Research Area
We conduct researches using AI, Applied Machine Learning and Optimization in solving various problems of Transportation, Energy ICT and Economy
Electric vehicle
Transportation research using AI and optimization techniques is crucial as it has the potential to revolutionize mobility. Integrating AI algorithms and optimization schemes could be used to develop more efficient and sustainable transportation systems, while contributing to the advancement of intelligent transportation systems that enhance safety, reduce congestion, and improve mobility for all.
Smart grid
Smart Grid technology research lies in its potential to revolutionize the way we use distribute energy. With the increasing demand energy and the need to reduce negative impacts on the environment, it is essential to develop additional sustainable energy. Smart Grid technology offers a promising solution by enabling more reliable, efficient, and cost-effective energy system.
Economy
Research in economy is crucial to lead significant advancements in various industries. With the rapid pace of technological innovation, it is necessary to understand the impact of technology on the economy and develop new technological solutions that can address economic challenges. By investing in research in economy and technology, we can improve productivity, competitiveness, and innovation across various sectors that could be used in actual industry.
Ovarian cancer
Research is currently underway to predict the survival period of ovarian cancer patients by utilizing monitoring data on protein expression factors. Simultaneously, a technique is being developed to estimate the likelihood of recurrence in treated patients through changes in specific protein factors.
Compressed Air
Researches on detecting air leakage in compressed air systems by utilizing IoT sensor data and an AI model capable of anomaly detection. This method aims to improve leak detection accuracy and efficiency by identifying patterns and anomalies in real-time data. This innovative approach reduces energy waste and operational costs associated with undetected leaks.
Bio-mechatronics
Research is focused on maximizing user convenience and preventing potential issues by collecting human body data. This approach involves developing technologies that enhance interaction between humans and machines, aiming to improve quality of life and preemptively address problems. Such research is pivotal in advancing healthcare solutions and ergonomic designs, contributing significantly to both individual well-being and broader societal benefits.