Detekce hranic kouře ve smínku proudění vzduchu

Fog Border Detection in the Airflow Image

conference paper

en

The airflow into a room greatly affects temperature comfort inside. To attest the function of an air conditioning system that distributes air into a room, it is necessary to state important properties of the distributed air, as for example its location and shape. Therefore, the air is visualized by fog or other means. Consequently, its images are taken and are then evaluated. The images are edited and processed in the way of detecting information using mathematic methods, leading to a description and confirmation of the functions of the distribution system.

Proudění vzduchu v místnosti má velký vliv na tepelnou pohodu uvnitř. Abychom mohli ověřit funkčnost soustavy distribuující vzduch do místnosti, je třeba zjistit o distribuovaném vzduchu důležité informace, jako např. jeho poloha či tvar. Proto je vzduch zviditelňován mlhou a podobně. Následně jsou pořízeny jeho snímky, které jsou dále vyhodnocovány. Matematickými metodami jsou snímky upravovány a zpracovávány tak, aby byly zjištěny požadované informace, které povedou k popisu a ověření funkčnosti distribuční soustavy.

The airflow into a room greatly affects temperature comfort inside. To attest the function of an air conditioning system that distributes air into a room, it is necessary to state important properties of the distributed air, as for example its location and shape. Therefore, the air is visualized by fog or other means. Consequently, its images are taken and are then evaluated. The images are edited and processed in the way of detecting information using mathematic methods, leading to a description and confirmation of the functions of the distribution system.

flowing, fog, light intensity, convolution, image gradient, preprocessing

2012

24.09.2012

WSEAS

978-1-61804-126-5

Advances in Computer Science

134–139

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