Table of Contents: “... Using K-Nearest Neighbour and Learning Vector Quantization -- Enhancing IDC Histopathology Image Classification: A Comparative Study of Fine-tuned and Pretrained Models -- Optimized Path Planning Techniques for Navigational Control of Mobile Robot Using Grass...”

Full text 

Full text 

Table of Contents: “...-based Loss Reweighting -- Structural Topology Optimization Using Genetic Algorithm and Fractals -- Optimal Truncated MobileNet-Based Image Binarization for Pose-Based Visual Servoing of Autonomous Mobile Robot -- Analysis of Significant Cell Differences...”

Full text 

Table of Contents: “...Identification of First Order plus Dead Time for a pH neutralization process using open loop test -- Tapered Angle Microfluidic Device for Cell Separation Using Hydrodynamic Principle -- Solving a Mobile Robot Scheduling Problem using Metaheuristic...”

Full text 

Table of Contents: “... -- Efficient Mobile Robot Navigation Based on Federated Learning and Three-way Decisions -- GCM-FL: A Novel Granular Computing Model in Federated Learning for Fault Diagnosis -- Adaptive loadfrequency control and optimization based on TD3 algorithm and linear active...”

Full text 

Table of Contents: “... Based on OLSR Protocol -- A Lightweight Fault Diagnosis Model of Rolling Bearing Based on Gramian Angular Field and EfficientNet-B0 -- ISAC Device-free Sensing Method for V2V System -- Fuzzy sliding mode trajectory tracking control for omnidirectional mobile...”

Full text 

Table of Contents: “... Resources for Microservices in Cloud -- ELITE: Energy and Latency-Optimized Task Offloading forDVFS-Enabled Resource-Constrained Devices in MEC -- Parking Problem by Oblivious Mobile Robots in Infinite Grids -- The Computational Landscape of Autonomous Mobile...”

Full text 

Table of Contents: “...-based fuzzy control system for mobile robot navigation: design and assessment -- Optimising a Formulated Cost Model to Minimise Labour Cost of Computer Networking Infrastructure: A Systematic Review -- Comparison of solution methods the maximal covering...”

Full text 

Full text 

Full text 

Table of Contents: “....-Wireless Networks. -- Cellular-V2X and VANET DSRC based End to End Guidance for smart parking. -- TTWiFi: Time-Triggered WiFi for Mobile Robotics in Human Environments. -- Proximity-Driven, Load-Balancing Task Offloading Algorithm for Enhanced...”

Full text 

Table of Contents: “... as Image for AI to Recognize Objects in the Mobile Robot Operational Environment -- Adaptive Convolutional Neural Network for Predicting Steering Angle and Acceleration on Autonomous Driving Scenario -- Deep Learning-Based Classification and Quantification...”

Full text 

Table of Contents: “... evaluation method for Parkinson's disease -- Mobile Robot Path Planning Based on Improved Ant Colony -- Learning communication with limited range in multi-agent cooperative tasks -- Intelligent pet house environment control system based on decoupling fuzzy neural...”

Full text 

Table of Contents: “... -- Architecture of integrated resource system based on dataspace -- Task allocation method of blockchain-based multi-robot system -- Research on improving TEB algorithm for mobile robot path planning -- Research on mobile robot path planning based on improved A...”

Full text 

Full text 

Full text 

Full text 

Table of Contents: “... as motivators for the implementation of climbing and mobile robots -- Multidimensional map: A conceptual design tool to develop robots for power lines -- Mobility strategy of multi-limbed climbing robots for asteroid exploration....”

Full text 

Table of Contents: “... Communication. -- Detecting Sports Spoiler Images on YouTube. -- An Exploratory Study on Empathy and Online Discussions in Computer Supported Collaborative Learning. -- Interpreting Arrows in Mobile Robot-Human Encounters: The Influence of Spatial Context...”

Full text 

Table of Contents: “... of the amorphous powder -- Investigations on Drilling of Al/CFRP/Ti Stacks using Micro Grooved drills -- Kinematic model and fast-terminal sliding mode for four-Mecanum-wheeled mobile robot....”

Full text