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Recently, many companies are building systems to generate profits through various AI-based demand forecasting algorithms. Therefore, this study aims to develop an application that allows users to monitor data related to AI demand prediction in real time. When creating this application, the goal is to help you easily understand the information by adapting the color to the purpose, and to easily convey the information and recognize it at a glance by considering the layout. In addition, the design was constructed using the check box function and each text function in the ID and password verification and the unique code partial configuration. Confidential data security can be enhanced by allowing only the data of the corresponding company to be checked using the unique code set for each company. As a result, real-time monitoring can be viewed without security problems with mobile applications. [ABSTRACT FROM AUTHOR]

If various behaviors based on driver habits are directly reflected in parking situations, it can cause damage to other drivers, such as blocking the path of other vehicles or parking without enough space for the next vehicle to park, which can lead to accidents. For this reason, this research proposes an automatic parking assistance control system that applies an adaptive algorithm that changes the control sensitivity of the vehicle controlled by the driver in real-time based on information about the parking environment that changes in real-time. Based on the information obtained while controlling a vehicle in a virtual parking lot, it was confirmed that the control sensitivity was appropriately changed depending on the parking situation based on a settling time of approximately 1 second. As a result, it is expected to assist drivers in efficient and standard parking in various parking situations. [ABSTRACT FROM AUTHOR]

In flight tests, aircraft moves in real time, so it is important that data from instrumentation/measurement equipment used to determine aircraft status are processed in necessary form and transmitted to flight control systems in real time. Therefore, through telemetry data processing time reduction and processing cycle improvement in flight test control computer data processing system, in order to provide faster slave-data and safety judgment information to radar/telemetry slave-data processing, flight safety analysis system, emergency destruction transmission system, etc., we developed a PCM processing system that can be operated independently by installing data processing software that can receive and process PCM data in current telemetry data processing system and radar information at the same time. In this paper, we explain classified software functions in detail, starting with overall structure of PCM data processing systems developed by supplementing existing systems. Additionally, PCM data processing system will be supplemented through system stabilization and test operation. [ABSTRACT FROM AUTHOR]

In case that the train driving with diverse high-speeds is manipulates by real-time remote control in long-term evolution-railway (LTE-R) system with frequent handovers, the real-time safe transmission of train control messages is important element. The handover delay time stability method regardless of train speed in order to enhance the real-time remote train control stability in LTE-R system is proposed in the paper. Furthermore, the variable speeds and altitudes of train collected by real measurements are applied for upgrading simulation accuracy. The simulation results inform that not only there are stable and unstable ranges to A3 offset values, but the optimal offset value for average handover delay is in unstable range. However, the late handover with A3 offset values in stable range should be chosen to get the predictable handover delay regardless of train speed rather than the early handover with A3 offset values in unstable range, since the key value of high-speed Korea railway system is the stability. [ABSTRACT FROM AUTHOR]

Hologram can be categorized into analog and digital hologram but there’s a clear limitation in expensive equipment and content realization for ordinary people to realize. In addition, it’s required to conduct study on hologram contents with interaction added, escaping out of exiting stable format like endlessly repetitive contents or passive view through specific video. Therefore, this article aims to suggest fusion image system, especially focusing on floating hologram among similar holograms. Eight elements of hologram interaction are as follows: height of camera in a three-dimensional space, interval between 3D model, overlapped model, scale, animation, position, color and 3D model change. For the floating hologram, the audience can control by themselves in real time, the popular, active hologram contents-making methodology is suggested by making the best use of fusion image system and making floating hologram easily without using expensive hologram equipment. The image system developed in actual exhibition and feedback should be complemented to develop better hologram image system. [ABSTRACT FROM AUTHOR]