Е-Публикации
Технически университет - София

Абстракт: The market for lighting controls in industrial buildings has changed and expanded significantly in recent years. In industrial environments with conventional lighting control,illumination is usually left on permanently, regardless of whether activities are performed or not in the area. This leads to unnecessary energy expenditure.In this work a more specific application related to energy-efficient lighting control in industrial buildings is considered. According to the proposed solution, illumination levels in the different building areas are controlled depending on the presence or absence of persons or vehicles in the corresponding areas. The research presented in this paper aims to evaluate the possibility for using relatively low-cost and easily expandable RF-based indoor localization techniques for lighting control in industrial environments. The implementation of the localization system utilizes the RSSI of a ZigBee-based sensor network and fingerprinting positioning algorithms.

Библиография

1. DiLouie, C., 2005, Advanced Lighting Controls: Energy Savings, Productivity, Technology and Applications, 1, USA, Fairmont Press
2. Waldorf, J., 2011, Besseres Licht für mehr Wirtschaftlichkeit, Sicherheit und Wohlbefinden, Germany, 2011, <Fachverband Licht im ZVEI>, na
3. Sinopoli, J., 2010, mart Building Systems Architects, Owners,and Builders, 2010, USA, Butterworth-Heinemann
4. Topp, K., 2012, Effiziente und innovative Beleuchtung Potenziale, Beispiele und Trends, Germany, 2012, <Fachverband Licht im ZVEI>, na
5. W. Y. Lun, Y. L. Che, W. Chi, C. T. Yu и W. Y. Chih, 2010, Autonomous light control by wireless sensor and actuator networks, EEE Sens. Journal, том 10, стр. стр. pp. 1029-1041

Издание

Пълен текст на публикацията

Abstract: The market for lighting controls in industrial buildings has changed and expanded significantly in recent years. In industrial environments with conventional lighting control,illumination is usually left on permanently, regardless of whether activities are performed or not in the area. This leads to unnecessary energy expenditure.In this work a more specific application related to energy-efficient lighting control in industrial buildings is considered. According to the proposed solution, illumination levels in the different building areas are controlled depending on the presence or absence of persons or vehicles in the corresponding areas. The research presented in this paper aims to evaluate the possibility for using relatively low-cost and easily expandable RF-based indoor localization techniques for lighting control in industrial environments. The implementation of the localization system utilizes the RSSI of a ZigBee-based sensor network and fingerprinting positioning algorithms.

References

1. DiLouie, C., 2005, Advanced Lighting Controls: Energy Savings, Productivity, Technology and Applications, 1, USA, Fairmont Press
2. Waldorf, J., 2011, Besseres Licht für mehr Wirtschaftlichkeit, Sicherheit und Wohlbefinden, Germany, 2011, <Fachverband Licht im ZVEI>, na
3. Sinopoli, J., 2010, mart Building Systems Architects, Owners,and Builders, 2010, USA, Butterworth-Heinemann
4. Topp, K., 2012, Effiziente und innovative Beleuchtung Potenziale, Beispiele und Trends, Germany, 2012, <Fachverband Licht im ZVEI>, na
5. W. Y. Lun, Y. L. Che, W. Chi, C. T. Yu и W. Y. Chih, 2010, Autonomous light control by wireless sensor and actuator networks, EEE Sens. Journal, том 10, стр. стр. pp. 1029-1041

Issue

Full text of the publication