A smart service system for the Internet of Things based on kaa Project

Abstract

The invention discloses a Kaa Project-based intelligent service system for the Internet of Things and its implementation method. The method is driven by complex business scenarios in a ubiquitous environment, and uses a resource representation model oriented to the Internet of Things business and an Internet of Things business-oriented Supported by multi-terminal aggregation algorithm and heterogeneous network virtualization technology, based on the Kaa Project IoT middleware platform, a software-defined IoT smart service system is built for all walks of life and breaks the isolation of "information islands", which can realize Cross-industry, cross-platform information sharing. The system constructed by this method dynamically integrates heterogeneous terminal resources and network resources according to business needs, and uses the ant colony optimization algorithm to jointly optimize multi-dimensional resources, realizing resource sharing between different industries and departments, and can meet the future diversification of the Internet of Things development needs.

Description

technical field [0001] The invention belongs to the technical field of the Internet of Things, and in particular relates to a smart service system (Smart Service System, 3S) of the Internet of Things. Background technique [0002] The Internet of Things is a service-oriented network system based on perception technology that integrates various applications. Its core technical idea is to realize ubiquitous smart services by using integrated and collaborative ubiquitous network technology. Since the concept of the Internet of Things was put forward, the smart service of the Internet of Things in the ubiquitous environment has become the focus of research in the field. The first problem to be solved by the IoT smart service is to describe the function virtualization of various terminal devices, so as to realize the calling and interaction functions between heterogeneous devices. [0003] Due to different application scenarios and resource configurations, IoT services have diff...

AI Technical Summary

Problems solved by technology

In other words, most IoT applications are now "vertical", and there are dynamic adaptability problems such as shape changes, extensions, environmental changes, and business adjustments. It is difficult for different types of IoT applications to achieve interconnection. These isolated " It is difficult to form a "network" or "plane" between "points", and eventually form their own information islands

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