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Empirical Study on Digital Core-Banking System
강희용,원달수 한국인터넷방송통신학회 2017 International Journal of Internet, Broadcasting an Vol.9 No.2
In the last few years, banks have experienced more challenging market than any other times. They need to find new ways to reconnect with their customers and rebuild their trust. But in the race to the future some banks are taking clear lead. Research works show that while high perform leading banks are different, they also share some common characteristics and principles that have allowed them to move ahead to profitable growth. Cost cutting is no longer enough to succeed in tomorrow’s world. Instead, the IT function needs to work shoulder-to-shoulder with the business to support the growth agenda. Therefore "C" level's attention is moving from cost reduction towards customer experience, speeding to market for new offerings, analytics and distribution channel enhancements, taking advantage of several levers that will shape the technology agenda for the high performing organization. Next generation of digital core-banking solutions will improve pre-existing capabilities, introduce new innovations and drive qualities such as flexibility and scalability to support time to market.
강희용,양성모,조재성 한국자동차공학회 1997 한국자동차공학회 춘 추계 학술대회 논문집 Vol.1997 No.6_2
This paper presents the instataneous motion analysis and sensitivity analysis of suspension mechanisms used in small automobiles. A suspension mechanism is considered and used for the McPherson suspension in small automobiles. First, the suspension is modeled as a multiloop spatial rigid body guidance mechanism for the two major motions: bump/rebound and steering motion. Then the displacement matrix and the design equations for SSP,RS, and SC strut links are applied to determine the sensistivity by numerical method. Using the instant pitch matrix and the differential design equation, the resulting wheel movements are determined in terms of suspension derivatives for the principal body motions of vertical and rolling velocity.<br/>
강희용,김봉철,양성모,임재중 한국공작기계학회 2001 한국공작기계학회 춘계학술대회논문집 Vol.2001 No.-
Cochlea is well known to have the ability to analyze a wide frequency and this ability seems to be caused to the Basilar Membrane(BM) configuration. However, the relationship between the Cochlea frequency-position map is not clear. In this paper, the three-dimensional BM Model was made using the Finite Element method. Then, an attempt was made to examine the influence of the BM configuration on the Cochlea frequency-position map. Theoretical consideration reveals that the wide frequency-position of Cochlea is achieved by not only the BM configuration change along the length of the Cochlea but also the change of the Young's module of the BM along the length of the Cochlea.
강희용,양성모,김종규,한갑수,이동헌 한국공작기계학회 2000 한국공작기계학회 추계학술대회논문집 Vol.2000 No.-
In the high speed driving conditions, the vibrational phenomena with relation to chassis system are becoming more important factors in chassis design and development. In this paper Commercial Dynamic program is used to model middle size bus for brake judder phenomenon. To verify the effects of a body structure in brake judder, body structure is modeled in flexible. Also mode shapes and frequencies are obtained from Commercial FEA program in the same condition of experimental test. The simulation results are compared to the experimental results and summarized
강희용,양성모,김봉철,임재중,용부중 한국공작기계학회 2002 한국생산제조학회지 Vol.11 No.1
Cochlea is well known to have the ability to analyze a wide frequency and this ability seems to be caused to the Basilar Membrane(BM) configuration. However, the relationship between the Cochlea frequency-position map is not clear. In this paper, the three-dimensional BM model was made using the Finite Element Method. Then, an attempt was made to examine the influence of the BM configuration on the Cochlea frequency-position map.
강희용,김봉철,이동헌,임재중,전병훈 한국공작기계학회 2000 한국공작기계학회 추계학술대회논문집 Vol.2000 No.-
Auditory system is separated to Outer Ear, Middle Ear and Inner Ear. Middle Ear plays an important role as the sound transfer on amplitude. With analysing of Middle Ear, we can understand disease and compare unformal auditory systems. However, the investigation of mechanical modeling and analysis have been reported in a few paper. In this paper, a three dimensional Eardrum model of human ear was developed and analysed applying the general purpose Finite-Element program (Nastran). Vibration patterns of the eardrum obtained from FEM analysis are in agreements with the experimental results using stroboscope.