OOIR: Observatory of International Research

Papers

(The TQCC of International Journal of Web Services Research is 2. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-06-01 to 2026-06-01.)

Article	Citations
A Quasi-Newton Matrix Factorization-Based Model for Recommendation	65
User Cold Start Recommendation System Based on Hofstede Cultural Theory	15
A Novel Multi-Domain Adaptation-Based Method for Blast Furnace Anomaly Detection	4
A Predictive and Trajectory-Aware Edge Service Allocation Approach in a Mobile Computing Environment	3
Recommendations for Crowdsourcing Services Based on Mobile Scenarios and User Trajectory Awareness	3
Fast and Effective Intrusion Detection Using Multi-Layered Deep Learning Networks	3
Optimizing Milk Pasteurization Diagnosis Through Deep Q-Networks and Digital Twin Technology	3
A Financial Deep Learning Framework	3
A Service Recommendation Algorithm Based on Self-Attention Mechanism and DeepFM	3
A High-Performance Factorization Method for High-Order Heterogeneous Graph Tensors From Large-Scale Power Grid	2
Threat-Path Estimate-Based Watchword-Chunk Algorithm for Advanced Persistent Threat in the Cloud	2
Research on the Capacity Allocation and Planning Model of a Flexible Direct Current Transmission System Based on Swarm Intelligence Optimization Algorithm	2
Application of Internet of Things Technology in Computer Network Security and Remote-Control Analysis	2
Research on Intelligent Medical Engineering Analysis and Decision Based on Deep Learning	2
Selecting Mobile Services in Cloud and Edge Environment by Moth-Flame Optimization Algorithm	2
The Transformation of the New Media Communication Paradigm in the Metaverse Era and Blockchain Based on the Topological Characteristics of Information Communication	2
A Multi-Dimensional Context-Aware Healthcare Service Recommendation Method	2
Research on a New Reconstruction Technology and Evaluation Method for 3D Digital Core Pore Structure	2