2016 年 52 巻 3 号 p. 195-204
This paper describes a case study of the thermal and humidity measurement in the agricultural environment. In this case study, we intend to observe a spatial distribution of the thermal and humidity in the cultivation environment. Generally, artificial cultivation methodology, such as a precision agriculture or a smart agriculture, uses an environmental control technology that makes a proper condition for the crop growth. Main objective of this measurement is observing and analyzing an effectiveness of the environmental control precisely. In this paper, we propose a multi-point sensing method and report current results of the case studies in the practical agriculture field.