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"Research on Intelligent Agent Systems" is an international open-source Chinese journal focusing on the technological innovation and cross-disciplinary applications of intelligent agents. The published content mainly targets the research and development and industrial application fields of intelligent agent technologies, reflecting the core technological breakthroughs, innovative application models, and new theories and methods of cross-disciplinary integration of intelligent agent systems at home and abroad It serves researchers, engineering technicians and industry practitioners in the field of intelligent agents, facilitating technology transformation and professional quality improvement.
Journal scope Covering core technologies of intelligent agents (autonomous decision-making algorithms, multi-agent collaboration, reinforcement learning applications, etc.), research and development of intelligent agent systems (software-defined intelligent agents, embedded intelligent agents, humanoid robot systems, etc.), implementation of industry applications (industrial intelligent agents, medical intelligent agents, financial intelligent agents, urban governance intelligent agents, etc.), and interdisciplinary integration (intelligent agents and artificial intelligence, Internet of Things, etc.) Various academic achievements such as basic research, technology development, application practice, review and comment, case analysis, and patent interpretation in areas like blockchain, cross-application of digital twins, technical standards and security (ethical norms of agents, data security, system reliability, etc.), and cutting-edge exploration (general artificial agents, brain-computer interface agents, metaverse agents, etc.) Balancing theoretical depth and industrial value, it comprehensively serves academic innovation, technological iteration and industrial upgrading in the field of intelligent agents.
This journal is a high-standard academic publication that has undergone peer review. The editors encourage submissions that are related to this journal and have theoretical and practical contributions.
All manuscripts must not be plagiarized. The author is solely responsible for the content.
Li yuchang
Linyi University School of Mechanical and Vehicle Engineering，276000；
Abstract: This paper briefly elaborates on the general visual characteristics of Homo sapiens, investigates common methods for residential lighting design from aspects such as the purpose of illumination, residential illuminance standards, determination of lighting methods, selection of light sources, and choice of luminaires. It also provides typical lighting designs for various rooms in residences. Furthermore, it emphasizes that any lighting design must first analyze the visual information required for the intended activities, ensuring the lighting system achieves an optical environment that meets visual needs while conserving energy and realizing green lighting. The paper analyzes the control principles, advantages, disadvantages, applicable scenarios, and precautions of several commonly used intelligent lighting control methods. It also examines the characteristics and application scopes of various indoor illuminance calculation methods (point-by-point method, lumen method, and unit power density method) and designs a lighting system for a specific living room. Additionally, it proposes the system functions of a residential intelligent lighting control system, studies the software and hardware design methods of the system, adopts the AT89C51 microprocessor as the controller, programs in assembly language, and implements effective anti-interference measures to ensure operational reliability. Through debugging and trial operation, the system fully achieves the designed functionalities.
Keywords: light environment, residential lighting, intelligent control
References
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[2] Liu Wei, Yang Chunyu, Chen Zhonglin. Melatonin Affecting the Biological Rhythm of Homo Sapiens and Residential Lighting Environment Design [N]. Journal of Illuminating Engineering, 2002.
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[5] Jin Hai, Yu Lihua. Influence of Light Source Color Temperature and Color Rendering on Indoor Lighting Environment [N]. Journal of Illuminating Engineering, 2000.
