Browsing Doctoral Theses by Thesis Supervisor "Bai, Quan"
Now showing items 1-12 of 12
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Automated Knowledge Enrichment for Semantic Web Data
(Auckland University of Technology, 2019)The Semantic Web is an effort to interchange unstructured data over the Web into a structured format that is processable not only by human beings but also computers. The Semantic Web creates a distributed framework to ... -
Comprehensive Modelling of Influence Diffusion in Complex Social Networks, an Agent-based Perspective
(Auckland University of Technology, 2018)Influence diffusion modelling, analysis and applications draw tremendous attention to both researchers and practitioners since many organisations attempt to utilise its power to achieve business or political goals. A great ... -
Discovery of High Quality Knowledge for Clinical Decision Support Systems by Applying Semantic Web Technology
(Auckland University of Technology, 2017)While the discovery of new clinical knowledge is always a good thing, it can lead to difficulties. Health experts are required to actively ensure they are informed about the latest accurate knowledge in their field. Many ... -
Distributed Trust-based Routing Decision Making for WSN
(Auckland University of Technology, 2019)This thesis describes novel approaches to deal with routing in distributed wireless sensor networks (WSNs) decision making and proposes new distributed protocols based on trust. The trust is defined as the level of belief ... -
High-order and Motif-based Graph Embedding in Service Recommendation
(Auckland University of Technology, 2022)With the rapid increase of the number of diverse services and APIs on the Internet and the Web, recommender systems have become an indispensable tool for service discovery and selection. Existing probabilistic matrix ... -
Intelligent collision detection and avoidance techniques for autonomous agents
(Auckland University of Technology, 2014)Collision is one of the main problems in distributed task cooperation involving multiple moving agents or robots. The collision avoidance problem arises when the environment is dynamic and to reach their destination agents ... -
Network trustworthiness evaluation in P2P networks
(Auckland University of Technology, 2018)Trust and reputation management emerges as a significant research trend, in term of soft security to tackle the security issues in computer networks. It is different from the traditional security mechanisms such as ... -
Towards the Adaptability of Service-based Systems: Measurement, Requirements Variability, and Context-aware Recommendation
(Auckland University of Technology, 2020)The recent advances in technologies supporting ambient, ubiquitous, and mobile computing have motivated the integration of service-based software systems into people’s everyday lives. This integration requires software ... -
Transformation and Synthesis of Artifact-centric Business Processes
(Auckland University of Technology, 2020)In today’s dynamic business environment, business process modeling (BPM) has become a fundamental tool in many organizations to gain operational benefits and stay competitive with their rivals. Thus, there is always an ... -
Trust Management for Complex Agent Groups
(Auckland University of Technology, 2017)In Multi-agent Systems, there are complex problems that cannot be solved by a single agent. Therefore, agent groups are formed to deal with the problems more effectively. These groups can have various types, structures, ... -
Trust-based protocols for secure collaborative routing in wireless mobile networks
(Auckland University of Technology, 2018)In the context of Mobile Wireless Networks, researchers have proposed different collaborative routing schemes with fundamental objectives to maximise packet delivery, and minimise latency through improving peer routing ... -
Truth Discovery in Streaming Data and Crowdsourcing Applications
(Auckland University of Technology, 2020)[NOTE: Chapter 6 is embargoed until June 16, 2021] With the development of Internet and cellular network, it becomes much easier for people to receive information from multiple data sources. However, the data from ...