A mobile campus comprehensive service platform and its working method

Abstract

The invention discloses a mobile campus integrated service platform and a working method thereof. The mobile campus integrated service platform comprises a one-stop service hall module, a data centerand a business logic layer; wherein the one-stop service hall module provides service guide, business consultation, suggestion feedback, service reservation, online processing, message push, self-payment and data statistics services; the data center provides data support for the business logic layer and the one-stop service hall module; and the business logic layer is responsible for the generation, processing and conversion of logical data. The business logic layer connects the service layer and the platform layer, and divides school-level businesses and services into different departments according to the business ownership; each department deals with the own businesses through asynchronous message passing; the processed data of each department is fused through a process center to realize the logical management and task scheduling of the school-level businesses, and to monitor the execution and feedback of the business processes. By means of the invention, the problems of business process splitting and lack of management are solved; and the seamless integration of student management, campus monitoring, consumption management and teaching management is realized.

Description

technical field [0001] The invention relates to a mobile campus comprehensive service platform and a working method thereof. Background technique [0002] With the continuous development of mobile Internet technology, smart campus is an advanced stage of campus information construction and reform process. It is a digital way to reflect our campus life of work, study, communication and management. It is a new learning management. model. The mobile campus is an important part of the construction of a smart campus, carrying the important tasks of browsing school information, managing campus business, and interacting with teachers and students anytime, anywhere. [0003] At present, there are problems such as lack of school-level business process control and business fragmentation in the construction of university informatization mobile campuses. Most of the APP application systems built by colleges and universities are implemented by third-party application clients, which are...

AI Technical Summary

Problems solved by technology

At the same time, for the internal business process of the department, the executor of each process node, execution time, execution time, execution effect, execution evaluation and other information are not clear. Lack of school-level processes during construction

The lack of organizational processes at all levels and the lack of process monitoring will directly affect the efficiency of each organizational unit in the school to handle affairs

At the same time, what is more serious is that the lack of processes and monitoring methods will directly affect the quality of different business data outputs

[0004] Most of the existing APP application systems in domestic colleges and universities are general-purpose mobile office systems for enterprise-level customers, which cannot really meet the actual teaching, scientific research and management needs of college users.

Custom-developed APPs have disadvantages such as limitations in platform migration, high cost of developing and maintaining multiple versions of APPs, and the need for confirmation by the Store and market and multi-party profit sharing when the application goes online. It cannot be perfectly integrated with the school's existing digital campus platform.

[0005] Universities have the characteristics of a large number of users and massive amounts of information and data. Especially in the era of mobile Internet and big data, the number of concurrent users of application systems has increased rapidly. Massive documents, videos, information and other data urgently need to be stored and backed up. The traditional server + relational database Problems faced by application models that are difficult to solve

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