Highly-visualized data management system

Abstract

The invention discloses a highly-visualized data management system, which comprises a database layer, a data access persistence layer, a business layer, a remote service layer and a display layer, wherein the business layer comprises a group of business logical modules and is used for extracting data execution business logic from a database and obtaining business execution result data by means of the data access persistence layer accessing the database; the remote service layer is used for realizing data communication between the business layer and the display layer; and the display layer is used for providing an interactive user interface for receiving user commands and transmitting the commands to the business layer through the remote service layer. After executing the business logic according to the commands, the business logical modules in the business layer transmit the business execution result data to the display layer through the remote service layer. The display layer comprises a group of data models, each data model corresponds to visualized display of one kind of business logic and acquires the business execution result data of the corresponding business logic, and the display layer is used for generating visualized display based on the business execution result data and displaying to the user by the aid of the interactive user interface.

Description

technical field [0001] The invention relates to data processing and display technology, in particular to a highly visualized data management system. Background technique [0002] At present, the mainstream data management system is basically implemented by Internet-based Web Application (Web Application). The emergence of Web Application is to solve the difficulties in the deployment, update and maintenance of early C / S (client-server) systems. . It runs the entire application program on the server side, parses the interface into HTML and sends it to the client's browser through the HTTP protocol to display it to the user. [0003] Although this page-based model has a simple structure and low system deployment costs, it also has major limitations. It is mainly limited by browsers and HTML, lacks rich effects to display data, and has poor user experience. There are mainly the following limitations: [0004] (1) Too much reliance on page refresh, request response and many o...

AI Technical Summary

Problems solved by technology

[0004] (1) Too much reliance on page refresh, request response and many other inherent technologies of traditional web development

[0005] (2) Poor interaction, it is difficult to complete complex customer interaction

Although in HTML, a multi-step task can be expressed in a single page, but due to the limited interactivity of HTML, it may produce a very long page, which will make the user feel confusing, awkward and difficult to use

Sometimes in order to avoid this phenomenon, this task may be assigned to multiple pages to operate step by step, but this requires repeated flipping between pages and multiple refreshes to complete, which often brings slowness, unnaturalness, and confusion to users feeling annoyed

[0006] (3) It is difficult to process a large amount of data

Difficulties arise in the in-depth analysis, summary, batch input and output, and batch change of large-capacity data on the client-side HTML page, which is difficult to apply to the processing of large-volume data by systems such as decision analysis

[0007] (4) The application program lacks a rich user interface and efficient multimedia processing performance

Graphics and multimedia applications require high processing capabilities. Traditional HTML-based applications can only render HTML pages and process graphics media through the server. It is obviously not feasible to take the responsibility of processing

[0008] (5) The pressure on the server side is too high, and the resources of the client side are not fully utilized

Traditional web applications implement all business logic on the server side, while the client basically does not implement business logic, which will cause heavy pressure and high load on the server side

With the continuous development of computer hardware technology, the configuration of many client machines is also very high, with idle capacity to process part of the business logic and reduce the high load of the server, but traditional web applications cannot call the idle resources of the client

Images