Intelligent Networked Things The 6th Conference on Intelligent Networked Things, CINT 2024, Xi'an, China, May 18, 2024, Proceedings, Part I

This book constitutes the refereed proceedings of the The 6th Conference on Intelligent Networked Things on Intelligent Networked Things, CINT 2024, held in Xi'an, China, in May 18, 2024. 

The 51 full papers presented were carefully reviewed and selected from 151 submissions. The conference papers are organized in topical sections on:

Part I - Theories and Mathematical Methods for Intelligent Networked Things; Modeling and Simulation in Intelligent Networked Things.

Part II - Artificial Intelligence for Intelligent Networked Things; Optimization and Decision in Intelligent Networked Things.

.- Theories and Mathematical Methods for Intelligent Networked Things.
.- A method based on the principle of polynomial least squares fitting to achieve high-precision temperature measurement and its practical application.
.- Design of an Attitude Control System for Hypersonic Ballistic Missiles with Extendable Swinging Nozzle Control .
.- Early fault diagnosis method for rolling bearing based on improved singular values decomposition.
.- Dynamic Analysis of Dual Motor-Gear Electromechanical Coupling System.
.- Formal Proof of Meta-Theorem in First-Order Logic in Coq.
.- Formal Verification of Completeness Theorem in Grundlagen der Geometrie.
.- Formalizing the Independence of Propositional Logic Axiom System in Coq.
.- Spatiotemporal Information-based Authorization Method for UOF Documents.
.- Formalizing the Equivalence of Formal systems in Propositional Logic in Coq.
.- Formalization of the Filter Extension Principle (FEP) in Coq.
.- Lagrange's Theorem in Group Theory: Formalization and Proof with Coq.
.- Observer-Based Fault Diagnosis for Re-entrant Manufacturing Systems.
.- Prescribed-time Leader-follower Bipartite Consensus for Nonlinear Multi-agent System.
.- Off-Policy L2-gain Control for Discrete-Time Linear Systems With Dropout.
.- Demand Response Analysis and its Application to Smart Grid: A Evolutionary Game Method.
.- Promoting Cooperation in the Snowdrift Game : A Disconnection-Reconnection Reputation Memory Mechanism.
.- Dynamic Output-Feedback Control for Multirate Positive Systems under Round-Robin Protocol.
.- Analysis of Aggregation Behavior of Swarm Robotics Inspired by Temperature Source.
.- Modeling and Simulation in Intelligent Networked Things.
.- Research on simulation of heat conduction in the built-in SF6 Multiparameter Sensor.
.- Modeling and Simulation Analysis of Alliance Anti-missile Operational Capability.
.- Research on Integrated Modeling and Simulation Method of Missile Electrical System Based on X-Language.
.- Research on the Conversion from SysML Models to X Language Models.
.- Discrete Event Systems Specification for Same-span Interaction of Multi-agents in Slab Warehouse.
.- FPGA-based Adaptive Modeling Method for Modular Robots.
.- Digital Twin System for Robotic Multi-Layer and Multi-Pass Welding of Medium-Thick Plates in Unstructured Environment.