CN102279746A - Sensor-based monitoring software development platform system and method - Google Patents
Sensor-based monitoring software development platform system and method Download PDFInfo
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Abstract
The invention relates to a sensor-based monitoring software development platform system. The development platform system comprises a data acquisition module, a data acquisition interface module, a data management module, a monitoring object information recording module, a monitoring object navigation module, a sensing parameter setting module, a multifunctional curve display module, a historic query module, a data list module, a monitoring result printing module, a system configuration module and a monitoring software assembly module. The invention also relates to a development method based on the development platform system. By adoption of the sensor-based monitoring software development platform system and the development method, the implementation cost of the software is greatly reduced, and the development period of the monitoring software is obviously shortened; meanwhile, the system is simple and clear in architecture, quick and convenient to use, stable and reliable in working performance and relatively wider in application range, and lays a solid foundation for the further development of a sensor-based monitoring software technology.
Description
Technical field
The present invention relates to computer software fields, particularly sensor-based monitoring of software is realized technical field, specifically is meant a kind of sensor-based monitoring of software development platform system and method.
Background technology
Sensor-based automatic monitoring system is used widely in multiple field.Automatic monitoring system mainly comprises three parts: have data acquisition hardware equipment, computing machine and the monitoring of software of sensor, wherein monitoring of software is responsible for collecting, is managed and analyzes data, uses for the user.Sensor-based monitoring software system refers to the monitoring of software (hereinafter to be referred as monitoring of software) in the above automatic monitoring system among the present invention.Monitoring of software is considered to the main body and the core of automatic monitoring system.Along with the high development of sensor technology, sensor network technique and Internet of Things, significantly increase for the development requirement of monitoring of software.Simultaneously, because in the diversity of monitoring field user demand and the complicacy of software development, the development efficiency of monitoring of software is low, the cycle long, integrated difficulty is big.Therefore, study high efficiency monitoring of software development platform system and method and seem particularly necessary.
The exploitation of monitoring software system mainly contains two kinds of methods: specialized business software and computerese class programming tool.The former, as LabVIEW, LabWindows/CVI and HPVEE, development efficiency is higher relatively, and range of application is narrow; The latter, as C++, Java etc., applied widely, development efficiency is relatively low.Though these too development functions are very powerful, if be directly used in the problem that can there be the following aspects in the exploitation monitoring of software.At first, the developer must be familiar with programming language and the various data acquisition hardware equipment that has sensor; Secondly, need the cost plenty of time to assemble complicated block diagram or write code, the construction cycle is long, cost is high, efficient is low; In addition, conventional tool is low for the specific field standardization level, makes that software development and upgrading difficulty are big.
The exploitation of monitoring of software at present mainly concentrates on the solution aspect of particular problem, does not see the research work that the monitoring of software development approach is simplified in systematization.
Summary of the invention
The objective of the invention is to have overcome above-mentioned shortcoming of the prior art, propose a kind ofly can effectively solve the diversity of monitoring of software user's request in the monitoring field and complexity problem, development efficiency height, cycle weak point, stable and reliable working performance, the sensor-based comparatively widely monitoring of software development platform of the scope of application system and method for software development.
To achieve these goals, sensor-based monitoring of software development platform system and method for the present invention is as follows:
Described sensor-based monitoring of software development platform system, its principal feature is, this development platform system comprises data acquisition module, and data acquisition interface module, data management module, monitoring target information typing module, monitoring target navigation module, parameter sensing are provided with module, multi-functional curve display module, historical query module, data list module, monitoring result print module, system configuration module and monitoring of software load module.Described data acquisition module is realized the Control on Communication of data collecting device and is obtained the parameter sensing data of data acquisition equipment;
The data acquisition interface module sends logical order and the data that receive from data acquisition module to data acquisition module, and described logical order and actual acquisition device category have independence;
Data management module, obtain data from the data acquisition interface module, database is carried out the monitoring information access, monitoring information is carried out metadata cache, for other module provides monitoring information, realized the logic isolation of other module and database, cache size can be provided with by the interface parameters of this module;
Monitoring target information typing module provides the descriptor input function of monitoring target, and the title of each items for information of descriptor and corresponding input content, input content type can be provided with by this module interface parameter;
The monitoring target navigation module provides monitoring target to check the selection function of navigation and monitoring target, comprises tree-like navigation, three kinds of forms of lists navigation and digital map navigation, and the navigation form is selected and the navigation information content can be provided with by the interface parameters of this module;
Parameter sensing is provided with module, provide whether the corresponding parameter sensing of monitoring target uses, title, whether show curve, show the curve color, whether computation of characteristic values and parameter sensing grouping function is set, parameter sensing refers to that sensor measurement parameter and the measurement parameter that is drawn by the sensor measurement calculation of parameter, the default name of each parameter sensing, the quantity of default packet, the title of corresponding each grouping can be provided with by this module interface parameter;
Multi-functional curve display module, the function of the demonstration of realization parameter sensing data and curves, legend and instant data, the characteristic statistics of curve data and response user's curve interface operation, the size of display interface, position, interface neutron position of window, size, a plurality of coordinate systems in each subwindow, a plurality of described parameter sensing of each coordinate system correspondence can be provided with by this module interface parameter;
The historical query module, have the function according to the historical parameter sensing data of monitoring target metadata information inquiry monitoring target, result of calculation and parameter sensing data and curves information, the type of the clauses and subclauses title of querying condition and corresponding input content can be provided with by this module interface parameter;
The data list module, the tabulation Presentation Function with parameter sensing data, the row name of tabulation, columns and can be provided with by this module interface with the corresponding relation of parameter sensing data;
The monitoring result print module, printing template customization, Print Preview and actual printing function with monitoring target information, measurement result, parameter sensing data and curves and legend content;
The system configuration module comprises:
Parameter configuration unit allows the developer according to practical application request parameter to be set, and finishes the customization of corresponding function;
The validity check unit can help the developer to check the mistake that occurs in the parameter configuration process, improves the accuracy of parameter configuration;
Monitoring of software load module loads other module except that the system configuration module according to parameter configuration, and these modules are carried out initialization, realizes the menu selection function, constitutes one with other modules and overlaps monitoring of software.
The statistical computation function of the multi-functional curve display module in this sensor-based monitoring of software development platform system comprises maximal value, minimum value, arithmetic mean, the integral mean of parameter sensing, the packet maximum value of parameter sensing, minimum value, arithmetic mean, integral mean, the overtime accumulative total of parameter sensing, and the statistical computation of the variation characteristic value of parameter sensing; The response user's of described multi-functional curve display module curve interface operation function comprises the moving of curve map, dwindles, amplification, parameter sensing instantaneous value show, parameter sensing instantaneous value and text annotation mark.
Load other module according to the parameter that configures during monitoring of software load module operation in this sensor-based monitoring of software development platform system, total system is carried out initialization, the menu selection function is provided, carry out according to user's request call corresponding module.
The sensor-based monitoring of software development approach exploitation of this sensor-based monitoring of software development platform system's realization employing realizes, described sensor-based monitoring of software development approach, and its principal feature is that this development approach may further comprise the steps:
(1) parameter configuration and storage;
(2) system loads and initialization;
(3) monitoring target information typing;
(4) data acquisition module starts;
(5) monitoring information storage;
(6) realize user's request function.
Parameter configuration in described sensor-based monitoring of software development approach and storage are used to finish the interface parameters setting of system information setting and each module, configuration information is stored with the form of file or database, and system information is provided with parameter and comprises the title of utilizing the monitoring of software that described sensor-based monitoring of software development platform system developed, total monitoring target quantity and total parameter sensing quantity; Described system loads and initialization according to the parameter configuration that reads, are carried out initialization to each correlation module, display system master interface; Described data acquisition module starts, be by the data acquisition interface module to the data acquisition module transmitting control commands, the log-on data acquisition operations; Described monitoring information storage realizes real-time association store of monitoring parameter sensing information and monitoring target information; Described realization user request function according to the operation calls corresponding software module of user to system interface, is finished user's request function.
Development approach in described sensor-based monitoring of software development approach has independence with concrete monitoring target, is applicable to the sensor-based monitoring software system exploitation at various monitoring targets.
Developing in described sensor-based monitoring of software development approach at the sensor-based monitoring software system of certain class monitoring target, satisfy the different demands of described monitoring software system exploitation by configuration parameter, using under the novel data acquisition equipment situation, except that acquisition module, need not write software code.
According to the sensor-based monitoring of software development approach of right 4 described realizations, it is characterized in that, only need revise main control module, data management module, data acquisition module during system extension or increase functional module, other module and system architecture in described sensor-based monitoring of software plateform system remain unchanged.
Adopted sensor-based monitoring of software development platform system and method for this invention, because wherein can be in actual performance history according to user's specific requirement, set the function of monitoring of software by configuration parameter, also can revise the monitoring of software function by revising configuration parameter, if monitoring target changes, only need to revise configuration file, just can finish the modification of corresponding function, realized monitoring of software is carried out parameter configuration, thereby user's new demand can be combined by monitoring of software load module and configuration parameter, the monitoring of software that exploitation makes new advances, significantly shortened the monitoring of software construction cycle, reduce the cost of development of software, improved the extensibility of software, maintainability and ease for operation have facilitation for the design and the exploitation of sensor-based monitoring of software technology.
Description of drawings
Fig. 1 is the overall logic functional module framework synoptic diagram of sensor-based monitoring of software development platform of the present invention system.
Fig. 2 is the monitoring of software project organization synoptic diagram in the sensor-based monitoring of software development approach of realization of the present invention.
Fig. 3 is the overall flow synoptic diagram of the sensor-based monitoring of software development approach of realization of the present invention.
The course of work synoptic diagram of Fig. 4 sensor-based monitoring of software development platform of the present invention system.
Embodiment
In order more to be expressly understood technology contents of the present invention, describe in detail especially exemplified by following examples.
See also shown in Figure 1, this sensor-based monitoring of software development platform system, comprising data acquisition module, data acquisition interface module, data management module, monitoring target information typing module, monitoring target navigation module, parameter sensing are provided with module, multi-functional curve display module, historical query module, data list module, monitoring result print module, system configuration module and monitoring of software load module.
Data acquisition module is realized the Control on Communication of data collecting device and is obtained the parameter sensing data of data acquisition equipment;
The data acquisition interface module, by send logical order and the reception data from data acquisition module to data acquisition module, described logical order and actual acquisition device category have independence;
Data management module, obtain data from the data acquisition interface module, database is carried out the monitoring information access, monitoring information is carried out metadata cache, for other module provides monitoring information, realized the logic isolation of other module and database, cache size can be provided with by the interface parameters of this module;
Monitoring target information typing module provides the descriptor input function of monitoring target, the title of each items for information of descriptor and corresponding input content, and the input content type can be provided with by this module interface parameter;
The monitoring target navigation module provides monitoring target to check the selection function of navigation and monitoring target, comprises tree-like navigation, three kinds of forms of lists navigation and digital map navigation, and the navigation form is selected and the navigation information content can be provided with by the interface parameters of this module;
Parameter sensing is provided with module, provide whether the corresponding parameter sensing of monitoring target uses, title, whether show curve, show the curve color, whether computation of characteristic values and parameter sensing grouping function is set, parameter sensing refers to that sensor measurement parameter and the measurement parameter that is drawn by the sensor measurement calculation of parameter, the default name of each parameter sensing, the quantity of default packet, the title of corresponding each grouping can be provided with by this module interface parameter;
Multi-functional curve display module, the function of the demonstration of realization parameter sensing data and curves, legend and instant data, the characteristic statistics of curve data and response user's curve interface operation, the size of display interface, position, interface neutron position of window, size, a plurality of coordinate systems in each subwindow, a plurality of described parameter sensing of each coordinate system correspondence can be provided with by this module interface parameter;
The historical query module, have the function according to the historical parameter sensing data of monitoring target metadata information inquiry monitoring target, result of calculation and parameter sensing data and curves information, the type of the clauses and subclauses title of querying condition and corresponding input content can be provided with by this module interface parameter;
The data list module, the tabulation Presentation Function with parameter sensing data, the row name of tabulation, columns and can be provided with by this module interface with the corresponding relation of parameter sensing data;
The monitoring result print module, the printing template customization with monitoring target information, measurement result, parameter sensing data and curves and legend content, Print Preview and actual printing function;
The system configuration module comprises:
(1) parameter configuration unit allows the developer according to practical application request parameter to be set, and finishes the customization of corresponding function;
(2) validity check unit can help the developer to check the mistake that occurs in the parameter configuration process, improves the accuracy of parameter configuration;
Monitoring of software load module loads other module except that the system configuration module according to parameter configuration, and these modules are carried out initialization, realizes the menu selection function, constitutes one with other modules and overlaps monitoring of software.
Wherein, the statistical computation function of described multi-functional curve display module comprises maximal value, minimum value, arithmetic mean value, the integral mean of parameter sensing, the packet maximum value of parameter sensing, minimum value, arithmetic mean value, integral mean, the overtime accumulation of parameter sensing, and the statistical computation of the variation characteristic value of parameter sensing; The response user's of described multi-functional curve display module curve interface operation function comprises the moving of curve map, dwindles, amplification, parameter sensing instantaneous value show, parameter sensing instantaneous value and text annotation mark; Load other module according to the parameter that configures when described monitoring of software load module moves, total system is carried out initialization, the menu selection function is provided, carry out according to user's request call corresponding module.
Seeing also Fig. 2 and shown in Figure 3 again, should realize sensor-based monitoring of software development approach based on above-mentioned development platform system, comprising following steps:
(1) parameter configuration and storage;
(2) system loads and initialization;
(3) monitoring target information typing;
(4) data acquisition module starts;
(5) monitoring information storage;
(6) realize user's request function.
Wherein, described parameter configuration and storage are used to finish the interface parameters setting of system information setting and each module, configuration information is stored with the form of file or database, and system information is provided with parameter and comprises the title of utilizing the monitoring of software that described sensor-based monitoring of software development platform system developed, total monitoring target quantity and total parameter sensing quantity; Described system loads and initialization according to the parameter configuration that reads, are carried out initialization to each correlation module, display system master interface; Described data acquisition module starts, be by the data acquisition interface module to the data acquisition module transmitting control commands, the log-on data acquisition operations; Described monitoring information storage realizes real-time association store of monitoring parameter sensing information and monitoring target information; Described realization user request function according to the operation calls corresponding software module of user to system interface, is finished user's request function.
Described development approach has independence with concrete monitoring target, is applicable to the sensor-based monitoring software system exploitation at various monitoring targets.
At the sensor-based monitoring software system exploitation of certain class monitoring target, satisfy the different demands that described monitoring software system is developed by configuration parameter, using under the novel data acquisition equipment situation, except that acquisition module, need not write software code.
The sensor-based monitoring of software development approach of described realization, it is characterized in that, only need revise main control module, data management module, data acquisition module during system extension or increase functional module, other module and system architecture in described sensor-based monitoring of software plateform system remain unchanged.
See also shown in Figure 4ly at last, be connected with data acquisition equipment by server according to the monitoring of software of realizing the exploitation of sensor-based monitoring of software development approach based on above-mentioned development platform system, realization is to the monitoring of monitoring target.
Adopt above-mentioned sensor-based monitoring of software development platform system and method, can be in actual performance history according to user's specific requirement, set the function of monitoring of software by configuration parameter, also can revise the monitoring of software function by revising configuration parameter, if monitoring target changes, only need to revise configuration file, just can finish the modification of corresponding function, realized monitoring of software is carried out parameter configuration, thereby user's new demand can be combined by monitoring of software load module and configuration parameter, the monitoring of software that exploitation makes new advances greatly reduces the cost of development of software, and has shortened the monitoring of software construction cycle significantly.The development platform system architecture is simple simultaneously, and stable and reliable working performance, the scope of application are comparatively extensive, have improved extensibility, maintainability and the ease for operation of software, for further developing of sensor-based monitoring of software technology established solid foundation.
In this instructions, the present invention is described with reference to its certain embodiments.But, clearly still can make various modifications and conversion and not deviate from the spirit and scope of the present invention.Therefore, instructions and accompanying drawing are regarded in an illustrative, rather than a restrictive.
Claims (8)
1. sensor-based monitoring of software development platform system, it is characterized in that, described development platform system comprises data acquisition module, data acquisition interface module, data management module, monitoring target information typing module, monitoring target navigation module, parameter sensing are provided with module, multi-functional curve display module, historical query module, data list module, monitoring result print module, system configuration module and monitoring of software load module, and be described
Data acquisition module is realized the Control on Communication of data collecting device and is obtained the parameter sensing data of data acquisition equipment;
The data acquisition interface module sends logical order and the data that receive from data acquisition module to data acquisition module, and described logical order and actual acquisition device category have independence;
Data management module, obtain data from the data acquisition interface module, database is carried out the monitoring information access, monitoring information is carried out metadata cache, for other module provides monitoring information, realized the logic isolation of other module and database, cache size can be provided with by the interface parameters of this module;
Monitoring target information typing module provides the descriptor input function of monitoring target, and the title of each items for information of descriptor and corresponding input content, input content type can be provided with by this module interface parameter;
The monitoring target navigation module provides monitoring target to check the selection function of navigation and monitoring target, comprises tree-like navigation, three kinds of forms of lists navigation and digital map navigation, and the navigation form is selected and the navigation information content can be provided with by the interface parameters of this module;
Parameter sensing is provided with module, provide whether the corresponding parameter sensing of monitoring target uses, title, whether show curve, show the curve color, whether computation of characteristic values and parameter sensing grouping function is set, parameter sensing refers to that sensor measurement parameter and the measurement parameter that is drawn by the sensor measurement calculation of parameter, the default name of each parameter sensing, the quantity of default packet, the title of corresponding each grouping can be provided with by this module interface parameter;
Multi-functional curve display module, the function of the demonstration of realization parameter sensing data and curves, legend and instant data, the characteristic statistics of curve data and response user's curve interface operation, the size of display interface, position, interface neutron position of window, size, a plurality of coordinate systems in each subwindow, a plurality of described parameter sensing of each coordinate system correspondence can be provided with by this module interface parameter;
The historical query module, have the function according to the historical parameter sensing data of monitoring target metadata information inquiry monitoring target, result of calculation and parameter sensing data and curves information, the type of the clauses and subclauses title of querying condition and corresponding input content can be provided with by this module interface parameter;
The data list module, the tabulation Presentation Function with parameter sensing data, the row name of tabulation, columns and can be provided with by this module interface with the corresponding relation of parameter sensing data;
The monitoring result print module, printing template customization, Print Preview and actual printing function with monitoring target information, measurement result, parameter sensing data and curves and legend content;
The system configuration module comprises:
Parameter configuration unit allows the developer according to practical application request parameter to be set, and finishes the customization of corresponding function;
The validity check unit can help the developer to check the mistake that occurs in the parameter configuration process, improves the accuracy of parameter configuration;
Monitoring of software load module loads other module except that the system configuration module according to parameter configuration, and these modules are carried out initialization, realizes the menu selection function, constitutes one with other modules and overlaps monitoring of software.
2. according to the described sensor-based monitoring of software development platform of right 1 system, it is characterized in that, the statistical computation function of described multi-functional curve display module comprises maximal value, minimum value, arithmetic mean, the integral mean of parameter sensing, the packet maximum value of parameter sensing, minimum value, arithmetic mean, integral mean, the overtime accumulative total of parameter sensing, and the statistical computation of the variation characteristic value of parameter sensing; The response user's of described multi-functional curve display module curve interface operation function realizes the moving of curve map, dwindles, amplification, parameter sensing instantaneous value show, parameter sensing instantaneous value and text annotation mark.
3. according to the described sensor-based monitoring of software development platform of right 1 system, it is characterized in that, when moving, described monitoring of software load module loads other module according to the parameter that configures, total system is carried out initialization, the menu selection function is provided, carries out according to user's request call corresponding module.
4. realize sensor-based monitoring of software development approach according to the described sensor-based monitoring of software development platform of right 1 system, it is characterized in that described method may further comprise the steps:
(1) parameter configuration and storage;
(2) system loads and initialization;
(3) monitoring target information typing;
(4) data acquisition module starts;
(5) monitoring information storage;
(6) realize user's request function.
5. according to right 4 described sensor-based monitoring of software development approaches, it is characterized in that, described parameter configuration and storage are used to finish the interface parameters setting of system information setting and each module, configuration information is stored with the form of file or database, and system information is provided with parameter and comprises the title of utilizing the monitoring of software that described sensor-based monitoring of software development platform system developed, total monitoring target quantity and total parameter sensing quantity; Described system loads and initialization according to the parameter configuration that reads, are carried out initialization to each correlation module, display system master interface; Described data acquisition module starts, be by the data acquisition interface module to the data acquisition module transmitting control commands, the log-on data acquisition operations; Described monitoring information storage realizes real-time association store of monitoring parameter sensing information and monitoring target information; Described realization user request function according to the operation calls corresponding software module of user to system interface, is finished user's request function.
6. according to the sensor-based monitoring of software development approach of right 4 described realizations, it is characterized in that described development approach has independence with concrete monitoring target, be applicable to sensor-based monitoring software system exploitation at various monitoring targets.
7. according to the sensor-based monitoring of software development approach of right 4 described realizations, it is characterized in that, at the sensor-based monitoring software system exploitation of certain class monitoring target, can satisfy the corresponding demand of described monitoring software system exploitation by configuration parameter, using under the novel data acquisition equipment situation, except that acquisition module, need not write software code.
8. according to the sensor-based monitoring of software development approach of right 4 described realizations, it is characterized in that, only need revise main control module, data management module, data acquisition module during system extension or increase functional module, other module and system architecture in described sensor-based monitoring of software plateform system remain unchanged.
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| CN103353835A (en) * | 2013-01-17 | 2013-10-16 | 珠海全志科技股份有限公司 | Migration processing method and device of Android system SensorHal layer compatible kinds of same Sensor devices |
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| CN104360650A (en) * | 2014-10-20 | 2015-02-18 | 新乡市起重机厂有限公司 | Crane moving safety monitoring and management system based on mobile network |
| CN107656724A (en) * | 2017-09-27 | 2018-02-02 | 山东省科学院海洋仪器仪表研究所 | Volunteer ship marine hydrometeorology observation software, system and software development methodology |
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Application publication date: 20111214 |