46 results about "Software system architecture" patented technology

The invention discloses a component-oriented multi-language collaborative development device, method and system. According to the method, multiple engines are concentrated under an MVC software system architecture to be constructed; rapid construction of business logic, establishment of a database table and an access system and visual composition of an interface UI are realized through a business logic engine, a database engine, a form engine, etc.; the development process is based on a data layer process, a business layer process and an interface layer process; and multi-person online collaborative programming can be realized through an architecture of a client server. On the basis of component orientation, software fine-grained reuse can be done, a product can be developed through a business custom system, the software development cycle is greatly shortened, working efficiency is improved, and human cost is reduced.

The invention discloses a heterogeneous unmanned aerial vehicle cluster target tracking system and method based on biosocial force. The target tracking system includes a cluster hardware system architecture, a cluster software system architecture, a cluster communication system architecture and a cluster flight management and control system. The method comprises the following steps that 1, modeling of an unmanned aerial vehicle state is carried out; 2, a consistency protocol is designed; 3, unmanned aerial vehicle control instructions are designed based on a phase difference consistency algorithm; 4, trajectory tracking based on non-linear guidance is carried out; 5, a heterogeneous unmanned aerial vehicle cluster system based on the biosocial force is described; and 6, heterogeneous unmanned aerial vehicle cluster target tracking based on the biosocial force is carried out. The heterogeneous unmanned aerial vehicle cluster target tracking system and method based on the biosocial forcehas the advantages that the heterogeneous unmanned aerial vehicle cluster target tracking is realized, the speed of controlling an unmanned aerial vehicle to gradually converge to an expected path isincreased, and the system of the whole target tracking system is complete, the functions are perfect, and the verification of targets in different task scenes can be realized.

The invention relates to a distributed type software framework of the field of the software system architecture. Based on the system architecture SOA concept facing to service, the framework of the invention can take full advantages of a cloud computing platform, is convenient to expand the processing capacity of the system and is convenient to maintain and amplify the function. The framework comprises a service component, a task pool and an application program, wherein the application program is faced to an entry of a final user, sends a task of calling the service component according to requirement of the task logic and places in the task pool; the service component constantly checks the task pool, takes away the task related to the service component and processes, and returns to the task pool; and the task pool is responsible for receiving the task, placing into the corresponding queue according to the type of the service component, treating a result fed back by the service component according to the requirement and feeding back to the application program. The invention can expand the processing capability of the system by adding the task pool and allocating the service component and can conveniently expand the function of the system by modifying, exchanging or adding the service component.

The invention relates to a multi-data interface comprehensive line loss management system based on an intelligent power grid technology, belonging to the field of measurement. The multi-data interface comprehensive line loss management system is characterized in that a distributed line loss refined accurate comparison and analysis system is formed based on a.NET Remoting software system architecture to form a unified line loss management application platform; corresponding electricity settlements and electricity utilization information acquisition modes are respectively adopted for different types of users to form line loss statistics subsystems for the different types of users; data or information transmission between each line loss statistics subsystem and the unified line loss management application platform is carried out by using a sharing database interface form, a Web Service-based IDP (Integrated Data Processing) data access interface or a form of directly importing data from an Excel file; and acquisition, conversion, cleaning and storage of heterogeneous data distributed in different areas are realized, a data dynamic seamless interconnection mechanism and a real-time and quick information interaction mechanism are established to realize line loss refined comparison. The multi-data interface comprehensive line loss management system can be widely applied to the running/management field of electric systems.

The invention discloses a method for finely and accurately comparing line losses based on a smart-grid technology, and belongs to the field of measurement. The method comprises electric quantity settlement of a user and electricity consumption information acquisition, and is characterized by comprising the following steps of: constructing a unified distributed analysis system for finely and accurately comparing the line losses based on .NET Remoting software system architecture; adopting corresponding electric quantity settlement and electricity consumption information acquisition modes aiming at different types of users to form line loss statistic subsystems aiming at the different types of users; performing data or information transmission between each line loss statistic subsystem and a unified line loss management application platform by adopting a shared database interface form, and a mode of directly importing data based on an integrated data processing (IDP) data access interface of Web Service or an Excel file; realizing acquisition, conversion, cleaning and warehousing of remote heterogeneous data, and establishing a data dynamic seamless interconnection mechanism and an information real-time fast interaction mechanism; and finally realizing the fine comparison of the line losses to ensure that user side information is visible and controllable. The method can be widely used in the field of operation/management of an electric power system.

The invention provides a component-based large desktop software system framework and an implementation method. The framework comprises an object service management module, an object tree structure module, an object and object monitoring module, a service component, an object content description file, an event distribution module, a log recording module and an object IPC communication module, wherein the object service management module loads the service component, analyzes the object content description file specified by the component, stores an object pointer into an object container, and registers an object in an object tree structure; meanwhile, the event distribution module is entrusted to send a component enabling event signal; the service component receives the signal for requestingto execute a component enabling event function; if the object service management module uninstalls the service component, a component disabling event function is executed; the object tree structure module is used to operate and monitor all components of application software and objects of the components; and the IPC communication module is used for realizing cooperative work of different applications in a network, so that a large desktop software system can be effectively and flexibly developed.

The invention discloses an airborne computer software system for a small unmanned aerial vehicle, comprising an airborne computer, the airborne computer is connected to an airborne data acquisition system, a flight control system, a navigation system and a storage system through an RS‑232 interface; The software system of the airborne computer is divided into driver layer, data processing layer, control layer and application layer; adopting the method of layered design, through the layer division and task division of functional modules, the embedded system with high real-time and high reliability Based on the real-time multi-task operating system, the multi-task concurrency design is completed, and the highly scalable software system architecture is determined. The introduction of the data-centered system inter-process communication method increases the reliability and flexibility of the data communication of the software system, enhances the real-time performance of the flight control system to collect analog data, reduces the burden on the flight control computer CPU, and improves the The overall parallel processing capability of the flight control system.

The invention discloses a GPU (graphics processing unit) based software system architecture and a UML (unified modeling language) and ADL (architecture description language) combined describing method and belongs to the technical field of software system architectures. The GPU based software system architecture is characterized in that a pipeline and filter mode is applied to modeling, filters include a data stream preprocessing filter, a data stream relief filter, a CPU (central processing unit) loading engine filter, a GPU loading engine filter, a data stream processing filter and a visual filter, original data streams sequentially pass the data stream preprocessing filter, the data stream relief filter, the CPU loading engine filter, the GPU loading engine filter and the data stream processing filter through a pipeline, the data stream processing filter transmits data results to the GPU loading engine filter and the CPU loading engine filter in succession, and the CPU loading engine inputs the data results into the visual filter. UML and ADL are used together, advantages of the UML and the ADL are combined, and the GPU based software system architecture is better established.

The invention belongs to the field of application software program development, relates to software engineering and software system architecture design and development in software development, and discloses a field modeling method and device, computer equipment and a storage medium. The method comprises the following steps: based on a Maven project template provided by COLA, creating a skeleton code based on a layered architecture, according to development requirements and the skeleton code, expanding the layered architecture, based on a sub-domain and a service context boundary of each domain object, and carrying out domain modeling on each domain object in a domain layer to obtain each domain model, and therefore, the method has the advantages that context boundaries are distinguished, field splitting and modeling are facilitated, the framework response capacity is high, expansion is easy, a high-response-force framework of a module conforming to a logistics business scene is built, and the software engineering design and development efficiency is improved.

The invention discloses an immersion education system based on a cloud platform. The immersion education system comprises a cloud computing center, a cloud data center, a top-level management system, an education proprietary cloud and an education public cloud. The invention further discloses an immersion education method adopting the immersion education system. According to the immersion education system and method based on the cloud platform in the technical scheme, the advanced software system architecture of cloud computation is combined with the advanced education concept and mode of immersion education, so that the problems of unbalance in education resources, low overall teaching quality level and high teaching cost in the modern education field are solved.

A software system architecture and an application program processing method is disclosed involving placing application programs on an application program layer, using a compiler program provided on a compiler program layer to compile the application programs to generate compiled code, using a process program provided on a process layer to generate hardware control signals to control a hardware unit provided on the hardware layer in accordance with the compiled code, so as to enable the hardware unit to execute corresponding processes. By such a system and method, the software system architecture is simplified and the system operation efficiency of an electronic device adopting the software system architecture is greatly improved. Specifically, through the use of the present invention, Java application programs are executed without directly using the operating system of a platform, thus improving the operating efficiency of a system adopting the system architecture and providing more system stability.

The invention discloses an open and universal intelligent satellite software system architecture which realizes rapid design and manufacturing of satellites and is beneficial for the satellites to realize inter-satellite resource sharing. The lowest layer of the architecture is a hardware resource of a satellite, and the upward first layer is an operating system layer. On one hand, the operating system abstracts and encapsulates underlying resources to realize container-based lightweight resource blurring; meanwhile, files, energy, safety and the like of the satellite are managed, and a universal service interface is provided upwards. Secondly, a container engine layer is arranged in the middle, resources are efficiently managed on the basis of an operating system, and services such as load balancing, service discovery and resource limitation are provided for application software on the upper layer; and finally, the uppermost layer of the software is an application software layer of the satellite. Software and related libraries required by running of the software are packaged into mirror images on the layer, and resource allocation and service at the application software level canbe achieved based on a container engine. The architecture has a wide application prospect in software system design and software development of intelligent satellites.

The invention provides a three-dimensional operation management system of an intelligent power grid. The three-dimensional operation management system is constructed on a software system architecture according to the following steps: a client server system is used, a data architecture adopts a distribution and centralization combined structure so as to achieve a purpose of smooth compiling and interacting of a graphics system; an open database system is utilized, and a special power system database is used as the database system; a three-layer system architecture technology is utilized so that a GIS (Geographic Information System) simultaneously supports a Client/Server mode and an Internet mode; and a seamless data integration technology is adopted according to the following steps: a database model reflecting a real world is established through using an object oriented technology, all space data and non-space data are stored in the same relation database, and the data submission, backup and restoration technologies are provided. By using the three-dimensional operation management system of the intelligent power grid, client system resources can be utilized to the largest extent, the database of the system has flexibility and relatively good scalability, and the application requirement on the three-dimensional operation of the intelligent power grid is fully satisfied.

The invention discloses a servitization software system architecture and an application method thereof, and the servitization software system architecture comprises a registration center which is usedfor recording a mapping relation between a service and a service address and managing the calling permission of an application system; a configuration center used for carrying out configuration management on the service nodes in the service software system architecture and monitoring the working state of each service node in real time; and a service center provided with a plurality of service nodes capable of running independently, the service nodes being used for receiving calling of the application system and providing corresponding services for the application system, and different servicenodes can be combined to execute different business logics. The servitization software system architecture can receive an application system request, obtain a service registration list and call services with permission calling recorded in the service registration list. Due to the fact that the multiple services of the service center are the services capable of running independently, the characteristics of loose coupling and independent deployment are achieved, and the requirement for multi-element processing of different applications can be met.

The invention provides a data analysis software architecture design method realizing storage-calculation-display global configuration, and relates to the technical field of software system architecture. According to the method, a data analysis software architecture is divided into an interface layer, an analysis layer, a data access layer and a plug-in layer, and the sum of the data access layer,the analysis layer and the interface layer is named as a storage-calculation-display layer; the interface layer provides an interactive operation visual interface for a software user; the analysis layer is responsible for executing algorithm data analysis and processing service logic of the software system; the data access layer acquires data from a data storage medium according to data analysis requirements and transmits the data to the analysis layer; the plug-in layer provides a software developer data and algorithm configuration mode, analyzes the configuration of the data and the algorithm, and provides an interface of an analysis result. According to the data analysis software architecture design method provided by the invention, the designed software architecture meets the primaryaim of software architecture design providing a soft architecture which is friendly to use, good in expansibility, high in maintainability and high in usability.

The invention discloses an immersion education system based on a cloud platform. The system comprises a cloud computing center, a cloud data center, a top-layer management system, an education proprietary cloud, and an education public cloud. The invention further discloses an immersion education method adopting the immersion education system above. Through the technical scheme above, the immersion education system and method based on the cloud platform solve the problems of unbalanced education resource in the contemporary education field, low integral level of quality of teaching and relatively-high education cost by combining the advanced software system architecture of cloud computation with the advanced education concept and mode of immersion education.

The invention provides a board card slot position identification method and device, communication equipment and a readable storage medium, and relates to the technical field of communication. The method comprises the steps that when it is detected that a slot where a board card is inserted into a machine frame is a target type board card slot, obtaining the board card type of the board card; if the board card type is a mixed service board card, obtaining a machine frame type of the machine frame; and determining a service logic slot number corresponding to the target type board card slot basedon the machine frame type. According to the scheme, the service logic slot number corresponding to the slot of the target type board card can be determined by judging the machine frame type of the machine frame under the condition of not changing the software system architecture of the existing communication equipment, namely, the actual position of the hybrid service board card is identified; therefore, the application support of various machine frame types to the hybrid service board card can be achievede by utilizing the existing slot positions of the machine frame, additional slot positions do not need to be added, the flexibility of system service deployment is improved, and the equipment cost is reduced.

The invention discloses a method for automatically generating a software system architecture, belongs to the field of computers, the method comprises the steps of collecting, summarizing and classifying software composition data; the image-text describing the association between the elements of the architecture composition; summarizing elements, classifying elements according to permissions; automatically adding basic functions to the classified elements, and manually adding specific functions to the classified elements; configuring pages according to element classification levels, summarizingthe pages, combining the pages according to architecture composition, adding a functional control to each page according to functional requirements, configuring functional control pointing and loading page and control layout according to element association, simultaneously analyzing page and control codes, and matching with functions according to the element classification levels; configuring authority pages and control directions of different users according to the authority. After some data and codes required by software development are gathered, corresponding pages are generated and corresponding operation function codes are called according to user levels and user association, and automatic layout of a software system framework is completed quickly.

The invention discloses a method for remotely monitoring a micro data center. The method comprises a system architecture, a software system architecture, a structure architecture of each module of a system, health analysis and diagnosis, a wireless data transmission module, a monitoring system and a query system. A miniature data center hardware platform is selected to build a monitoring system, and table connection on a wide area network is achieved; operation conditions of each micro data center can be remotely monitored, and a remote terminal can conveniently acquire data information for capture; and to ensure that maintenance personnel can know various indexes of real-time operation of current data in real time, an overall architecture of the monitoring system is designed. According tothe invention, through the wireless communication monitoring technology, the defect of insufficient manpower can be overcome; more importantly, the channel has dual tasks of coexistence of convenience and safety, a 24-hour unattended monitoring system can be realized; and the method can save more labor, is small in operation capital, has multiple advantages and can perform unified safety management and control based on remote management measures.

The invention relates to the field of a satellite positioning system high-precision installation, and particularly relates to a high-precision installation method of a Beidou north-seeking antenna based on modularization. According to the invention, a modular software system architecture dedicated to Beidou is constructed on the basis of not affecting the original large-scale equipment software system architecture, and an accurate calculation of the installation angle of the Beidou north-seeking antenna is designed based on the architecture, so that the high-precision and high-efficiency installation of the Beidou north-seeking antenna is realized.

A ToolBus-based CASE environment system architecture, based on ToolBus, from the perspective of software system architecture, realizes the architecture style of CASE environment system based on ToolBus. The ToolBus-based CASE environment system architecture includes an operating system layer, a data store layer, a ToolBus layer and a tool layer. The architecture also deeply analyzes and designs the following aspects such as a corresponding tool architecture model, a tool adapter architecture model and a tool integration mechanism. The establishment of the system architecture is of great significance to the development of an Internet-based distributive CASE environment and a software platform. The attached figure is a schematic diagram of the ToolBus-based CASE environment architecture model of the present invention.

The invention discloses a visual modeling method and system, electronic equipment and a storage medium, and is applied to the field of visual modeling. The visual modeling method comprises the steps of obtaining business data, constructing a visual concept data model based on the obtained business data and a preset model design tool, then performing optimization processing on the constructed concept data model to obtain an intermediate data model, and finally, building a logic data model used for achieving database management according to the obtained intermediate data model. According to the method and system, through visual modeling, the complexity of a management system can be effectively reduced, a user can directly manage a database in a software system from an operation interface, and the flexibility of a software system architecture is enhanced.

The present invention discloses a city heat management system. The software configuration of the city heat management system comprises four layers: an application layer configured to directly provide application service for each type of users; an application support layer configured to provide function support for the application system; a data layer configured to store a database and information source for providing data service for the whole system and providing data support for the upper layer application system; a base layer consisting of a related server, a network device and a storage device. The system can realize the improvement of the heat supply management efficiency, save the manpower resource, save the energy, and realize the omnibearing management of the city heat metering from each business management link such as planning, task decomposition, design, construction progress and acceptance, etc.