CN117519117B - Multifunctional console control method and system - Google Patents
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- CN117519117B CN117519117B CN202410021466.3A CN202410021466A CN117519117B CN 117519117 B CN117519117 B CN 117519117B CN 202410021466 A CN202410021466 A CN 202410021466A CN 117519117 B CN117519117 B CN 117519117B
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Abstract
The invention discloses a control method and a control system of a multifunctional console, and relates to the technical field of control of the multifunctional console. According to the multifunctional console control method and system, the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system are calculated respectively by acquiring environment information of the multifunctional console control system and user experience information of the multifunctional console control system, and are used for evaluating the coincidence degree of the operating environment of the multifunctional console control system and the use condition of the user of the multifunctional console control system respectively, so that an abnormal monitoring value of the multifunctional console control system is acquired and is used for identifying the fault condition of the multifunctional console control system; and acquiring the safety encryption index of the multifunctional console control system by combining the abnormal monitoring value of the multifunctional console control system and the safety information of the multifunctional console control system, and evaluating the safety encryption condition of the multifunctional console control system.
Description
Technical Field
The invention relates to the technical field of control of a multifunctional console, in particular to a control method and a control system of the multifunctional console.
Background
With the continuous advancement of technology, many industries and fields of systems become more and more complex, and systems in the fields of production control, communication, energy management, etc. require more functions and higher integration, resulting in the need for a multifunctional console capable of effectively controlling and monitoring these systems, which, along with the continuous increase of user expectations for technology, becomes vital to user-friendly interfaces and good user experience, and the design of the multifunctional console needs to take into consideration the operation habits, ease of use, and intuitive acquisition of information of the user to improve the overall user experience. Due to the wide application of information technology, the multifunctional console control system faces more and more complex security challenges, and when the multifunctional console control system is designed, the security of the system needs to be considered, including the problems of data encryption, access control and the like.
Currently, there are researches on control systems that use biometric identification to identify multiple users, for example, the bulletin number is: CN108009414B discloses a multi-user intelligent console system and control method based on biological recognition, which detects whether personnel enter in the console operation area through a state sensing module; the identity authentication module is used for collecting human body characteristic information of the target recognition object, comparing the human body characteristic information with ideal characteristic data stored in the characteristic database, confirming that the target recognition object is a legal operator when matching is successful, and sending a starting instruction to the central control module; the starting instruction contains the identity information of an operator; and according to the identity information of the operator, adjusting the running states of the operators to the memory state before the operator leaves last time. According to the method, the state sensing module is used for automatically sensing and combining with the identity authentication module to automatically identify an operator, the condition of each subsystem used by the operator is called, different subsystem functions can be called for different operators in a shift working mode, the running state of each subsystem is recorded, and the self-recovery running of each subsystem is realized. However, the multi-user intelligent console system and the control method based on the biological recognition lack of accurate comprehensive data support, and cannot be applied to research design of a multifunctional console control system.
Accordingly, in view of the above, there is a need for a multi-function console control method and system.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a control method and a control system of a multifunctional console, which solve the problems of difficult overall monitoring and management of the operation of the control system of the multifunctional console, untimely fault risk discovery and potential safety hazard.
In order to achieve the above purpose, the invention is realized by the following technical scheme: a multi-function console control system comprising: the data acquisition module is used for acquiring information related to the multifunctional console control system, including environment information of the multifunctional console control system, user experience information of the multifunctional console control system and safety information of the multifunctional console control system; the fault detection module is used for respectively acquiring the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system according to the environment information of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system, respectively evaluating the coincidence degree of the operating environment of the multifunctional console control system and the use condition of the user of the multifunctional console control system, further acquiring the abnormal monitoring value of the multifunctional console control system according to the operating environment coincidence coefficient and the user experience coincidence coefficient of the multifunctional console control system, and identifying the fault condition of the multifunctional console control system; the safety evaluation module is used for acquiring the safety encryption index of the multifunctional console control system by combining the abnormal monitoring value of the multifunctional console control system and the safety information of the multifunctional console control system and evaluating the safety encryption condition of the multifunctional console control system; and the user interface is used for providing a user-friendly interface and automatically generating a detection report of the multifunctional console control system.
Further, the multifunctional console controls system environment information, specifically including: the multifunctional console controls the environment temperature of the system, the environment humidity of the system and the power voltage stability of the system; the multifunctional console control system user experience information specifically comprises: the multifunctional console controls system user usage scoring, the multifunctional console controls system response time, and the multifunctional console controls system throughput; the multifunctional console control system safety information specifically comprises: the multifunctional console controls the system vulnerability restoration compliance rate and the multifunctional console controls the system identity encryption verification compliance rate.
Further, the acquiring the operating environment coincidence coefficient of the multifunctional console control system specifically includes: the method comprises the steps of combining the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system and the power supply voltage stability analysis of the multifunctional console control system, constructing an operation environment assessment model of the multifunctional console control system, and obtaining an operation environment coincidence coefficient of the multifunctional console control system, wherein the operation environment coincidence coefficient of the multifunctional console control system is calculated according to the following formula: ；
In the middle ofOperating environment compliance coefficient expressed as a multifunctional console control system +.>、/>、/>Respectively expressed as the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system, the stability of the power supply voltage of the multifunctional console control system, and +.>、/>、/>Respectively expressed as the preset environment temperature of the multifunctional console control system, the environment humidity of the multifunctional console control system and the stability of the power supply voltage of the multifunctional console control system,/the multifunctional console control system>Respectively expressed as the weight factors corresponding to the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system and the stability of the power supply voltage of the multifunctional console control system,/respectively>Expressed as a natural constant.
Further, the user experience coincidence coefficient of the multifunctional console control system is obtained by the following specific steps: the user experience assessment model of the multifunctional console control system is built by combining the user use score of the multifunctional console control system, the response time of the multifunctional console control system and the throughput analysis of the multifunctional console control system, so that the user experience coincidence coefficient of the multifunctional console control system is obtained, and the user experience coincidence coefficient of the multifunctional console control system is calculated according to the following formula:
；
In the middle ofUser experience coincidence coefficient expressed as a multifunctional console control system +.>、/>、/>Expressed as multifunction console control system user usage score, multifunction console control system response time, multifunction console control system throughput, +.>Respectively expressed as a user usage score of the multifunctional console control system, a response time of the multifunctional console control system and a multifunctional console control systemWeighting factors corresponding to the throughput of the system, +.>Expressed as a natural constant.
Further, the acquiring the abnormal monitoring value of the control system of the multifunctional console specifically includes: combining the operation environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system to analyze, constructing an anomaly monitoring model of the multifunctional console control system to obtain an anomaly monitoring value of the multifunctional console control system, wherein the anomaly monitoring value of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofAbnormality monitoring value expressed as a control system of a multifunctional console ++>、/>The operating environment compliance coefficients are respectively expressed as a multifunctional console control system and a user experience compliance coefficient of the multifunctional console control system +. >、/>Weight factors respectively expressed as the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system, +.>Expressed as a natural constant.
Further, the identifying a fault condition of the multi-function console control system specifically includes: comparing and analyzing an abnormal monitoring value of the multifunctional console control system with an abnormal monitoring threshold value of the multifunctional console control system, judging that the multifunctional console control system has fault risk when the abnormal monitoring value of the multifunctional console control system exceeds the abnormal monitoring threshold value of the multifunctional console control system, realizing one-key alarming by utilizing an alarm mechanism, and performing optimized treatment of the multifunctional console control system, wherein the multifunctional console control system comprises the following steps: optimizing memory use, reducing redundant codes, setting virtual memory parameters, realizing intelligent scheduling and dormancy strategies of tasks, and setting vulnerability periodic checking and repairing strategies.
Further, the obtaining the secure encryption index of the multifunctional console control system specifically includes: combining the vulnerability restoration compliance rate of the multifunctional console control system, the identity encryption verification compliance rate of the multifunctional console control system and the abnormal monitoring value analysis of the multifunctional console control system, constructing a safe encryption model of the multifunctional console control system to obtain a safe encryption index of the multifunctional console control system, wherein the safe encryption index of the multifunctional console control system is calculated according to the following formula:
；
In the middle ofSecurity encryption index expressed as a control system of a multifunctional console,>、/>the leak repairing compliance rate and the identity encryption verification compliance rate of the multifunctional console control system are respectively expressed as the vulnerability repairing compliance rate and the identity encryption verification compliance rate of the multifunctional console control system,>、/>respectively expressed as a weight factor corresponding to the vulnerability restoration compliance rate of the multifunctional console control system and the identity encryption verification compliance rate of the multifunctional console control system,>abnormality monitoring value expressed as a control system of a multifunctional console ++>Expressed as a natural constant.
Further, the method for evaluating the security encryption status of the multifunctional console control system specifically comprises the following steps: comparing and analyzing the security encryption index of the multifunctional console control system with the security encryption threshold of the multifunctional console control system, judging that the multifunctional console control system has potential safety hazards when the security encryption index of the multifunctional console control system is lower than the security encryption threshold of the multifunctional console control system, and sending an encryption prompt short message by using an alarm mechanism, wherein the encryption prompt short message comprises multiple identity verification, identity verification password complexity setting and data encryption range expansion.
Further, the providing a user-friendly interface specifically includes: providing a history multifunctional console control system related information storage function, generating a trend change line graph by using the history multifunctional console control system related information, and ensuring that a user intuitively knows the performance change trend and the environment change condition of the multifunctional console control system; setting a periodic security check diagnosis task, and periodically carrying out multiple identity verification and database data security detection on a user; the detection report of the multifunctional console control system specifically comprises: information related to the control system of the multifunctional console, fault conditions of the control system of the multifunctional console and safe encryption conditions of the control system of the multifunctional console.
A method for a multi-function console control system, comprising the steps of: acquiring information related to a multifunctional console control system, wherein the information comprises environment information of the multifunctional console control system, user experience information of the multifunctional console control system and safety information of the multifunctional console control system; acquiring operating environment coincidence coefficients of the multifunctional console control system and user experience coincidence coefficients of the multifunctional console control system according to environment information of the multifunctional console control system and user experience information of the multifunctional console control system, wherein the operating environment coincidence coefficients and the user experience coincidence coefficients are used for evaluating the operating environment coincidence degree of the multifunctional console control system and the use condition of a user of the multifunctional console control system respectively, and further acquiring abnormal monitoring values of the multifunctional console control system according to the operating environment coincidence coefficients and the user experience coincidence coefficients of the multifunctional console control system and identifying fault conditions of the multifunctional console control system; the method comprises the steps of combining an abnormal monitoring value of a multifunctional console control system and safety information of the multifunctional console control system to obtain a safety encryption index of the multifunctional console control system, and evaluating the safety encryption condition of the multifunctional console control system; a user-friendly interface is provided for automatically generating a detection report of the multifunctional console control system.
The invention has the following beneficial effects:
(1) The multifunctional console control method and system can comprehensively know basic conditions of system operation by collecting environment information of the multifunctional console control system, acquire user experience information, and help to know experiences of users on the system, including interface friendliness degree, response speed and the like, collect safety information of the multifunctional console control system, and help to evaluate safety of the multifunctional console control system, including possible loopholes and attack risks, the operating environment of the multifunctional console control system accords with coefficients for evaluating the operating conditions of the multifunctional console control system in the current environment, and help to prevent potential performance problems, the user experience accords with coefficients for evaluating the friendly degree of the multifunctional console control system to users, help to improve user experience, abnormal monitoring values of the multifunctional console control system are used for monitoring abnormal conditions of the multifunctional console control system, help to find potential problems in time, can identify fault conditions in the multifunctional console control system, help to rapidly locate and solve problems, safety encryption indexes of the multifunctional console control system are used for evaluating the operating conditions of the multifunctional console control system in the current environment, help to evaluate the safety indexes of the multifunctional console control system, help to visually detect the safety conditions of the multifunctional console control system, and help to control the multifunctional console control system to comprehensively monitor the safety conditions of the multifunctional console control system, and help to control the safety of the multifunctional console control system.
(2) According to the multifunctional console control method and system, the data processing technical means are adopted, comprehensive and comprehensive data are acquired, so that comprehensive and reliable data support is provided for constructing an operation environment assessment model of a multifunctional console control system, a user experience assessment model of the multifunctional console control system, a security encryption model of the multifunctional console control system and a security encryption model of the multifunctional console control system, the reliable assessment model is facilitated to be constructed, the reliability of an assessment result is improved, the operation environment, the user experience and the security of the multifunctional console control system are comprehensively and accurately assessed, an administrator of the multifunctional console control system is facilitated to know each aspect of the system deeply, potential problems are found, and the stability and the usability of the multifunctional console control system are improved.
Of course, it is not necessary for any one product to practice the invention to achieve all of the advantages set forth above at the same time.
Drawings
FIG. 1 is a block diagram of a control system of a multi-function console according to the present invention;
FIG. 2 is a flow chart of a method for a multi-function console control system according to the present invention.
Detailed Description
According to the embodiment of the application, through the control method and the control system of the multifunctional console, the operation of the control system of the multifunctional console is comprehensively monitored and managed, the fault risk is reduced, the performance and the safety of the control system of the multifunctional console are improved, and the omnibearing data and decision support is provided for a manager of the control system of the multifunctional console.
The problems in the embodiments of the present application are as follows: acquiring environment information of a multifunctional console control system and user experience information of the multifunctional console control system, respectively calculating an operating environment coincidence coefficient of the multifunctional console control system and a user experience coincidence coefficient of the multifunctional console control system, respectively evaluating the coincidence degree of the operating environment of the multifunctional console control system and the use condition of the multifunctional console control system user, further comprehensively calculating an abnormal monitoring value of the multifunctional console control system by combining the environment information and the user experience information, identifying the fault condition of the multifunctional console control system, and further carrying out optimization treatment on the multifunctional console control system; further, the safety encryption index of the multifunctional console control system is calculated through the abnormal monitoring value of the multifunctional console control system and the safety information analysis of the multifunctional console control system, the safety encryption condition of the multifunctional console control system is evaluated, and then short message alarm prompt is carried out on the condition that the multifunctional console control system has potential safety hazards; and finally, generating a detection report of the multifunctional console control system.
Referring to fig. 1, the embodiment of the invention provides a technical scheme: a multi-function console control system comprising: the data acquisition module is used for acquiring information related to the multifunctional console control system, including environment information of the multifunctional console control system, user experience information of the multifunctional console control system and safety information of the multifunctional console control system; the fault detection module is used for respectively acquiring the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system according to the environment information of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system, respectively evaluating the coincidence degree of the operating environment of the multifunctional console control system and the use condition of the user of the multifunctional console control system, further acquiring the abnormal monitoring value of the multifunctional console control system according to the operating environment coincidence coefficient and the user experience coincidence coefficient of the multifunctional console control system, and identifying the fault condition of the multifunctional console control system; the safety evaluation module is used for acquiring the safety encryption index of the multifunctional console control system by combining the abnormal monitoring value of the multifunctional console control system and the safety information of the multifunctional console control system and evaluating the safety encryption condition of the multifunctional console control system; and the user interface is used for providing a user-friendly interface and automatically generating a detection report of the multifunctional console control system.
Specifically, the multifunctional console controls system environment information, specifically including: the multifunctional console controls the environment temperature of the system, the environment humidity of the system and the power voltage stability of the system; the multifunctional console control system user experience information specifically comprises: the multifunctional console controls system user usage scoring, the multifunctional console controls system response time, and the multifunctional console controls system throughput; the safety information of the control system of the multifunctional console specifically comprises: the multifunctional console controls the system vulnerability restoration compliance rate and the multifunctional console controls the system identity encryption verification compliance rate.
In this embodiment, monitoring the temperature, humidity and supply voltage stability of the environment in which the system is located helps to optimize the performance of the system: the system is easier to stably run under proper environmental conditions, the real-time response to environmental changes can prevent potential hardware faults, and the collection of data such as user use scores, response time and throughput is helpful for finding and solving problems in system performance, so that user experience is improved; through feedback scoring of the user, a system administrator can know the user satisfaction degree and take measures to improve the user experience, including aspects of interface design, function improvement and the like; monitoring the response time and throughput of the system helps to ensure efficient performance of the system, thereby providing a faster, smoother user experience; the leak repairing coincidence rate of the real-time monitoring system can be timely found and solved, and the system can be ensured to rapidly and effectively deal with new threats; monitoring the identity encryption verification compliance rate is helpful for ensuring the effectiveness of an identity authentication mechanism in the system and improving the resistance of the system to unauthorized access; real-time monitoring of the environment is helpful for resource planning; comprehensive analysis of environment, user experience and safety information can provide comprehensive data support for management staff, so that decisions can be better made, and operation and maintenance of the multifunctional console control system are optimized.
Specifically, acquiring the operating environment coincidence coefficient of the multifunctional console control system specifically includes: the method comprises the steps of combining the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system and the power supply voltage stability analysis of the multifunctional console control system, constructing an operation environment assessment model of the multifunctional console control system, and obtaining an operation environment coincidence coefficient of the multifunctional console control system, wherein the operation environment coincidence coefficient of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofOperating environment compliance coefficient expressed as a multifunctional console control system +.>、/>、/>Respectively expressed as the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system, the stability of the power supply voltage of the multifunctional console control system, and +.>、/>、/>Respectively expressed as the preset environment temperature of the multifunctional console control system, the environment humidity of the multifunctional console control system and the stability of the power supply voltage of the multifunctional console control system,/the multifunctional console control system>Respectively expressed as the weight factors corresponding to the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system and the stability of the power supply voltage of the multifunctional console control system,/respectively >Expressed as a natural constant.
In this embodiment, the temperature and humidity of the environment where the multifunctional console control system is located are obtained by measuring the temperature and humidity of the environment where the multifunctional console control system is located using a temperature and humidity sensor; the voltage stability of the power supply of the multifunctional console control system is measured by using voltage monitoring equipment, the voltage level is monitored in real time, and the stability information of the power supply is obtained; the setting method of the weight factors corresponding to the environment temperature where the multifunctional console control system is located, the environment humidity where the multifunctional console control system is located and the power supply voltage stability of the multifunctional console control system depends on the specific requirements and the priorities of the multifunctional console control system for the construction of the operation environment evaluation model of the multifunctional console control system, meanwhile, the relative importance of the factors can be evaluated by using experts in the related field, the weight factors are reasonably distributed, and the weight factors can be adjusted according to actual conditions in actual application. By calculating the operation environment coincidence coefficient, the reliability of the multifunctional console control system can be evaluated, the performance of the multifunctional console control system under different environments can be determined, and important indexes are provided for the design and operation of the multifunctional console control system.
Specifically, the user experience of the multifunctional console control system accords with the coefficient, and the specific acquisition mode is as follows: the user experience assessment model of the multifunctional console control system is built by combining the user use score of the multifunctional console control system, the response time of the multifunctional console control system and the throughput analysis of the multifunctional console control system, so that the user experience coincidence coefficient of the multifunctional console control system is obtained, and the user experience coincidence coefficient of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofUser experience coincidence coefficient expressed as a multifunctional console control system +.>、/>、/>Expressed as multifunction console control system user usage score, multifunction console control system response time, multifunction console control system throughput, +.>Respectively expressed as a user use score of the multifunctional console control system, a response time of the multifunctional console control system and a weight factor corresponding to throughput of the multifunctional console control system, < >>Expressed as a natural constant.
In the embodiment, the multifunctional console controls the system user to use the score to conduct user investigation by utilizing a standardized questionnaire, and the evaluation acquisition of the user on the system use experience is acquired; the response time of the multifunctional console control system is obtained by measuring the response time of each component of the multifunctional console control system by using a performance monitoring tool; the throughput of the multifunctional console control system is obtained by simulating and measuring the throughput of the multifunctional console control system under the load condition by using a performance test tool; setting weight factors corresponding to the user use scores, the response time of the multifunctional console control system and the throughput of the multifunctional console control system according to the user experience assessment model construction requirements of the specific multifunctional console control system, the performance requirements of the multifunctional console control system and the user experience expectations; the user experience coincidence coefficient of the multifunctional console control system is calculated, the performance and user use experience of the multifunctional console control system can be objectively evaluated, and therefore a multifunctional console control system manager is helped to identify problems faced in the aspect of the performance of the multifunctional console control system, system optimization is further conducted, and user satisfaction is improved.
Specifically, obtaining an anomaly monitoring value of a control system of a multifunctional console specifically includes: combining the operation environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system to analyze, constructing an anomaly monitoring model of the multifunctional console control system to obtain an anomaly monitoring value of the multifunctional console control system, wherein the anomaly monitoring value of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofAbnormality monitoring value expressed as a control system of a multifunctional console ++>、/>The operating environment compliance coefficients are respectively expressed as a multifunctional console control system and a user experience compliance coefficient of the multifunctional console control system +.>、/>Weight factors respectively expressed as the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system, +.>Expressed as a natural constant.
In this embodiment, the setting of the weighting factor corresponding to the operating environment compliance coefficient and the user experience compliance coefficient of the multifunctional console control system comprehensively considers the influence of the operating environment and the user experience of the multifunctional console control system on the success of the construction of the anomaly monitoring model of the multifunctional console control system, and the setting of the actual weighting factor needs to be determined through the discussion of a decision maker related to the construction of the multifunctional console control system and an expert in the related field, so as to ensure that the setting of the weighting factor is consistent with the construction target and the user requirement of the anomaly monitoring model of the actual multifunctional console control system. The method has the advantages that the system can be helped to monitor and identify potential faults or abnormal conditions by calculating the abnormal detection value of the control system of the multifunctional console, the stability of the system is improved, the risks of system breakdown and faults are reduced, the time and cost required by maintenance and repair are reduced, the user experience is improved by timely processing the faults of the system, the trust of the user on the control system of the multifunctional console is improved, and the control system of the multifunctional console is ensured to be stable and reliable in the use process.
Specifically, identifying a fault condition of the multi-function console control system specifically includes: comparing and analyzing an abnormal monitoring value of the multifunctional console control system with an abnormal monitoring threshold value of the multifunctional console control system, judging that the multifunctional console control system has fault risk when the abnormal monitoring value of the multifunctional console control system exceeds the abnormal monitoring threshold value of the multifunctional console control system, realizing one-key alarming by utilizing an alarm mechanism, and performing optimized treatment of the multifunctional console control system, wherein the multifunctional console control system comprises the following steps: optimizing memory use, reducing redundant codes, setting virtual memory parameters, realizing intelligent scheduling and dormancy strategies of tasks, and setting vulnerability periodic checking and repairing strategies.
In this embodiment, when the abnormal monitoring value of the multifunctional console control system exceeds the set threshold, the multifunctional console control system can timely send out an alarm, so as to realize one-key alarm, and be helpful to realize potential problems before the occurrence of faults, thereby improving the reliability and stability of the multifunctional console control system; the multifunctional console control system can immediately perform treatment and optimization, is beneficial to improving the performance, stability and efficiency of the system, and can more effectively utilize resources, improve the running efficiency and reduce the resource waste by optimizing the use of memory, reducing redundant codes and realizing intelligent scheduling, so that the performance of the whole multifunctional console control system is improved; the periodic leak checking and repairing strategy is beneficial to periodically checking and repairing the leak in the operation process of the multifunctional console control system, so that the safety of the system is improved, the potential safety risk is prevented, and the healthy operation of the system is maintained; through reducing the risk of the fault of the multifunctional console control system, optimizing the performance of the multifunctional console control system, improving the stability of the multifunctional console control system, the user can be more stable and smooth when using the multifunctional console, and improving the user experience.
Specifically, the method for obtaining the secure encryption index of the multifunctional console control system specifically comprises the following steps: combining the vulnerability restoration compliance rate of the multifunctional console control system, the identity encryption verification compliance rate of the multifunctional console control system and the abnormal monitoring value analysis of the multifunctional console control system, constructing a safe encryption model of the multifunctional console control system to obtain a safe encryption index of the multifunctional console control system, wherein the safe encryption index of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofSecurity encryption index expressed as a control system of a multifunctional console,>、/>the leak repairing compliance rate and the identity encryption verification compliance rate of the multifunctional console control system are respectively expressed as the vulnerability repairing compliance rate and the identity encryption verification compliance rate of the multifunctional console control system,>、/>respectively expressed as a weight factor corresponding to the vulnerability restoration compliance rate of the multifunctional console control system and the identity encryption verification compliance rate of the multifunctional console control system,>abnormality monitoring value expressed as a control system of a multifunctional console ++>Expressed as a natural constant.
In this embodiment, the security encryption index of the multifunctional console control system is calculated to quantitatively evaluate the security level of the multifunctional console control system, which is helpful for a system administrator and a security professional to better understand the effect of the system in protecting data and preventing potential threats, and by calculating the security encryption index, the security vulnerability or deficiency existing in the system can be determined, and guidance is provided for implementing security improvement, such as strengthening encryption algorithm, updating key management policy, etc., so as to improve the overall security of the multifunctional console control system, and by strengthening security encryption, the multifunctional console control system can better protect sensitive data stored therein, thereby reducing the risk of data leakage and helping to improve the trust of users to the multifunctional console control system. The vulnerability restoration coincidence rate is calculated by using a vulnerability scanning tool to periodically scan a multifunctional console so as to identify potential vulnerabilities, evaluating a scanning result, determining the severity and urgency of the vulnerabilities, recording all the identified vulnerabilities, tracking the history of vulnerability restoration, and dividing the number of the restored vulnerabilities by the total number of the vulnerabilities; the identity encryption verification coincidence rate is obtained by calculating the identity encryption verification coincidence rate through dividing the successful encryption identity verification attempt by the total identity verification attempt number through analyzing the identity verification log of the system, including successful and failed identity verification attempts; setting weight factors corresponding to the vulnerability restoration compliance rate of the multifunctional console control system and the identity encryption verification compliance rate of the multifunctional console control system according to the safety encryption model construction requirement and the safety risk distribution of the multifunctional console control system, and adjusting and optimizing by considering the contribution of each index to the safety of the whole multifunctional console control system and the influence on the service and combining the expert advice of related fields.
Specifically, evaluating the secure encryption condition of the multifunctional console control system specifically includes: comparing and analyzing the security encryption index of the multifunctional console control system with the security encryption threshold of the multifunctional console control system, judging that the multifunctional console control system has potential safety hazards when the security encryption index of the multifunctional console control system is lower than the security encryption threshold of the multifunctional console control system, and sending an encryption prompt short message by using an alarm mechanism, wherein the encryption prompt short message comprises multiple identity verification, identity verification password complexity setting and data encryption range expansion.
In this embodiment, the security encryption index of the multifunctional console control system is calculated and compared with the security encryption threshold, so that the multifunctional console control system can perform real-time security monitoring, and once the security encryption index is lower than the threshold, the multifunctional console control system can timely detect a possible security problem; the encryption prompt short message provides multi-level safety protection, not only focuses on a single aspect, but also comprehensively improves the safety of the system, is beneficial to improving the overall safety of the control system of the multifunctional console, and reduces potential safety threats and risks.
Specifically, a user-friendly interface is provided, specifically including: providing a history multifunctional console control system related information storage function, generating a trend change line graph by using the history multifunctional console control system related information, and ensuring that a user intuitively knows the performance change trend and the environment change condition of the multifunctional console control system; setting a periodic security check diagnosis task, and periodically carrying out multiple identity verification and database data security detection on a user; the detection report of the multifunctional console control system specifically comprises: information related to the control system of the multifunctional console, fault conditions of the control system of the multifunctional console and safe encryption conditions of the control system of the multifunctional console.
In the embodiment, through storing the related information of the historical multifunctional console control system and generating the trend change line graph, a user can intuitively know the change trend of the system performance, is helpful for timely finding out performance problems and optimizing the use of system resources, and enables the user to comprehensively know the running state of the multifunctional console control system, the trend change line graph not only reflects the system performance, but also reflects the change condition of the environment where the system is located, and the user can better understand the cause of the fluctuation of the system performance; the security check and diagnosis tasks are carried out regularly, and multiple identity verification and database data security detection are carried out on the user, so that the security of the multifunctional console control system is improved, potential security holes or attack signs can be found early, and the security risk is reduced; the detection report of the multifunctional console control system is provided, so that a user can be helped to comprehensively know the overall health condition of the multifunctional console control system, and necessary maintenance and safety measures can be conveniently and timely taken. By comprehensively utilizing the performance trend graph, the security investigation task, the identity verification and the detection report, the visual monitoring, the security and the maintainability of the multifunctional console control system are improved, and the robust operation of the system is guaranteed.
A method for a multi-function console control system, comprising the steps of: acquiring information related to a multifunctional console control system, wherein the information comprises environment information of the multifunctional console control system, user experience information of the multifunctional console control system and safety information of the multifunctional console control system; acquiring operating environment coincidence coefficients of the multifunctional console control system and user experience coincidence coefficients of the multifunctional console control system according to environment information of the multifunctional console control system and user experience information of the multifunctional console control system, wherein the operating environment coincidence coefficients and the user experience coincidence coefficients are used for evaluating the operating environment coincidence degree of the multifunctional console control system and the use condition of a user of the multifunctional console control system respectively, and further acquiring abnormal monitoring values of the multifunctional console control system according to the operating environment coincidence coefficients and the user experience coincidence coefficients of the multifunctional console control system and identifying fault conditions of the multifunctional console control system; the method comprises the steps of combining an abnormal monitoring value of a multifunctional console control system and safety information of the multifunctional console control system to obtain a safety encryption index of the multifunctional console control system, and evaluating the safety encryption condition of the multifunctional console control system; a user-friendly interface is provided for automatically generating a detection report of the multifunctional console control system.
In summary, the present application has at least the following effects: the basic conditions of the system operation can be comprehensively known by collecting the environmental information of the control system of the multifunctional console; the system comprises a multifunctional console control system, a multifunctional console control system management system and a multifunctional console control system management system.
It will be apparent to those skilled in the art that embodiments of the present invention may be provided as methods, systems. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present invention is described with reference to flowchart illustrations and block diagrams of methods, systems according to embodiments of the invention. It will be understood that each flowchart and block diagram combinations of the flowchart and block diagrams can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and block diagram block or blocks.
While preferred embodiments of the present invention have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. It is therefore intended that the following claims be interpreted as including the preferred embodiments and all such alterations and modifications as fall within the scope of the invention.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (2)
1. A multi-function console control system, comprising:
the data acquisition module is used for acquiring information related to the multifunctional console control system, including environment information of the multifunctional console control system, user experience information of the multifunctional console control system and safety information of the multifunctional console control system;
the fault detection module is used for respectively acquiring the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system according to the environment information of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system, respectively evaluating the coincidence degree of the operating environment of the multifunctional console control system and the use condition of the user of the multifunctional console control system, further acquiring the abnormal monitoring value of the multifunctional console control system according to the operating environment coincidence coefficient and the user experience coincidence coefficient of the multifunctional console control system, and identifying the fault condition of the multifunctional console control system;
The safety evaluation module is used for acquiring the safety encryption index of the multifunctional console control system by combining the abnormal monitoring value of the multifunctional console control system and the safety information of the multifunctional console control system and evaluating the safety encryption condition of the multifunctional console control system;
the user interface is used for providing a user-friendly interface and automatically generating a detection report of the multifunctional console control system;
the multifunctional console control system environment information specifically comprises: the multifunctional console controls the environment temperature of the system, the environment humidity of the system and the power voltage stability of the system;
the multifunctional console control system user experience information specifically comprises: the multifunctional console controls system user usage scoring, the multifunctional console controls system response time, and the multifunctional console controls system throughput;
the multifunctional console control system safety information specifically comprises: the multifunctional console controls the leak repairing compliance rate of the system and controls the identity encryption verification compliance rate of the system;
the method for acquiring the operating environment coincidence coefficient of the multifunctional console control system specifically comprises the following steps:
The method comprises the steps of combining the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system and the power supply voltage stability analysis of the multifunctional console control system, constructing an operation environment assessment model of the multifunctional console control system, and obtaining an operation environment coincidence coefficient of the multifunctional console control system, wherein the operation environment coincidence coefficient of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofOperating environment compliance coefficient expressed as a multifunctional console control system +.>、/>Respectively expressed as the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system, the stability of the power supply voltage of the multifunctional console control system, and +.>Respectively expressed as the preset environment temperature of the multifunctional console control system, the environment humidity of the multifunctional console control system and the stability of the power supply voltage of the multifunctional console control system,/the multifunctional console control system>Respectively expressed as the weight factors corresponding to the environmental temperature of the multifunctional console control system, the environmental humidity of the multifunctional console control system and the stability of the power supply voltage of the multifunctional console control system,/respectively>Expressed as natural constants;
The user experience of the multifunctional console control system accords with the coefficient, and the specific acquisition mode is as follows:
the user experience assessment model of the multifunctional console control system is built by combining the user use score of the multifunctional console control system, the response time of the multifunctional console control system and the throughput analysis of the multifunctional console control system, so that the user experience coincidence coefficient of the multifunctional console control system is obtained, and the user experience coincidence coefficient of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofUser experience coincidence coefficient expressed as a multifunctional console control system +.>Expressed as multifunction console control system user usage score, multifunction console control system response time, multifunction console control system throughput, +.>Respectively expressed as a user use score of the multifunctional console control system, a response time of the multifunctional console control system and a weight factor corresponding to throughput of the multifunctional console control system, < >>Expressed as natural constants;
the acquiring the abnormal monitoring value of the control system of the multifunctional console specifically comprises the following steps:
combining the operation environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system to analyze, constructing an anomaly monitoring model of the multifunctional console control system to obtain an anomaly monitoring value of the multifunctional console control system, wherein the anomaly monitoring value of the multifunctional console control system is calculated according to the following formula:
；
In the middle ofAbnormality monitoring value expressed as a control system of a multifunctional console ++>、/>The operating environment compliance coefficients are respectively expressed as a multifunctional console control system and a user experience compliance coefficient of the multifunctional console control system +.>Weight factors respectively expressed as the operating environment coincidence coefficient of the multifunctional console control system and the user experience coincidence coefficient of the multifunctional console control system, +.>Expressed as natural constants;
the identifying the fault condition of the multifunctional console control system specifically comprises the following steps: comparing and analyzing an abnormal monitoring value of the multifunctional console control system with an abnormal monitoring threshold value of the multifunctional console control system, judging that the multifunctional console control system has fault risk when the abnormal monitoring value of the multifunctional console control system exceeds the abnormal monitoring threshold value of the multifunctional console control system, realizing one-key alarming by utilizing an alarm mechanism, and performing optimized treatment of the multifunctional console control system, wherein the multifunctional console control system comprises the following steps: optimizing memory use, reducing redundant codes, setting virtual memory parameters, realizing intelligent scheduling and dormancy strategies of tasks, and setting vulnerability periodic investigation and restoration strategies;
The method for obtaining the secure encryption index of the multifunctional console control system specifically comprises the following steps:
combining the vulnerability restoration compliance rate of the multifunctional console control system, the identity encryption verification compliance rate of the multifunctional console control system and the abnormal monitoring value analysis of the multifunctional console control system, constructing a safe encryption model of the multifunctional console control system to obtain a safe encryption index of the multifunctional console control system, wherein the safe encryption index of the multifunctional console control system is calculated according to the following formula:
；
in the middle ofSecurity encryption index expressed as a control system of a multifunctional console,>、/>respectively expressed as the vulnerability restoration compliance rate of the multifunctional console control system and the identity encryption verification compliance rate of the multifunctional console control system,respectively expressed as a weight factor corresponding to the vulnerability restoration compliance rate of the multifunctional console control system and the identity encryption verification compliance rate of the multifunctional console control system,>abnormality monitoring value expressed as a control system of a multifunctional console ++>Expressed as natural constants;
the method for evaluating the safe encryption condition of the multifunctional console control system specifically comprises the following steps: comparing and analyzing the security encryption index of the multifunctional console control system with the security encryption threshold of the multifunctional console control system, judging that the multifunctional console control system has potential safety hazards when the security encryption index of the multifunctional console control system is lower than the security encryption threshold of the multifunctional console control system, and sending an encryption prompt short message by using an alarm mechanism, wherein the encryption prompt short message comprises multiple identity verification, identity verification password complexity setting and data encryption range expansion;
The providing a user-friendly interface specifically comprises: providing a history multifunctional console control system related information storage function, generating a trend change line graph by using the history multifunctional console control system related information, and ensuring that a user intuitively knows the performance change trend and the environment change condition of the multifunctional console control system;
setting a periodic security check diagnosis task, and periodically carrying out multiple identity verification and database data security detection on a user;
the detection report of the multifunctional console control system specifically comprises: information related to the control system of the multifunctional console, fault conditions of the control system of the multifunctional console and safe encryption conditions of the control system of the multifunctional console.
2. A method for a multi-function console control system of claim 1, comprising the steps of:
acquiring information related to a multifunctional console control system, wherein the information comprises environment information of the multifunctional console control system, user experience information of the multifunctional console control system and safety information of the multifunctional console control system;
acquiring operating environment coincidence coefficients of the multifunctional console control system and user experience coincidence coefficients of the multifunctional console control system according to environment information of the multifunctional console control system and user experience information of the multifunctional console control system, wherein the operating environment coincidence coefficients and the user experience coincidence coefficients are used for evaluating the operating environment coincidence degree of the multifunctional console control system and the use condition of a user of the multifunctional console control system respectively, and further acquiring abnormal monitoring values of the multifunctional console control system according to the operating environment coincidence coefficients and the user experience coincidence coefficients of the multifunctional console control system and identifying fault conditions of the multifunctional console control system;
The method comprises the steps of combining an abnormal monitoring value of a multifunctional console control system and safety information of the multifunctional console control system to obtain a safety encryption index of the multifunctional console control system, and evaluating the safety encryption condition of the multifunctional console control system;
a user-friendly interface is provided for automatically generating a detection report of the multifunctional console control system.
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