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문화유산으로서 고전시가의 미디어를 통한 현대적 전승과 보급 ― TV 버라이어티쇼 <中國詩詞大會>와 <經典詠流傳>을 중심으로
盧垠靜 ( Rho Eunjung ) 중국어문연구회 2024 中國語文論叢 Vol.- No.116
Classical poetry contains both the concept of value as a great work and the concept of time as it was transmitted over a long period. However, since classical poetry was perceived as old and outdated, in opposition to modern poetry, it was considered difficult to understand and obsolete. Through new media that activates interaction with the mass media such as television, <The Chinese Poetry Competition> and <Everlasting Classics> reinvented classic poetry that existed in fixed text into a more present reality. The contents of the classic poetry were not changed, but the programs imaged and visualized them to make them easier to understand so that they could resonate with the present everyday emotions. This can be seen as a result of viewers repeatedly learning classical poetry through repeatedly playing programs on new media such as smartphones, apps, SNS, and various platforms, and uploading their opinions and re-enactments. The modern transmission and dissemination of classical poetry through this method is worth paying attention to in terms of education. However, it cannot be overlooked that classical poetry becomes a tool for enhancing national ideology through discussions between the <The Chinese Poetry Competition> and <Everlasting Classics> on stage and in the audience, and on various platforms during and after the broadcast. While praising the historicalness and value of classical poetry, it is necessary to be wary of awakening self-esteem and evoking a sense of homogeneity as a ‘cultural nation’ so that it doesn’t go in the direction of advocating cultural supremacy and exclusive patriotism.
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모델기반 개발기술을 적용한 무인항공기 비행제어 소프트웨어 개발
문정호(Jungho Moon),신성식(Sungsik Shin),최승기(Seungkie Choi),조신제(Shinje Cho),노은정(Eunjung Rho) 한국항공우주학회 2010 韓國航空宇宙學會誌 Vol.38 No.12
본 논문은 근접감시 무인항공기(KUS-9)의 비행제어 소프트웨어(S/W) 개발 과정과 모델기반 개발 기술 적용 결과를 다룬다. 대표적인 상용 모델기반 설계도구인 MATLAB Simulink<SUP>®</SUP>를 활용하여 통합개발 환경을 구축하고 비행제어법칙, 운용로직, 비행 시뮬레이션 모델, HILS(Hardware-in-the-Loop Simulation) 시스템 모델을 설계하였다. 설계 과정에서 요구사항 충족을 위한 시뮬레이션 및 동료검토를 수행하고 DO-178B 검증 도구를 이용하여 모델을 검증한 후 S/W시험 도구를 통해 C코드의 무결성을 검증하였다. 탑재 소프트웨어는 두 기종의 하드웨어 및 실시간운용체제(μC/OS-Ⅱ, VxWorks)에 탑재하여 HILS시험과 비행시험을 수행하였다. 모델기반 개발 기법을 적용함으로써 S/W 재사용성과 확장성을 확보하고 자동코드생성 기술을 이용하여 고신뢰 비행제어 S/W를 단기간에 성공적으로 개발하였다. This paper describes the Model-Based Development(MBD) process behind the flight control software of a close-range unmanned aerial vehicle(KUS-9). An integrated development environment was created using a commercial tool(MATLAB Simulink®), which was utilized to design. models for linear/nonlinear simulation, flight control law, operational logic and HILS (Hardware In the Loop Simulation) system. Software requirements were validated through flight simulations and peer reviews during the design process, whereas the models were verified through the application of a DO-178B verification tool. The integrity of automatically generated C code was verified by using a separate S/W testing tool. The finished software product was embedded on two different types of hardware and real-time operating system(uC/OS-Ⅱ, VxWorks) to perform HILS and flight tests. The key findings of this study are that MBD Technology enables the development of a reusable and an extensible software product and auto-code generation technology allows the production of a highly reliable flight control software under a compressed time schedule.
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