Design of Healthcare Lighting in Medical Centers Based on Power Carrier Communication

Author:

Huang Yan1ORCID,Zhang Yongfeng1

Affiliation:

1. Sichuan Fine Arts Institute, China

Abstract

Hospital lighting is an essential embodiment of hospital modernization. With the increasingly significant role of the medical environment in the medical process, both the lighting requirements of various treatments in the hospital and the response of patients to the lighting environment should be considered in the design. Avoid the discomfort and disgust of patients caused by improper lighting layout or illumination selection. To meet the physiological and psychological needs of patients and medical personnel, the light environment of medical buildings is no longer limited to meeting the requirements of illumination. Still, it focuses on strengthening its comfort and creating a harmonious and comfortable medical environment as well as possible. Starting from the lighting design of health treatments in medical centers and aiming at the light environment regulation requirements of medical buildings based on power carrier technology (PLCC), a lighting control system with easy implementation and simple operation is developed in this paper.

Publisher

IGI Global

Subject

General Computer Science

Reference24 articles.

1. Intercarrier interference analysis for massive MIMO fractional Fourier transform‐OFDM systems over time‐varying channels.;T.Chawla;International Journal of Communication Systems,2020

2. Research on Power Line Carrier Communication Based on HVDC

3. Improving the peak-to-average power ratio of the single-carrier frequency-division multiple access system through the integration of tone injection and tone reservation techniques: Improving the PAPR of the SC-FDMA System Through the TR-TI-Flipping.;H.Chen;International Journal of Communication Systems,2017

4. Optimal resource allocation for multicarrier NOMA in short packet communications.;J.Chen;IEEE Transactions on Vehicular Technology,2019

5. Transmitter power control for a multicarrier visible light communication system.;K.Christian;Transactions on Emerging Telecommunications Technologies,2019

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