• 한국한의학연구원논문집
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• 제15권1호
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• pp.13-22
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• 2009

The registration of Dongeuibogam as UNESCO's Memory of world was not only a national triumph but also an internationally important event. This event got rid of the opinions that suggested Dongeuibogam was a medical system practiced only un the limited area of Korea and this event signified the restoration of Dongeuibogam's international and universal position. Therefore, ih is now our job to find Dongeuibogam's modern applications and restore its value. This study was carried out with the purpose of examining the significance of Dongeuibogam's registration as Memory of world from a medical history's point of view and finding its modern applications. The author discussed significance in three parts of Past Significance, Present Significance and Future Significance. As for modern applications, the author reviewed currently used applications and considered the possible ways to restore its original value as an alternative for future medical science.

• Journal of the Korean Society for Industrial and Applied Mathematics
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• 제22권1호
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• pp.15-28
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• 2018

Recently Machine Learning algorithms are widely used to process Big Data in various applications and a lot of these applications are executed in run time. Therefore the speed of Machine Learning algorithms is a critical issue in these applications. However the most of modern iteration Machine Learning algorithms use a successive iteration technique well-known in Numerical Linear Algebra. But this technique has a very low convergence, needs a lot of iterations to get solution of considering problems and therefore a lot of time for processing even on modern multi-core computers and clusters. Tchebychev iteration technique is well-known in Numerical Linear Algebra as an attractive candidate to decrease the number of iterations in Machine Learning iteration algorithms and also to decrease the running time of these algorithms those is very important especially in run time applications. In this paper we consider the usage of Tchebychev iterations for acceleration of well-known K-Means and SVM (Support Vector Machine) clustering algorithms in Machine Leaning. Some examples of usage of our approach on modern multi-core computers under Apache Spark framework will be considered and discussed.

• 복식
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• 제60권5호
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• pp.1-18
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• 2010

The Aesthetics of Kwanbok and Hyungbae and their Modern Applications Starting from practical purpose, kwanbok worn by government officers were developed in original and unique fashion over long time. In particular, as hyungbae (embroidered patches for kwanbok) that had been used for kwanbok has remained in existence even today, providing inspiration for a variety of design, it is bringing attention to the aesthetic value and importance of kwanbok. Under the circumstances, this study has elicited aesthetics from kwanbok and hyungbae as follows: First, they imply the wish of long life and happiness as a symbol of favorable omen and distinguish one's status according to the shape, color, and pattern. Second, kwanbok and hyungbae reveal our ancestors' naturalistic perspective in art. Third, pleats, slits and shapes in robes reveal practical aesthetics in composition. Fourth, slits in kwanbok create the aesthetics of contrast and harmony of lining and outer cloth. Modern applications of kwanbok is of value as they represent traditions and maintain the original forms, showing the image of Korea in the 21st century. Such efforts mean that they do not only make more beautiful clothes, but also create overall philosophies in life, including personal values.

• 한국정보디스플레이학회:학술대회논문집
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• 한국정보디스플레이학회 2003년도 International Meeting on Information Display
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• pp.277-282
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• 2003

Computational calculations are now successfully introduced to design liquid crystal molecules for uses in modern active-matrix displays. These material technologies are practically applied to develop novel compounds, enabling formulation of advanced liquid crystal mixtures together with a newly developed mixture purification method. Typical examples of these liquid crystal mixtures are introduced for modern displays in various applications.

• 복식
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• 제61권10호
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• pp.104-118
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• 2011

The purpose of this study is to examine the recent various developments of men's fashion by analyzing how exotic tastes were presented in men's modern fashion from 2001 to 2010. For this purpose, a researcher reviewed relevant studies to identify the styles of exotic tastes that were reflected in men's modern fashion specifically in Chinese, Japanese, Indian, East Asian, American, North American and South American styles. Findings of this study is summarized as follows. Main examples of men's modern fashion were found in Chinese-style apparel such as the magwae, queue, coolie hat and the Mao jacket. The Kimono and the samurai robe, both of which best represent Japanese apparel and the Japanese traditional patterns also had an influence on men's modern fashion Indian style clothing such as dhoti, veshti and lungi which cover the lower body, vajani as loose trousers, kurta of full-over tunic form and turban also had an effect as well. The men's modern fashion is also impacted by Middle Asian styles that includes the thobe, sirwaal, futah, which is sort of a skirt that is long enough to cover the calf and whose front parts overlap each other, turbans and the hempen hood which is fixed with the agal. Exotic elements such as animal skins, body painting, tattoos and head dresses found in African styles can also be found in men's modern fashion. Parts of North American style influence come from the applications of Indians' costume and head dress. The surveyed men's modern fashion of the South America style was represented by the applications of natives' costume and Andean tunic, loincloth and shawl. In all of the exotic styles found in men's modern fashion, historicity, eclecticism, aestheticism and nature-orientation are implied. They are the source of inspirations that promote changes and diversity in men's modern fashion.

• Smart Structures and Systems
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• 제11권2호
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• pp.135-161
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• 2013

This work presents a test platform for the assessment and benchmarking of modern actuators which have been specifically developed for the new field and service robotics applications. This versatile platform has been designed for the comparative analysis of actuators of dissimilar technology and operating conditions. It combines a modular design to adapt to linear and rotational actuators of different sizes, shapes and functions, as well as those with different load capacities, power and displacement. This test platform emulates the kinematics of robotic joints while an adaptive antagonist-load actuator allows reproducing the variable dynamic loads that actuators used in real robotics applications will be subjected to. A data acquisition system is used for monitoring and analyzing test actuator performance. The test platform combines hardware and software in the loop to allow actuator performance characterization. The use of the proposed test platform is demonstrated through the characterization and benchmarking of three controllable impedance actuators recently being incorporated into modern robotics.

• International Journal of Fuzzy Logic and Intelligent Systems
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• 제16권1호
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• pp.44-51
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• 2016

Recently, artificial intelligence has reached the level of top information technologies that will have significant influence over many aspects of our future lifestyles. In particular, in the fields of machine learning technologies for classification and decision-making, there have been a lot of research efforts for solving estimation and control problems that appear in the various kinds of portfolio management problems via data-driven approaches. Note that these modern data-driven approaches, which try to find solutions to the problems based on relevant empirical data rather than mathematical analyses, are useful particularly in practical application domains. In this paper, we consider some applications of modern data-driven machine learning methods for portfolio management problems. More precisely, we apply a simplified version of the sparse Gaussian process (GP) classification method for classifying users' sensitivity with respect to financial risk, and then present two portfolio management issues in which the GP application results can be useful. Experimental results show that the GP applications work well in handling simulated data sets.

• 한국실내디자인학회:학술대회논문집
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• 한국실내디자인학회 2005년도 추계학술발표대회 논문집
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• pp.165-170
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• 2005

It is important factor; understand definition and concept, grasp application method and property about transparency for expression of skin in design of retail space. This research do target; clarify the feature of transparency for expression of skin in modern retail space, and it is based in these viewpoint that analyze the feature through an experiment of image estimation(SD method) into object to modern retail space that express transparency of skin.

• 한국수학사학회지
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• 제31권3호
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• pp.127-150
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• 2018

In spite of important researches and translational works of the Joseon mathematical treatises in the 80's and on, these results were almost out of reach to the school teachers as well as students due to the antiquity of their contents and the terms used. In order to make our traditional mathematics approachable to the middle and high school students, it will be educationally meaningful to reinterpret them tuned at the student's level using modern terminology and symbols. In this study, we reinterpreted 9 problems from Cheukryang Dohae, which is one of the representative mathematical books of Joseon Dynasty. We used the terminology and symbols from the school curriculum. We also reconstructed two of them using modern metrologies adapted to modern situations adding illustrations and photos, so that they are useful at the teaching site.

• International Journal of Computer Science & Network Security
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• 제22권10호
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• pp.340-346
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• 2022

Construction industry is considered as one of the oldest industries in the world since human came into being and the need of their own space is realized. All this led to make the world a space of many beautiful constructive ventures. As per the requirements of today's world, every industry is recognizing the need for use and adoption of modern as well as innovative technologies due to their benefits and timely production. Now construction industry has also started adopting the use of modern and innovative technologies during their projects but still the rate of adoption is so slow. From design to completion, construction projects take a lot to manage for which technology based solutions have continuously been proposed. These include Computer Aided Design (CAD), building information modeling (BIM) and cloud computing have been proved to be much successful until now. The construction projects are high budgeted, and direly require timely and successful completion with quality, resource and other constraints. So, the researchers observe the need of more clear and technology based communication between the construction projects and its constructors and other stakeholders is required before and during the construction to take timely precautions for expected issues. This study has analyzed the use of Augmented Reality (AR) technology adopting GammaAR, and ARki applications in construction industry. It has been found that both applications are light-weighted, upgradable, provide offline availability and collaborative environment as well as fulfil most of the requirements of the construction industry except the cost. These applications also support different screen size for better visualization and deep understanding. Both applications are analyzed, based on construction's application requirements, usability of AR and ratings of applications user collected from application's platform. The purpose of this research is to provide a detail insight of construction applications which are using AR to facilitate both the future developers and consumers.