2013, Vol.8, No.6

Journal of Knowledge Information Technology and Systems 2023 KCI Impact Factor : 0.89

pISSN : 1975-7700 / eISSN : 2734-0570
https://journal.kci.go.kr/kkits

This paper constructs the user interface environment for the physically disabled people to use the peripheral equipment easily. It suggests the construction of Pupil Mouse interface environment which controls the cursor by using pupil. The Pupil Mouse also makes the completely paralyzed people available to use the peripheral equipment with a computer. To construct the Pupil Mouse system, a Web Camera with infrared rays sensed the pupil, it presented the environment that the pupil's movement is calibrated by using the mouse. After connecting a Travelling Robot and a computer with WIFI wireless internet, the key value was assigned for Travelling Control. According to the each key value, robot control program was made , and both value and pupil's movement were corresponded as an xml form. As a result, the control environment of travelling robot was created that moves back and forth, and turn left and right by the pupil's movement.

The artificial insemination(AI) centers in the country’s hog-raising industry play a key role in the development and dissemination of artificial insemination technology. But the artificial insemination information management systems in AI centers are operated and managed based on independent systems, so there are many limitations in performing integrated information management analysis on nationwide AI centers and performing cause analysis and traceability of infectious diseases. In this thesis, an improved AI PigMoS that can be operated in the fixed mobile convergence(FMC) environment was designed and embodied. The embodied FMC-based AI PigMoS can be operated in the web and mobile environment simultaneously and is expected to contribute to establishing the artificial insemination information management system of nationwide AI centers and enhancing competitiveness of individual AI centers.

In this paper, we provide the mobile interface layout which is requested by user mobile through network. This system has not a single server but each server is configured as a cloud server based on Hadoop which processes data with a distributed processing to provide mobile interface layout. Based on method of HDFS storage that stores each data with a distributed processing in DataNode through NameNode Server. DataNode backs up data whenever there is a change. When something is wrong, there is no problem to provide data to user. If user requests interface layouts through smart mobile, searched XML contents is sent to user through the network. The interface layout can apply easily in various environments because it does not need any special environment setting.