Bong-Hyun Kim ¹, Sang-Young Oh ²

Affiliations
1 Industrial-Academic Convergence Research, 20 Wolpyeongsaetteum-ro, Seo-gu, Daejeon, 35226, KR
2 Department. of Business Administration, Youngdong University, 310 Daehak-ro, Youngdong-eup, Youngdong-gun, Chungcheongbuk-do, 29131, KR

Abstract

Objectives: Currently, according to the industry due to home, industrial, sewage used in various types of facilities can pollute the water directly and indirectly. Thus, the new service to determine the safety of the user himself water is absolutely necessary. In this paper, we designed and implemented an integrated quality measurement module in order to develop an automatic water quality measuring system. Methods/Statistical analysis: To this end, we implement the pH sensors, dissolved oxygen sensors, conductivity sensors, four sensors is a water meter integrated entry of the temperature sensor. Findings: In this paper, we want to develop an automatic water quality measuring system with integrated sensor module. To this end, pH sensors, conductivity sensors, ORP sensors, temperature sensors developed a module integrating sensor. The basic structure of the instrument was composed motherboards to feature that in general the data sent to the smartphone as a versatile and integrated sensor module. Through this, we developed an integration module to validate all information measurement results, regardless of water quality only by a simple application of a portable meter with a smartphone in real time and place. Improvements/Applications: In this paper, we developed an integrated water quality measurement data from the sensor module to receive further technology transfer to smart devices. In addition, by utilizing the measured data, we designed an algorithm for water quality analysis, and calculation results.

Keywords

Conductivity Sensor, Integration Module, pH Sensor, ORP Sensor, Temperature Sensor Water Quality Analysis Algorithms.

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Bong-Hyun Kim ¹

Affiliations
1 Industrial-Academic Convergence Research, 20 Wolpyeongsaetteum-ro, Seo-gu, Daejeon, 35226, KR

Abstract

Objectives: In this paper, we developed a coding system for a block games drones that children can feel the interest in software systems for leading educational material. Methods/Statistical Analysis: SW education is thinking of implementing a creative idea to SW. In addition, the students will easily SW educational, and fun to learn for yourself, this education should be intensified in the immersion process itself. Therefore, in this paper, we develop educational software coding system incorporating games and education. To this mixture was subjected to a software based on the coding block and the game design, develop a system to create, execute it as drones. Findings: To this end, training drones can easily touch the infant; it was easily configured as a possible assembly drones. Also developed a drone put the first priority on safety considering the age of the user. Finally, the sheathed touching by hand block intuitively control board-shaped product is available as to the training program, one was configured to be able to control by operating them. Improvements/Applications: Drone software coding for a block-based game developed in this paper is a smart education systems. Smart technology is utilized in the education system is implemented at the start of the study based on mathematical engineering robotics, computer science, programming. Digital interactive features of the Smart gives a higher education fun and interesting to students.

Keywords

Block Game, Drone, Smart Education System, SW Coding, Wireless Communication.

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