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장르이론 관점에서 본 셰익스피어 비희극 극작술 : 『자에는 자로』를 중심으로
류수용 ( Ryu¸ Su-yong ) 동국대학교 영어권문화연구소 2010 영어권문화연구 Vol.3 No.1
Typical dramatic form is tragicomedy in Renaissance; the most of Shakespeare's play also combine tragic and comic elements in varying degree and various composition. Therefore, the study on the aesthetic of tragicomic dramaturgy is a useful method to understand Shakespeare plays in the perspective of contemporary dramatic genre. In fact it is elusive to theorise the comprehensive concept of tragicomedy as well as Shakespeare's unique tragicomic dramaturgy. But supposing that the nature of Shakespeare tragicomedy is a product of ‘the consciousness of dramatic genre’ which might influence Shakespeare's plays in many ways, genre is practical way to clarify the aesthetics of Shakespeare's tragicomedy. Shakespeare is conscious of the generic assumption and distinction in his time. To create specific effects in his audience, Shakespeare often uses the parody and the contra use of gene in his plays. For that reason it is important to konw how Shakespeare disturbs and recreates dominant genre theory in studying tragicomic dramaturgy in Measure for Measure. There are two critical discussions of Measure for Measure. Seen from the point of view of the character, including Duke, Measure for Measure is problem play, but from the point of view of the implied dramatist it is a tragicomedy. The play have affinities with Ibsenite problem plays of much later period but in many important respects Measure for Measure conforms to tragicomedy as it was defined by Italian tragicomedy theorist Guarini. Duke in some sense stands in for the dramatist. As manipulator of the play's action and thus quasi -author, the Duke exists at the border of the play's internal and mediating communication systems, his role never quite defined by these two genres. His presence throughout the play certainly provides assurance of a formally comic ending But as a controlling artist figure he is unreliable, and our attempt to see things from his point of view is repeatedly frustrated by his imperfect problem - solving. Shakespeare creates the full expectation of a comic rather than a tragic conclusion in Measure for Measure, at the same time he problematizes the tragic means by which it will be produced. The chief problem is Duke, the guarantor of happy ending, whose flawed and comedic problem-solving, at odds with the seriousness of the character's difficulties, produces much of the play's discomfort. But it is this dissonance that produces Measure for Measure as a darkly ironic version of tragicomedy, and in particular as a tragicomedy whose indeterminacy links it with modern version of the genre. In Measure for Measure Shakespeare dramatizes the instability of human experience, the imperfect resolutions that can be provided in this world. The discomfort and dissatisfaction aroused by Measure for Measure, especially by it’s ending, are not the product of flaws in the play's design; they are part of tragicomedy's inherent aesthetic and the validation of Measure for Measure's tragicomic integrity.
Suyong Lee 한국산업식품공학회 2016 학술대회 및 심포지엄 Vol.2016 No.04
The noodle market has been worldwide expanding by the rising tide of the convenience food trend and various consumer acceptances. With this trend, a great deal of effort had been made to enhance the quality attributes of instant noodles to satisfy the demand of current consumers. In this presentation, two primary topics related to the quality attributes of noodles are discussed – production of non‐wheat noodles slit from sheeted dough and reduction of noodle cooking times. First, corn proteins were utilized to form a viscoelastic protein network of non‐wheat dough and their rheological and structural properties were characterized to prepare the noodles slit from sheeted dough. The extended β‐sheet alignment imparted high mixing stability to the non‐wheat dough that could be successfully sheeted and slit to noodle strands without gluten. Second, a novel thermal technology based on the modified transient plane source method was applied in order to characterize the cooking property of instant noodles. The porous structure of wheat‐based noodles was also built up to shorten their cooking times. After cooked, the porous‐structured noodles exhibited higher thermal conductivity and lower firmness, possibly indicating the shortened cooking time. 19
Observability Analysis of 2D Geometric Features using the Condition Number for SLAM Applications
Suyong Yeon,Nakju Lett Doh 제어로봇시스템학회 2013 제어로봇시스템학회 국제학술대회 논문집 Vol.2013 No.10
Observability analysis is a very powerful tool for discriminating whether a robot can estimate its own state. However, this method cannot investigate how much of the system is observable. This is a major problem from a state estimation perspective because there is too much noise in real environments. Therefore, although the system (or a mobile robot) is observable, it cannot estimate its own state. To address this problem, we propose an observability analysis method that uses the condition number. Mathematically, the condition number of matrix represents a degree of robustness to noise. We utilize this property of the condition number to investigate the degree of observability. In other words, the condition number of the observability matrix demonstrates the feasibility of state estimation and the robustness of its feasibility for estimation.
Digital Current Sharing Method for Parallel Interleaved DC–DC Converters Using Input Ripple Voltage
Suyong Chae,Yujin Song,Sukin Park,Hakgeun Jeong IEEE 2012 IEEE TRANSACTIONS ON INDUSTRIAL INFORMATICS - Vol.8 No.3
<P>This paper describes a new digital current sharing method for parallel interleaved dc-dc converters. The difference between sensed inductor current values can cause unequal current distribution in the parallel dc-dc converters even though they are controlled by the same average current mode controller with a common current reference. To overcome this problem, a simple digital current sharing algorithm using input voltage ripple difference is proposed. The digital current sharing algorithm calculates the required current reference adjustment value using only the input ripple voltage difference information. No additional input current sensing circuit is required. The proposed algorithm achieves equal current distribution between phases of the parallel converters with high parameter insensitivity. For the experimental verification, a 500 W two phase interleaved synchronous buck dc-dc converter which charges a 24 V Li-ion battery is implemented.</P>
Suyong Kwon,Joohyun Lee,Dae Ho Kim 한국물리학회 2016 THE JOURNAL OF THE KOREAN PHYSICAL SOCIETY Vol.68 No.10
Measuring the thermal conductivity of liquids is important, but not easy, because of the complexity of and the natural convection in liquids, and reliable thermal conductivity measurements in liquids under various sample conditions is essential for data accuracy. We have introduced and developed a validation chain for measuring the thermal conductivity of liquids by using three different experimental methods: the transient hot-wire (THW), the photon correlation spectroscopy (PCS) and the laser flash (LF) methods in the temperature range from −30 to 90 C. We checked the performance of the validation chain developed in this study by measuring the thermal conductivity of liquid toluene. We found good agreement between the thermal conductivity data obtained by using the THW, PCS and LF methods. To demonstrate the use of this validation chain for measurements of thermophysical properties in liquids, we also showed its use in measuring the specific heat of a volatile liquid, toluene which can be extracted from thermal conductivity, thermal diffusivity, and density measurements without any effects of volatilization.