相应的外部验证故障信号与内部验证故障信号，并对其进行层次级的比对分析，据此做出相应的针对式措施，以达到全面性的双重核验效果，提升数据判别过程的精确、可靠性。

Figure 201911395037

The invention discloses an internet-based computer fault alarm system, comprising a data acquisition module, a data analysis module, a condition verification module, an information collection module, a controller, a signal processing module and a signal processing module; the data acquisition module is used for real-time acquisition The working state information of the computer is transmitted to the data analysis module; the invention combines the external switch of the computer with the working operation state, and after the meticulous processing of assignment and formula, the corresponding working operation signal is obtained, and the corresponding working operation signal is obtained. Connect it with the computer's internal operating conditions and environmental conditions, and after the interference and correction of duality verification, the corresponding external verification fault signals and internal verification fault signals are obtained, and a hierarchical comparison analysis is carried out. Accordingly, corresponding targeted measures are taken to achieve a comprehensive double-check effect and improve the accuracy and reliability of the data discrimination process.

Figure 201911395037

Description

Computer fault alarm system based on internet
Technical Field
The invention relates to the technical field of fault alarm systems, in particular to a computer fault alarm system based on the Internet.
Background
The computer is an electronic computing machine for high-speed operation, can perform numerical calculation and logic calculation, has the function of storage and memory, and can automatically run according to a program and process mass data at high speed; the computer is composed of a hardware system and a software system, and can be divided into five categories, namely a super computer, an industrial control computer, a network computer, a personal computer and an embedded computer, and most of the more advanced computers are biological computers, photon computers, quantum computers and the like.
However, in the document with publication number CN107943672A, the power output status of the computer is detected only by the power detector, and the fault of the motherboard of the computer is diagnosed by the diagnostic card, and the data transmission status of the computer is detected by the data transmission detector, and the data result is stored, transmitted over the network and alarmed by the single chip microcomputer; the method is combined with the existing computer fault alarm system, most of the existing methods only carry out surface layer analysis according to the internal and external conditions of a single computer, and lack of necessary comprehensive analysis and deep verification processes, so that the overall accuracy and reliability are low, the external on-off and working operation conditions of the computer are difficult to combine, after valued and formulated meticulous processing, the obtained result is associated with the internal operation conditions and the environmental conditions of the computer, after interference and correction double verification, the obtained result is subjected to hierarchical comparison analysis, and corresponding targeted measures are made according to the hierarchical comparative analysis, so that the comprehensive double verification effect is achieved, and the accuracy and reliability of the data discrimination process are improved;
in order to solve the above-mentioned drawbacks, a technical solution is now provided.
Disclosure of Invention
The invention aims to provide an internet-based computer fault alarm system, which combines the on and off of the outside of a computer with the working operation condition, obtains a corresponding working operation signal after valued and formulaic meticulous processing, associates the working operation signal with the internal operation condition and the environmental condition of the computer, obtains a corresponding external verification fault signal and an internal verification fault signal after double verification of interference and correction, and performs hierarchical comparison analysis on the external verification fault signal and the internal verification fault signal, thereby making corresponding targeted measures, achieving comprehensive double verification effect and improving the accuracy and reliability of a data discrimination process.
The technical problems to be solved by the invention are as follows:
according to an effective mode, the problems that most of the prior methods only carry out surface layer analysis according to single internal and external conditions of a computer, lack of necessary comprehensive analysis and deep verification processes, have low integral accuracy and reliability, are difficult to combine the external on-off and working operation conditions of the computer, carry out valued and formulated meticulous processing, link the obtained result with the internal operation conditions and the environmental conditions of the computer, carry out interference and correction double check, then carry out hierarchical comparison and analysis on the obtained result, and make corresponding targeted measures according to the hierarchical meticulous processing so as to achieve comprehensive double check effects and improve the accuracy and reliability of a data judgment process are solved.
The purpose of the invention can be realized by the following technical scheme:
a computer fault alarm system based on the Internet comprises a data acquisition module, a data analysis module, a condition verification module, an information collection module, a controller, a signal processing module and a signal processing module;
the data acquisition module is used for acquiring the working state information of the computer in real time and transmitting the working state information to the data analysis module;
after receiving the real-time working state information of the computer, the data analysis module carries out state monitoring analysis operation on the working state information to obtain an external running state signal and an external running normal signal within a first time level and transmits the external running state signal and the external running normal signal to the state verification module;
after the condition verification module receives a real-time external operation normal signal, no processing is performed; after receiving the real-time external running condition signal, the condition verification module calls the working environment information of the computer in the same time period corresponding to the external running condition signal from the information collection module, performs environmental interference verification analysis operation according to the working environment information, obtains an external verification primary fault signal and an external verification secondary fault signal in the same time period corresponding to the external running condition signal of the first time level, and transmits the external verification primary fault signal and the external verification secondary fault signal to the signal processing module through the controller;
after receiving the real-time external running state signal, the state verification module also calls internal running information of the computer corresponding to the state verification module in the same time period from the information collection module, performs internal interference verification analysis operation according to the internal running information, obtains an internal verification primary fault signal and an internal verification secondary fault signal corresponding to the external running state signal of the first time level in the same time period, and transmits the internal verification primary fault signal and the internal verification secondary fault signal to the signal processing module through the controller;
the information collection module is used for collecting the working environment information and the internal operation information of the computer in real time and storing the working environment information and the internal operation information into an internal folder;
after the signal processing module receives real-time external verification primary fault signals, external verification secondary fault signals, internal verification primary fault signals and internal verification secondary fault signals, when the computer corresponds to the externally verified primary fault signal and the internally verified primary fault signal, the computer is caused to generate a validation troubleshooting signal and, when the computer corresponds to the externally verified primary fault signal and the internally verified secondary fault signal, the externally verified secondary fault signal and the internally verified primary fault signal, the computer is caused to generate an alert flag signal that, when the computer wants to correspond to the externally verified secondary fault signal and the internally verified secondary fault signal, generating a display record signal by the computer, and transmitting the confirmation fault maintenance signal, the warning mark signal and the display record signal to a signal execution module;
after receiving a real-time fault maintenance confirmation signal, the signal execution module sends a computer corresponding to the signal execution module to a mobile phone of a fault maintainer, and the mobile phone of the fault maintainer is communicated with the signal execution module in a wireless transmission mode and the like; after receiving the real-time warning mark signal, the signal execution module sends the computer corresponding to the signal execution module to a display screen through the color mark; and after receiving the real-time display recording signal, the signal execution module records the corresponding computer, and when the total recording times of the computer exceed a threshold value, the signal execution module sends the recording times to the display screen through the letter mark.
Furthermore, the working state information of the computer consists of the on-off information of the computer and the running information of the computer; the computer on-off information comprises the computer on-off duration and the computer off duration, the computer running information comprises a computer voltage scalar, a computer temperature scalar and a computer fan scalar, the computer voltage scalar represents an average difference value between the actual working voltage and the rated working voltage of the computer, the computer temperature scalar represents the total working temperature change amount of the computer, the computer fan scalar represents the average fan rotating speed of the computer, and the data can be obtained according to a sensor, a timer, a network monitoring platform and the like.
Further, the specific steps of the state monitoring and analyzing operation are as follows:
the method comprises the following steps: acquiring working state information of each computer in a first time level, respectively marking the on-off information of each computer and the running information of each computer as Qi and Wi, wherein i is 1.. n, the Qi and the Wi are in one-to-one correspondence with each other, the first time level represents the duration of one month, a variable i corresponds to each computer, and n is a positive integer greater than 1;
step two a: marking the startup duration of each computer corresponding to the startup and shutdown information Qi of each computer and the shutdown duration of each computer as Ei and Ri respectively, wherein the i is 1.. n, and the Ei and the Ri are in one-to-one correspondence with each other; when the starting-up time Ei of each computer is larger than the maximum value of the preset range e, is positioned in the preset range e and is smaller than the minimum value of the preset range e, respectively giving calibration positive values M1, M2 and M3 to the computer, wherein M1 is larger than M2 and is larger than M3; when the shutdown time Ri of each computer is greater than the maximum value of the preset range r, is within the preset range r and is less than the minimum value of the preset range r, respectively giving calibration positive values N1, N2 and N3 to the computer, wherein N1 is greater than N2 and is greater than N3; obtaining the startup and shutdown information Qi of each computer in the first time level according to a formula Qi ═ Ei + Ri, i ═ 1.. n;
step two b: respectively marking a voltage scalar of each computer, a temperature scalar of each computer and a fan scalar of each computer corresponding to the operation information Wi of each computer as Ti, Yi and Ui, wherein i is 1.. n, and Ti, Yi and Ui are in one-to-one correspondence with each other; and according to the formula
Figure BDA0002346063180000051
N, obtaining operation information Wi of each computer in the first time level, wherein t, y and u are auxiliary positive factors, t is larger than y and is larger than u, and t + y + u is 4.5992;
step three: the method comprises the steps of respectively giving weighting coefficients q and w to startup and shutdown information Qi of each computer in a first time level and running information Wi of each computer, wherein q is smaller than w, and q + w is 2.8415, obtaining external working condition magnitude Pi of each computer in the first time level according to a formula Pi equal to Qi + q + Wi, i is 1.
Furthermore, the working environment information of the computer is composed of the variation of the temperature of the environment where the computer is located, the total amount of the electromagnetic interference of the environment of the computer and the total amount of the dust concentration of the environment of the computer, the internal operation information of the computer is composed of the read-write speed of the hard disk of the computer, the CPU occupancy rate of the computer and the memory occupancy rate of the computer, and all the data can be obtained according to the modes of a sensor, a monitor and the like.
Further, the specific steps of the environmental interference verification analysis operation are as follows:
the method comprises the following steps: acquiring working environment information of each computer in the same time period corresponding to an external operation condition signal of a first time level, and respectively marking the variation of the environment temperature of each computer, the total amount of environmental electromagnetic interference of each computer and the total amount of environmental dust concentration of each computer as Aj, Sj and Dj, wherein j is 1.. m, Aj, Sj and Dj are in one-to-one correspondence with each other, a variable j corresponds to each computer in the external operation condition signal, and m is a positive integer greater than 1;
step two: according to the formula
Figure BDA0002346063180000061
M, obtaining environment variables Fj of each computer in the same time period corresponding to the external operation condition signal of the first time level, wherein a, s and d are environment factors, a is smaller than s and smaller than d, a + s + d is 2.5881, epsilon and delta are interference coefficients, delta is larger than epsilon, and epsilon + delta is 1.5892;
step three: comparing the environmental variable Fj of each computer in the same time period corresponding to the external operation condition signal of the first time level with the preset value f, when the environmental variable Fj is larger than or equal to the preset value f, generating an external verification primary fault signal by the computer corresponding to the Fj, otherwise, generating an external verification secondary fault signal by the computer corresponding to the Fj.
Further, the specific steps of the internal interference verification analysis operation are as follows:
the method comprises the following steps: acquiring working environment information of each computer in the same time period corresponding to the external running condition signal of the first time level, and respectively marking the hard disk read-write rate of each computer, the CPU occupancy rate of each computer and the memory occupancy rate of each computer as Gj, Hj and Kj, wherein j is 1.. m, and Gj, Hj and Kj are in one-to-one correspondence with each other;
step two: according to the formula
Figure BDA0002346063180000062
M, obtaining internal condition variables Lj, g, h and k of each computer in the same time period corresponding to the external operation condition signal of the first time level, wherein h is larger than g and g + h + k is 5.6968;
step three: comparing the internal condition variable Lj of each computer in the same time period corresponding to the external operation condition signal of the first time level with a preset value l, and when the internal condition variable Lj is larger than or equal to the preset value l, generating an internal verification primary fault signal by the computer corresponding to the Lj, otherwise, generating an internal verification secondary fault signal by the computer corresponding to the Lj.
The invention has the beneficial effects that:
the invention collects the working state information of the computer in real time, and carries on the state monitoring analysis operation, namely the startup and shutdown information of each computer and the running information of each computer are calibrated primarily, then the startup duration of each computer corresponding to the startup and shutdown information Qi of each computer and the shutdown duration of each computer are calibrated secondarily, and the values are assigned for analysis, and the voltage scalar of each computer, the temperature scalar of each computer and the fan scalar of each computer corresponding to the running information Wi of each computer are calibrated secondarily, and are analyzed in a formula way, finally the startup and shutdown information Qi of each computer and the running information Wi of each computer are processed in an integrated weight way, and the external running state signal and the external running normal signal in the first time level are obtained;
according to the external running state signals received in real time, the working environment information of the computers in the same time period corresponding to the external running state signals is called, and accordingly, environmental interference verification analysis operation is carried out, namely, the variation of the environmental temperature of each computer, the total amount of environmental electromagnetic interference of each computer and the total amount of environmental dust concentration of each computer are subjected to data calibration and interference analysis, and external verification primary fault signals and external verification secondary fault signals in the same time period corresponding to the external running state signals in the first time level are obtained;
and according to the external operation condition signal received in real time, the internal operation information of the corresponding computer in the same time period is called, and internal interference verification analysis operation is carried out according to the internal operation information, namely the hard disk read-write speed of each computer, the CPU occupancy rate of each computer and the memory occupancy rate of each computer are subjected to data calibration and correction analysis to obtain an internal verification primary fault signal and an internal verification secondary fault signal in the same time period corresponding to the external operation condition signal of the first time level;
when the computer corresponds to the external verification primary fault signal and the internal verification primary fault signal, generating a fault maintenance confirmation signal by the computer; when the computer corresponds to the external verification primary fault signal, the internal verification secondary fault signal, the external verification secondary fault signal and the internal verification primary fault signal, generating a warning mark signal by the computer; when the computer is corresponding to the external verification secondary fault signal and the internal verification secondary fault signal, generating a display record signal by the computer;
and the computer corresponding to the fault maintenance confirmation signal is sent to the mobile phone of the fault maintenance personnel; sending the computer corresponding to the warning mark signal to a display screen through the color mark; recording a computer corresponding to the display recording signal, and when the total recording times of the computer exceed a threshold value, sending the computer to a display screen through a letter mark; and then combine the on-off and working operation state of the computer outside, after the detailed processing of valuing, formulaization, obtain the corresponding working operation signal, and link it with the internal operation state and environmental condition of the computer, after the double nature check of interference, correction, obtain corresponding external verification fault signal and internal verification fault signal, and carry on the comparative analysis of the hierarchical level to it, make the corresponding targeted measure in view of the above, in order to reach the comprehensive double check effect, promote the accuracy, reliability of the data discrimination process.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings;
FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
As shown in fig. 1, an internet-based computer fault alarm system includes a data acquisition module, a data analysis module, a status verification module, an information collection module, a controller, a signal processing module, and a signal processing module;
the data acquisition module is used for acquiring the working state information of the computer in real time, and the working state information of the computer consists of the on-off information of the computer and the running information of the computer; the computer startup and shutdown information comprises the startup time length of the computer and the shutdown time length of the computer, the computer running information comprises a voltage scalar of the computer, a temperature scalar of the computer and a fan scalar of the computer, the voltage scalar of the computer represents the average difference value between the actual working voltage and the rated working voltage of the computer, the temperature scalar of the computer represents the total working temperature change amount of the computer, and the fan scalar of the computer represents the average fan rotating speed of the computer and transmits the average fan rotating speed to the data analysis module;
after receiving the real-time working state information of the computer, the data analysis module carries out state monitoring analysis operation on the working state information, and the specific steps are as follows:
the method comprises the following steps: acquiring working state information of each computer in a first time level, respectively marking the on-off information of each computer and the running information of each computer as Qi and Wi, wherein i is 1.. n, the Qi and the Wi are in one-to-one correspondence with each other, the first time level represents the duration of one month, a variable i corresponds to each computer, and n is a positive integer greater than 1;
step two a: marking the startup duration of each computer corresponding to the startup and shutdown information Qi of each computer and the shutdown duration of each computer as Ei and Ri respectively, wherein the i is 1.. n, and the Ei and the Ri are in one-to-one correspondence with each other; when the starting-up time Ei of each computer is larger than the maximum value of the preset range e, is positioned in the preset range e and is smaller than the minimum value of the preset range e, respectively giving calibration positive values M1, M2 and M3 to the computer, wherein M1 is larger than M2 and is larger than M3; when the shutdown time Ri of each computer is greater than the maximum value of the preset range r, is within the preset range r and is less than the minimum value of the preset range r, respectively giving calibration positive values N1, N2 and N3 to the computer, wherein N1 is greater than N2 and is greater than N3; obtaining the startup and shutdown information Qi of each computer in the first time level according to a formula Qi ═ Ei + Ri, i ═ 1.. n;
step two b: respectively marking a voltage scalar of each computer, a temperature scalar of each computer and a fan scalar of each computer corresponding to the operation information Wi of each computer as Ti, Yi and Ui, wherein i is 1.. n, and Ti, Yi and Ui are in one-to-one correspondence with each other; and according to the formula
Figure BDA0002346063180000091
N, obtaining operation information Wi of each computer in the first time level, wherein t, y and u are auxiliary positive factors, t is larger than y and is larger than u, and t + y + u is 4.5992;
step three: respectively endowing the startup and shutdown information Qi of each computer and the running information Wi of each computer in a first time level with weight coefficients q and w, wherein q is smaller than w and q + w is 2.8415, obtaining the external working condition magnitude Pi of each computer in the first time level according to a formula Pi (Qi + q + Wi) w, i is 1.. n, and generating an external running condition signal for the computer corresponding to the Pi when the external working condition magnitude Pi is larger than or equal to a preset value p, otherwise, generating an external running normal signal;
obtaining an external operation condition signal and an external operation normal signal in a first time level, and transmitting the external operation condition signal and the external operation normal signal to a condition verification module;
after receiving the real-time external normal operation signal, the condition verification module does not perform any processing; after receiving the real-time external operation condition signal, the condition verification module calls working environment information of the computer corresponding to the condition verification module in the same time period from the information collection module, wherein the working environment information of the computer consists of the variation of the temperature of the environment where the computer is located, the total amount of electromagnetic interference of the environment of the computer and the total amount of dust concentration of the environment of the computer, and accordingly, the environmental interference verification analysis operation is carried out, and the method specifically comprises the following steps:
the method comprises the following steps: acquiring working environment information of each computer in the same time period corresponding to an external operation condition signal of a first time level, and respectively marking the variation of the environment temperature of each computer, the total amount of environmental electromagnetic interference of each computer and the total amount of environmental dust concentration of each computer as Aj, Sj and Dj, wherein j is 1.. m, Aj, Sj and Dj are in one-to-one correspondence with each other, a variable j corresponds to each computer in the external operation condition signal, and m is a positive integer greater than 1;
step two: according to the formula
Figure BDA0002346063180000101
j 1.. m, and obtaining an external operating condition signal corresponding to the first time levelThe environment variables Fj, a, s and d of each computer in the corresponding same time interval are environment factors, a is smaller than s and smaller than d, a + s + d is 2.5881, epsilon and delta are interference coefficients, delta is larger than epsilon, and epsilon + delta is 1.5892;
step three: comparing the environmental variables Fj of each computer in the same time period corresponding to the external operation condition signal of the first time level with a preset value f, and when the environmental variables Fj are larger than or equal to the preset value f, generating an external verification primary fault signal by the computer corresponding to the Fj, otherwise, generating an external verification secondary fault signal by the computer corresponding to the Fj;
obtaining an external verification primary fault signal and an external verification secondary fault signal in the same time period corresponding to the external operation condition signal of the first time level, and transmitting the external verification primary fault signal and the external verification secondary fault signal to the signal processing module through the controller;
and after receiving the real-time external operation status signal, the status verification module also calls the internal operation information of the computer corresponding to the status verification module in the same time period from the information collection module, wherein the internal operation information of the computer consists of the hard disk read-write rate of the computer, the CPU occupancy rate of the computer and the memory occupancy rate of the computer, and accordingly, the internal interference verification analysis operation is performed, and the specific steps are as follows:
the method comprises the following steps: acquiring working environment information of each computer in the same time period corresponding to the external running condition signal of the first time level, and respectively marking the hard disk read-write rate of each computer, the CPU occupancy rate of each computer and the memory occupancy rate of each computer as Gj, Hj and Kj, wherein j is 1.. m, and Gj, Hj and Kj are in one-to-one correspondence with each other;
step two: according to the formula
Figure BDA0002346063180000111
M, obtaining internal condition variables Lj, g, h and k of each computer in the same time period corresponding to the external operation condition signal of the first time level, wherein h is larger than g and g + h + k is 5.6968;
step three: comparing internal condition variables Lj of each computer in the same time period corresponding to the external operation condition signals of the first time level with a preset value l, and when the internal condition variables Lj are larger than or equal to the preset value l, generating internal verification primary fault signals by the computer corresponding to the Lj, otherwise, generating internal verification secondary fault signals by the computer corresponding to the Lj;
obtaining an internal verification primary fault signal and an internal verification secondary fault signal in the same time period corresponding to the external operation condition signal of the first time level, and transmitting the internal verification primary fault signal and the internal verification secondary fault signal to the signal processing module through the controller;
the information collection module is used for collecting the working environment information and the internal operation information of the computer in real time and storing the working environment information and the internal operation information into an internal folder;
after receiving the real-time external verification primary fault signal, external verification secondary fault signal, internal verification primary fault signal and internal verification secondary fault signal, when the computer corresponds to the externally verified primary fault signal and the internally verified primary fault signal, the computer is caused to generate a validation troubleshooting signal and, when the computer corresponds to the externally verified primary fault signal and the internally verified secondary fault signal, the externally verified secondary fault signal and the internally verified primary fault signal, the computer is caused to generate an alert flag signal that, when the computer wants to correspond to the externally verified secondary fault signal and the internally verified secondary fault signal, generating a display record signal by the computer, and transmitting the confirmation fault maintenance signal, the warning mark signal and the display record signal to a signal execution module;
after receiving a real-time fault maintenance confirmation signal, the signal execution module sends a computer corresponding to the signal execution module to a mobile phone of a fault maintainer, and the mobile phone of the fault maintainer is communicated with the signal execution module in a wireless transmission mode and the like; after receiving the real-time warning mark signal, the signal execution module sends the computer corresponding to the signal execution module to a display screen through the color mark; and after receiving the real-time display recording signal, the signal execution module records the corresponding computer, and when the total recording times of the computer exceed a threshold value, the signal execution module sends the recording times to the display screen through the letter mark.
A computer fault alarm system based on Internet, in the course of working, gather the working condition information of the computer in real time through the data acquisition module, the working condition information of the computer is made up of on-off information and running information of the computer; the computer startup and shutdown information comprises the startup time length of the computer and the shutdown time length of the computer, the computer running information comprises a voltage scalar of the computer, a temperature scalar of the computer and a fan scalar of the computer, the voltage scalar of the computer represents the average difference value between the actual working voltage and the rated working voltage of the computer, the temperature scalar of the computer represents the total working temperature change amount of the computer, and the fan scalar of the computer represents the average fan rotating speed of the computer and transmits the average fan rotating speed to the data analysis module;
the data analysis module carries out the state monitoring analysis operation on the real-time working state information of the computer after receiving the working state information, firstly, the on-off information of every computer and operation information of every computer are primary calibrated, then the on-off time length of every computer correspondent to the on-off information Qi of every computer and the off-off time length of every computer are secondary calibrated, and their assignment analysis is made, and the voltage scalar of each computer, the temperature scalar of each computer and the fan scalar of each computer corresponding to the operation information Wi of each computer are calibrated for the second time, performing formulated analysis on the operation state signals, and finally performing integrated weight processing on the startup and shutdown information Qi of each computer and the operation information Wi of each computer to obtain external operation state signals and external operation normal signals in a first time level, and transmitting the external operation state signals and the external operation normal signals to a state verification module;
after receiving the real-time external normal operation signal, the condition verification module does not perform any processing; after receiving the real-time external running state signal, the state verification module calls working environment information of the computer in the same time period corresponding to the state verification module from the information collection module, wherein the working environment information of the computer consists of the variation of the environment temperature of the computer, the total amount of the environment electromagnetic interference of the computer and the total amount of the environment dust concentration of the computer, and performs environment interference verification analysis operation according to the working environment information;
after receiving the real-time external operation condition signals, the condition verification module also retrieves the internal operation information of the computer corresponding to the condition verification module in the same time period from the information collection module, wherein the internal operation information of the computer consists of the hard disk read-write rate of the computer, the CPU occupancy rate of the computer and the memory occupancy rate of the computer, and carries out internal interference verification analysis operation according to the internal operation information, namely the hard disk read-write rate of each computer, the CPU occupancy rate of each computer and the memory occupancy rate of each computer are subjected to data calibration and correction analysis to obtain internal verification primary fault signals and internal verification secondary fault signals corresponding to the external operation condition signals of the first time level in the same time period, and the internal verification primary fault signals and the internal verification secondary fault signals are transmitted to the signal processing module through the controller;
the information collection module is used for collecting the working environment information and the internal operation information of the computer in real time and storing the working environment information and the internal operation information into an internal folder;
after receiving the real-time external verification primary fault signal, external verification secondary fault signal, internal verification primary fault signal and internal verification secondary fault signal, when the computer corresponds to the externally verified primary fault signal and the internally verified primary fault signal, the computer is caused to generate a validation troubleshooting signal and, when the computer corresponds to the externally verified primary fault signal and the internally verified secondary fault signal, the externally verified secondary fault signal and the internally verified primary fault signal, the computer is caused to generate an alert flag signal that, when the computer wants to correspond to the externally verified secondary fault signal and the internally verified secondary fault signal, generating a display record signal by the computer, and transmitting the confirmation fault maintenance signal, the warning mark signal and the display record signal to a signal execution module;
after receiving a real-time fault maintenance confirmation signal, the signal execution module sends a computer corresponding to the signal execution module to a mobile phone of a fault maintenance worker; after receiving the real-time warning mark signal, the signal execution module sends the computer corresponding to the signal execution module to a display screen through the color mark; after receiving the real-time display recording signal, the signal execution module records the corresponding computer, and when the total recording times of the computer exceed a threshold value, the signal execution module sends the recording times to the display screen through the letter mark; and then combine the on-off and working operation state of the computer outside, after the detailed processing of valuing, formulaization, obtain the corresponding working operation signal, and link it with the internal operation state and environmental condition of the computer, after the double nature check of interference, correction, obtain corresponding external verification fault signal and internal verification fault signal, and carry on the comparative analysis of the hierarchical level to it, make the corresponding targeted measure in view of the above, in order to reach the comprehensive double check effect, promote the accuracy, reliability of the data discrimination process.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.

Claims (6)

1.一种基于互联网的计算机故障报警系统，其特征在于，包括数据采集模块、数据分析模块、状况验证模块、信息收集模块、控制器、信号处理模块和信号处理模块；1. a computer fault alarm system based on the Internet, is characterized in that, comprises data acquisition module, data analysis module, condition verification module, information collection module, controller, signal processing module and signal processing module; 所述数据采集模块用于实时的采集计算机的工作状态信息，并将其传输至数据分析模块；The data acquisition module is used to collect the working state information of the computer in real time, and transmit it to the data analysis module; 所述数据分析模块在接收到实时的计算机的工作状态信息后，则对其进行状态监测分析操作，得到第一时间级内的外部运行状况信号、外部运行正常信号，并将其传输至状况验证模块；After the data analysis module receives the real-time working state information of the computer, it performs a state monitoring and analysis operation on it, obtains the external operating state signal and the external normal operating signal in the first time level, and transmits them to the state verification. module; 所述状况验证模块在接收到实时的外部运行正常信号后，则不进行任何处理；所述状况验证模块在接收到实时的外部运行状况信号后，则从信息收集模块中调取与其所对应的同一时段的计算机的工作环境信息，并据此进行环境干扰验证分析操作，得到与第一时间级的外部运行状况信号所对应的同一时段的外部验证一级故障信号、外部验证二级故障信号，并将其经控制器传输至信号处理模块；After the condition verification module receives the real-time external operation normal signal, it does not perform any processing; after the condition verification module receives the real-time external operation condition signal, it retrieves the corresponding signal from the information collection module. The working environment information of the computer in the same period, and the environmental interference verification analysis operation is carried out accordingly, and the external verification first-level fault signal and the external verification second-level fault signal corresponding to the external operating status signal of the first time level in the same period are obtained. And transmit it to the signal processing module through the controller; 所述状况验证模块在接收到实时的外部运行状况信号后，还从信息收集模块中调取与其所对应的同一时段的计算机的内部运行信息，并据此进行内部干扰验证分析操作，得到与第一时间级的外部运行状况信号所对应的同一时段的内部验证一级故障信号、内部验证二级故障信号，并将其经控制器传输至信号处理模块；After the condition verification module receives the real-time external operating condition signal, it also retrieves the internal operation information of the computer in the same time period corresponding to it from the information collection module, and carries out the internal interference verification analysis operation accordingly, and obtains the same as the first one. The internal verification of the first-level fault signal and the internal verification of the second-level fault signal in the same period corresponding to the external operating status signal of a time level are transmitted to the signal processing module through the controller; 所述信息收集模块用于实时的采集计算机的工作环境信息和内部运行信息，并将其存储至内部文件夹；The information collection module is used to collect the working environment information and internal operation information of the computer in real time, and store them in the internal folder; 所述信号处理模块在接收到实时的外部验证一级故障信号、外部验证二级故障信号和内部验证一级故障信号、内部验证二级故障信号后，当计算机与外部验证一级故障信号和内部验证一级故障信号相对应时，则将该计算机生成确认故障检修信号，当计算机与外部验证一级故障信号和内部验证二级故障信号、外部验证二级故障信号和内部验证一级故障信号相对应时，则将该计算机生成警示标记信号，当计算机与外部验证二级故障信号和内部验证二级故障信号想对应时，则将该计算机生成显示记录信号，且将上述的确认故障检修信号、警示标记信号和显示记录信号传输至信号执行模块；After the signal processing module receives the real-time external verification primary fault signal, external verification secondary fault signal and internal verification primary fault signal, internal verification secondary fault signal, when the computer and the external verification primary fault signal and the internal verification When the verification level 1 fault signal corresponds, the computer will generate a confirmation fault overhaul signal. When corresponding, then the computer generates a warning mark signal, when the computer and the external verification secondary fault signal and the internal verification secondary fault signal want to correspond, then the computer generates a display record signal, and the above-mentioned confirmation fault repair signal, The warning mark signal and the display record signal are transmitted to the signal execution module; 所述信号执行模块在接收到实时的确认故障检修信号后，则将与其所对应的计算机发送至故障维护人员手机；所述信号执行模块在接收到实时的警示标记信号后，则将与其所对应的计算机经颜色标记发送至显示屏；所述信号执行模块在接收到实时的显示记录信号后，则将与其所对应的计算机记录，当该计算机的记录总次数超过阈值时，则将其经字母标记发送至显示屏。After the signal execution module receives the real-time confirmation fault repair signal, it will send the corresponding computer to the mobile phone of the fault maintenance personnel; after the signal execution module receives the real-time warning signal, it will send the corresponding computer to the mobile phone of the fault maintenance personnel. The computer is sent to the display screen through the color mark; after the signal execution module receives the real-time display recording signal, it will record the corresponding computer, and when the total number of records of the computer exceeds the threshold, it will be recorded by letters. The marker is sent to the display. 2.根据权利要求1所述的一种基于互联网的计算机故障报警系统，其特征在于，所述计算机的工作状态信息由计算机的开关机信息与计算机的运行信息组成；所述计算机的开关机信息由计算机的开机时长与计算机的关机时长组成，所述计算机的运行信息由计算机的电压标量、计算机的温度标量和计算机的风扇标量组成，所述计算机的电压标量表示计算机的实际工作电压与额定工作电压间的平均差值，所述计算机的温度标量表示计算机的工作温度变化总量，所述计算机的风扇标量表示计算机的风扇平均转速。2. a kind of internet-based computer fault alarm system according to claim 1, is characterized in that, the working state information of described computer is made up of computer's on-off information and computer's running information; It is composed of the startup time of the computer and the shutdown time of the computer. The operating information of the computer is composed of the voltage scalar of the computer, the temperature scalar of the computer and the fan scalar of the computer. The voltage scalar of the computer represents the actual working voltage of the computer and the rated working voltage. The average difference between the voltages, the temperature scalar of the computer represents the total change of the working temperature of the computer, and the fan scalar of the computer represents the average speed of the fan of the computer. 3.根据权利要求1所述的一种基于互联网的计算机故障报警系统，其特征在于，所述状态监测分析操作的具体步骤如下：3. a kind of internet-based computer fault alarm system according to claim 1, is characterized in that, the concrete steps of described state monitoring analysis operation are as follows: 步骤一：获取到第一时间级内的各计算机的工作状态信息，并将其中的各计算机的开关机信息与各计算机的运行信息分别标定为Qi、Wi，i＝1...n，且Qi、Wi均互为一一对应，第一时间级表示一个月的时长；Step 1: Obtain the working state information of each computer in the first time level, and demarcate the on-off information of each computer and the running information of each computer as Qi, Wi, i=1...n, respectively, and Qi and Wi are in one-to-one correspondence with each other, and the first time level represents the duration of a month; 步骤二a：将与各计算机的开关机信息Qi所对应的各计算机的开机时长与各计算机的关机时长分别标定为Ei、Ri，i＝1...n，且Ei、Ri均互为一一对应；当各计算机的开机时长Ei大于预设范围e的最大值、位于预设范围e之内和小于预设范围e的最小值时，则将其分别赋予标定正值M1、M2和M3，M1大于M2大于M3；当各计算机的关机时长Ri大于预设范围r的最大值、位于预设范围r之内和小于预设范围r的最小值时，则将其分别赋予标定正值N1、N2和N3，且N1大于N2大于N3；并依据公式Qi＝Ei+Ri，i＝1...n，得到第一时间级内的各计算机的开关机信息Qi；Step 2a: The startup duration of each computer and the shutdown duration of each computer corresponding to the on-off information Qi of each computer are respectively calibrated as Ei, Ri, i=1...n, and Ei and Ri are both equal to each other. One-to-one correspondence; when the boot time Ei of each computer is greater than the maximum value of the preset range e, within the preset range e and less than the minimum value of the preset range e, then assign it to the calibration positive values M1, M2 and M3 respectively , M1 is greater than M2 and greater than M3; when the shutdown duration Ri of each computer is greater than the maximum value of the preset range r, within the preset range r, and less than the minimum value of the preset range r, it will be assigned to the calibration positive value N1. , N2 and N3, and N1 is greater than N2 and greater than N3; and according to the formula Qi=Ei+Ri, i=1...n, the on-off information Qi of each computer in the first time level is obtained; 步骤二b：将与各计算机的运行信息Wi所对应的各计算机的电压标量、各计算机的温度标量和各计算机的风扇标量分别标定为Ti、Yi和Ui，i＝1...n，且Ti、Yi和Ui均互为一一对应；并依据公式
Figure FDA0002346063170000031
得到第一时间级内的各计算机的运行信息Wi，t、y和u均为辅正因数，t大于y大于u且t+y+u＝4.5992；Step 2b: The voltage scalar of each computer, the temperature scalar of each computer and the fan scalar of each computer corresponding to the operating information Wi of each computer are respectively calibrated as Ti, Yi and Ui, i=1...n, and Ti, Yi and Ui are in one-to-one correspondence with each other; and according to the formula
Figure FDA0002346063170000031
Obtain the operating information Wi of each computer in the first time level, t, y and u are auxiliary positive factors, t is greater than y and greater than u and t+y+u=4.5992; 步骤三：将第一时间级内的各计算机的开关机信息Qi与各计算机的运行信息Wi分别赋予权重系数q、w，q小于w且q+w＝2.8415，并依据公式Pi＝Qi*q+Wi*w，i＝1...n，求得第一时间级内的各计算机的外部工况量级Pi，当其大于等于预设值p时，则将与该Pi所对应的计算机生成外部运行状况信号，反之则将其生成外部运行正常信号。Step 3: Give the weight coefficients q and w respectively to the on-off information Qi of each computer and the operation information Wi of each computer in the first time level, where q is less than w and q+w=2.8415, and according to the formula Pi=Qi*q +Wi*w, i=1...n, to obtain the external operating condition level Pi of each computer in the first time level, when it is greater than or equal to the preset value p, the computer corresponding to this Pi will be Generate an external health signal, otherwise it will generate an external healthy signal. 4.根据权利要求1所述的一种基于互联网的计算机故障报警系统，其特征在于，所述计算机的工作环境信息由计算机的所处环境温度变化量、计算机的环境电磁干扰总量和计算机的环境粉尘浓度总量组成，所述计算机的内部运行信息由计算机的硬盘读写速率、计算机的CPU占用率和计算机的内存占用率组成。4. a kind of internet-based computer fault alarm system according to claim 1, is characterized in that, the working environment information of described computer is determined by the ambient temperature variation of the computer, the environmental electromagnetic interference total amount of the computer and the computer's It is composed of the total amount of environmental dust concentration, and the internal operation information of the computer is composed of the read and write rate of the hard disk of the computer, the CPU occupancy rate of the computer and the memory occupancy rate of the computer. 5.根据权利要求1所述的一种基于互联网的计算机故障报警系统，其特征在于，所述环境干扰验证分析操作的具体步骤如下：5. a kind of internet-based computer fault alarm system according to claim 1, is characterized in that, the concrete steps of described environment interference verification analysis operation are as follows: 步骤一：获取到与第一时间级的外部运行状况信号所对应的同一时段的各计算机的工作环境信息，并将其中的各计算机的所处环境温度变化量、各计算机的环境电磁干扰总量和各计算机的环境粉尘浓度总量分别标定为Aj、Sj和Dj，j＝1...m，且Aj、Sj和Dj均互为一一对应；Step 1: Acquire the working environment information of each computer in the same period corresponding to the external operating status signal of the first time level, and calculate the environmental temperature change of each computer and the total amount of environmental electromagnetic interference of each computer. and the total amount of ambient dust concentration of each computer are respectively calibrated as Aj, Sj and Dj, j=1...m, and Aj, Sj and Dj are in one-to-one correspondence with each other; 步骤二：依据公式
Figure FDA0002346063170000041
求得与第一时间级的外部运行状况信号所对应的同一时段的各计算机的环境变量Fj，a、s和d均为环境因子，a小于s小于d且a+s+d＝2.5881，ε、δ均为干扰系数，δ大于ε且ε+δ＝1.5892；Step 2: According to the formula
Figure FDA0002346063170000041
Obtain the environmental variables Fj of each computer in the same period corresponding to the external operating status signal of the first time level, a, s and d are all environmental factors, a is less than s and less than d and a+s+d=2.5881, ε , δ are interference coefficients, δ is greater than ε and ε+δ=1.5892; 步骤三：将与第一时间级的外部运行状况信号所对应的同一时段的各计算机的环境变量Fj和预设值f相比对，当其大于等于预设值f时，则将与该Fj所对应的计算机生成外部验证一级故障信号，反之则将与该Fj所对应的计算机生成外部验证二级故障信号。Step 3: Compare the environmental variable Fj of each computer in the same time period corresponding to the external operating status signal of the first time level with the preset value f, and when it is greater than or equal to the preset value f, compare with the Fj The corresponding computer generates an externally verified first-level fault signal, otherwise, the computer corresponding to the Fj will generate an externally verified second-level fault signal. 6.根据权利要求1所述的一种基于互联网的计算机故障报警系统，其特征在于，所述内部干扰验证分析操作的具体步骤如下：6. a kind of internet-based computer fault alarm system according to claim 1, is characterized in that, the concrete steps of described internal interference verification analysis operation are as follows: 步骤一：获取到与第一时间级的外部运行状况信号所对应的同一时段的各计算机的工作环境信息，并将其中的各计算机的硬盘读写速率、各计算机的CPU占用率和各计算机的内存占用率分别标定为Gj、Hj和Kj，j＝1...m，且Gj、Hj和Kj均互为一一对应；Step 1: Acquire the working environment information of each computer in the same period corresponding to the external operating status signal of the first time level, and analyze the hard disk read/write rate of each computer, the CPU occupancy rate of each computer, and the data of each computer. The memory occupancy rates are respectively calibrated as Gj, Hj and Kj, j=1...m, and Gj, Hj and Kj are in one-to-one correspondence with each other; 步骤二：依据公式
Figure FDA0002346063170000051
求得与第一时间级的外部运行状况信号所对应的同一时段的各计算机的内部状况变量Lj，g、h和k均为修正因子，h大于k大于g且g+h+k＝5.6968；Step 2: According to the formula
Figure FDA0002346063170000051
Obtain the internal state variables Lj of each computer in the same period corresponding to the external operating state signal of the first time level, g, h and k are all correction factors, h is greater than k and greater than g and g+h+k=5.6968; 步骤三：将与第一时间级的外部运行状况信号所对应的同一时段的各计算机的内部状况变量Lj和预设值l相比对，当其大于等于预设值l时，则将与该Lj所对应的计算机生成内部验证一级故障信号，反之则将与该Lj所对应的计算机生成内部验证二级故障信号。Step 3: Compare the internal state variable Lj of each computer in the same period corresponding to the external operating state signal of the first time level with the preset value l, and when it is greater than or equal to the preset value l, it will be compared with the preset value l. The computer corresponding to Lj generates an internal verification level 1 fault signal, otherwise the computer corresponding to this Lj will generate an internal verification level 2 fault signal.
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111665804A (en) * 2020-06-03 2020-09-15 贵州航天云网科技有限公司 Industrial control equipment and gateway terminal bidirectional control and data exchange edge supervision system
CN112987827A (en) * 2021-02-05 2021-06-18 安徽佳美瑞物联科技有限公司 Intelligent heating and ventilation control system
CN114978955A (en) * 2022-04-13 2022-08-30 杭州悟川科技有限公司 Industrial equipment health monitoring system based on Internet of things

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111665804A (en) * 2020-06-03 2020-09-15 贵州航天云网科技有限公司 Industrial control equipment and gateway terminal bidirectional control and data exchange edge supervision system
CN112987827A (en) * 2021-02-05 2021-06-18 安徽佳美瑞物联科技有限公司 Intelligent heating and ventilation control system
CN112987827B (en) * 2021-02-05 2022-01-04 安徽佳美瑞物联科技有限公司 Intelligent heating and ventilation control system
CN114978955A (en) * 2022-04-13 2022-08-30 杭州悟川科技有限公司 Industrial equipment health monitoring system based on Internet of things

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