38results about How to "Realize business needs" patented technology

The invention designs a rapid modeling frame of a general business model based on a star structure. According to the basic thoughts, after the frame carries out semantic analysis according to information provided by a background business model and a foreground view model, a series of resource codes are generated to realize user-oriented code resources with basic application functions of adding, deleting, checking, changing and displaying. These code resources comprise code and database persistent layer service, database table and the like for business data processing by background, list views and editing and checking views with foreground default style, logic for generating the control style of the foreground to complete conversion of foreground and background, and multilingual resource files and automated testing codes of a related support system. According to the rapid modeling frame, the code resources complied with human power traditionally are generated by the frame, so that the man power cost is reduced, and the development efficiency is improved.

The invention relates to a ship-side integrated navigation system structure, comprising a data acquisition layer, an analysis processing layer, a service application layer and a human-computer interaction layer. The analysis and processing layer receives all kinds of sensing data and service information sent by the data acquisition layer, and forms unique PNT information after data fusion. The object mark information is sent to the service application layer and the man-machine interaction layer and all the data are stored. The business application layer receives the PNT information, the objectinformation and the instruction information and information sent by the man-machine interaction layer, and carries out route planning, route monitoring, alarm management, system status monitoring, ship report information management and collision avoidance auxiliary manoeuvring. The system adopts open architecture, and fuses, analyzes and processes all kinds of ship information data, so as to ensure the reliable operation of the integrated navigation system at the ship's end, meet the needs of ship operators, and realize the information transmission and interaction of ship bridge equipment.

The invention discloses open super-long distance industrial supervising information integrating method and the system. The data processing flow of the information integration method includes following parts: a) the supervising instruction is submitted to the industrial supervising data server by the remote supervising computer; b)the instruction is processed by the industrial data server and the result is returned; c) the remote supervising computer carries on super-long distance script update and logic function extension; d) the script explanation and script bank maintenance of the industrial supervising data server. The information integration system is made up of industrial supervising data server, industrial grade GSM model, and wireless data transmitting network, industrial GSM model and remote supervising computer in order. The invention has character such as open, plug, thus the industrial engineer and the application engineer can add the functional card to the remote supervising system according to the service demands, realizes the function extension and the logic adjustment of super-long distance.

The invention provides a method for the classification of information, and the method comprises the steps: receiving information; analyzing the information so as to obtain an attribute characteristic code of the information; and enabling the information and the corresponding attribute characteristic code in an attribute characteristic code list to be stored in a correlated manner.

The present invention discloses a community grid event cluster feature extraction method. Push event attributes and the longitudes and latitudes of event locality into a grid database and a geo-spatial database through a mobile terminal; performing spatial clustering of the geo-spatial information; performing category cluster of the event attributes; and performing time cluster of each event cluster on the spatial level so as to obtain the cluster of the time level, and extracting the cluster of the important event category on the time level, displaying the important or frequently occurred event distribution on the map through an event early-warning display module to allow users to timely and effectively decide to solve the problem of the community grid. The timely intervention and processing of different clients and different regions on the important and frequently occurred events of the community can be satisfied, and the condition of the community event further extending and evolving to important events is reduced.

The invention provides a container cloud elastic scaling method and device. The device comprises a micro-service, a cluster node resource, an automatic scaling controller, a node controller and a node resource pool. The method comprises the following steps: judging whether the resource utilization rate of the micro service meets a preset capacity expansion condition or not, if so, calculating resources required by capacity expansion, judging whether residual nodes in cluster node resources meet the resources required by capacity expansion or not, and if not, calculating a minimum specification required by capacity expansion according to the resources required by capacity expansion; and selecting a node meeting the minimum specification from the node resource pool as a new node according to a minimum specification request required by capacity expansion, and adding the new node into cluster node resources. The node expansion is realized in advance by automatically monitoring the cluster state and the current resource utilization rate of the micro-service, the two-stage elastic capacity expansion and shrinkage are realized, the rapid capacity expansion is realized, the business requirements are better met, the capacity is automatically reduced after the service flow is reduced, and the cost is saved.

The invention relates to a real-time microkernel system based on a high-speed protocol channel and an initialization method of the real-time microkernel system. The microkernel system comprises a program function module, a system task module and hardware which are connected in sequence, the program function module is used for receiving a task demand of a user, the system task module is used for controlling hardware to respond to the task demand of the user, and a high-speed protocol channel is arranged in the system task module and directly requests task execution through a general primitive.According to the real-time microkernel system based on the high-speed protocol channel and the initialization method of the real-time microkernel system, the formally verified HSPC microkernel operating system is constructed, deployment of the high-speed protocol channel is perfected, and the real-time microkernel system is matched with the terminal processing module, so that the service requirement of the industrial control field for a real-time safe operating system is truly met.

The invention discloses an information processing method and electronic equipment and relates to the field of electronic terminal application. An embodiment of the invention includes: identifying the received audio information of second electronic equipment, and executing a first instruction according to the identification result. By the method mainly applicable to information processing, information processing of an electronic terminal can be performed automatically to meet business requirements without continuously receiving button instructions selected by a user.

The invention relates to a flexible storage method of a II-type concentrator, which dynamically calculates and allocates a new record length for each meter again when a meter file or an acquisition scheme in the II-type concentrator is changed. The method comprises two steps of record length calculation and data storage, wherein the record length calculation is used for calculating the maximum storage length of each data item configured by each acquisition scheme and meter archive information, and calculating the storage record length value of each meter, comparing the newly calculated storagerecord length value of each meter with the locally stored storage record length value of each meter, and rewriting the storage record length value of each meter into the internal data storage area; and the data storage being used for positioning a specific storage position where the time point is located according to the data information in the storage message and storing the data to the positioned storage position. According to the invention, under the condition of not consuming too much memory and FLASH space, the current service demand is realized, and the purpose of saving cost is furtherachieved.

The invention discloses a front-end display realization method of a Docker container cloud host and a Dashboard, especially, it puts forward a method of how to arrange the data in Dashboard reasonably, and how to choose the chart plug-in to display the data better. The invention relates to a front-end display implementation method of a Docker container cloud host and a Dashboard, React-based technology uses Hightchart diagrams to present data in Dashboard, It focuses on the basic information in Docker container cloud host management, Resource monitoring, host tags, replica information, other information display optimization and the information in Dashboard to propose a front-end display implementation method, not only to achieve the business requirements of the container cloud host management, but also to get a better user experience and management experience.

The invention provides a cross-OLT slice channel access method, apparatus and device, and a storage medium. The method comprises the following steps: when a multicast joining request sent by an ONU corresponding to a logic slice is received, forwarding the multicast joining request to a plurality of content providing platforms corresponding to the logic slice; respectively operating multicast forwarding table items of a plurality of physical slices corresponding to the plurality of content providing platforms based on the multicast joining request; and when a multicast data stream issued by a target content providing platform based on the multicast joining request is received, sending the multicast data stream to the ONU based on the multicast forwarding table item. According to the invention, for the ONU subscribing to a plurality of content providing platforms under the logic slice, when the multicast data on different content providing platforms are forwarded for the ONU, the forwarding surfaces of the physical slices corresponding to the different content providing platforms are multiplexed, and the service requirement that the same ONU accesses channels of IPTV servers of different content service providers is met.

The invention discloses a method for constructing a network controller architecture based on micro-service and multiple languages. The method comprises the following steps: constructing a Dapr development environment; parallel development of gateway, user management, operation and maintenance management and real-time alarm micro-services is realized; and a joint debugging gateway, user management, operation and maintenance management and real-time alarm micro-service are realized. According to the invention, the micro-service can be developed in parallel by using different programming languages, a proper development language can be selected for specific business requirements, and the specific business requirements of the network controller can be better and faster realized.

The invention relates to a universal method and device for calling a Web API (Application Program Interface) by a zero code, which provides a simple and feasible solution of the zero code for realizing integration of different applications through the Web API, a user does not need to develop an interface calling program, and only needs to configure an interface model and an interface caller model. Actual interface calling is completed by an interface engine based on the two models; meanwhile, the method also has wide adaptability; according to the method, a user can construct a quite complex calling chain, and functions from a plurality of applications are combined at will in a building block building mode to meet own business requirements, so that the efficiency and the applicability of calling the Web API are greatly improved.

The invention discloses a method for automatically constructing a functional component based on a multi-scene application. The method comprises the following steps: S1, standardization and modularization of a functional module: listing services provided by an accessed application scene; S2, registration of a newly-added component: multiplexing functional components existing in the scene component library, and newly adding a missing functional component; S3, file configuration: determining an application demand, and defining an exclusive configuration file for the accessed application scene according to the application demand; and S4, activation of a scheduling mechanism and logic processing: after the configuration file is defined, finishing the analysis of the exclusive configuration file of the application scene through the cooperation of the analysis system and the scheduling mechanism, and calling the corresponding functional component to finish the application processing. Development cost can be effectively reduced, business requirements can be quickly met through configuration management of the functional components and customization, loading and operation of a series of components, and the production operation accident risk of a new project can be effectively reduced by the reused functional components.