Won Ju Jeong, Da So Jung, Young Eun Jung, Hyo Young Shin, Kye Dong Jung, Cheol Young Go
언어
영어(ENG)
URL
https://www.earticle.net/Article/A462027
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원문정보
초록
영어
This study constructed a real-time image processing and object recognition system using MobileNet and evaluated its performance on custom robots. The lightweight architecture of MobileNet enabled high performance in resource-constrained environments, demonstrating its capability for real-time object recognition. The findings validate that a MobileNet-based system is well-suited for optimizing the performance of custom robots, especially in low-power settings. This research highlights the potential of efficient real-time image processing and object recognition implementation to enhance the functionality of robotic systems.
목차
Abstract 1. Introduction 1.1 Background and Objectives 1.2 The Need for Real-Time Image Processing in Custom Robots 2. Related Works 2.1 MobileNet 2.2 Custom Robot 3. Real-Time Image Processing and Object Recognition for a Custom Robot 3.1 Custom Robot System 3.2 Performance analysis 3.3 Real-Time Smoking Detection Robot System 4. Experiments and Evaluation 4.1 Dataset 4.2 Performance Evaluation of the Model 4.3 Real-Time Image Model Evaluation on the Robot 4.4 Evaluation of Robot Mobility and Control Performance 5. Conclusion and Future Work Acknowledgement References
키워드
MobileNetReal-time image processingCustom Robot
저자
Won Ju Jeong [ Student, Department of Software Convergence, Namyangju Campus, Kyungbok University, Korea ]
Da So Jung [ Student, Department of Software Convergence, Namyangju Campus, Kyungbok University, Korea ]
Young Eun Jung [ Student, Department of Software Convergence, Namyangju Campus, Kyungbok University, Korea ]
Hyo Young Shin [ Professor, Department of Software Convergence, Namyangju Campus, Kyungbok University, Korea ]
Kye Dong Jung [ Visiting professor, Department of Software Convergence, Namyangju Campus, Kyungbok University, Korea ]
Cheol Young Go [ Adjunct professor, Department of Software Convergence, Namyangju Campus, Kyungbok University, Korea ]
Corresponding Author