Abstract: Disclosed in the present invention is a method for predicting a weather-related dangerous situation at a specific point on the path of a user by referencing separate observation data observed from multiple observation points, comprising the steps of: a weather-related dangerous situation prediction server obtaining observation data from each of the observation points; and (b) the server predicting the weather status of the specific point by analyzing geographical distribution information of the observation data and/or temporal change information of the observation data by referencing a machine learning database.

Abstract: Disclosed in present invention are a method for supporting aviation safety and a server for same, the method comprising the steps of: (a) the server for supporting aviation safety obtaining observation data measured from each of a plurality of weather observation apparatuses located in a specific zone; and (b) the server for supporting aviation safety predicting the weather state in the specific zone at a certain time after the current time by analyzing a generated map by referencing a machine learning database.

Abstract: A method for determining a number of individuals of microorganisms included in a sample using an optical apparatus, comprising steps of: collecting, by the image acquisition unit, light radiated by microorganisms which radiate only light of a specific wavelength range and are included in the sample; generating, by the image acquisition unit, an image of the collected image; displaying, by the image processing unit, the image generated by the image acquisition unit on a screen, analyzing each of pixels forming the screen on which the image has been displayed, and classifying a plurality of pixels which belongs to the pixels included in the screen and continuously emit light to be a single object; and calculating, by the image processing unit, a total number of objects classified in the screen.

Abstract: A plankton examination apparatus comprises: a sub-pipe in which a transparent pipe unit; a light source unit which radiates only blue-series light; a detection unit which receives light radiated in the direction on the other side outside the transparent pipe unit through the transparent pipe unit from the light source unit and generates an image of the plankton; and a dichroic mirror installed between the transparent pipe unit and the detection unit in such a way as to transmit only red-series light which belongs to the light radiated by the light source unit and passed through the transparent pipe unit and has a wavelength of 620 nm to 780 nm and to deliver the red-series light to the detection unit.