1924년 발표된 루쉰의 소설 ｢축복(祝福)｣에는 유교와 민간신앙이라는 두 가지 전 통적 가치체계가 등장한다. 그리고 현대지식인을 대표하는 ‘나’는 이 두 전통적 가치 에 대해 관찰자적 입장에서 비판적인 시선으로 서술한다. 그러나 유교와 민간신앙 모두로부터 배제되어 절망한 샹린댁이 ‘나’에게 영혼과 지옥의 존재에 대해 묻는 순 간부터 ‘나’는 ｢축복｣의 관찰자가 아니라 주인공이다. 샹린댁의 질문은 도와달라는 신호와 마찬가지였지만 ‘나’는 철저하게 외면한다. 뿐만 아니라 영혼의 존재에 대해 확실히 말하지 않으면서도 자신은 ‘축복’ 제의 속에서 천지신명의 존재를 느끼며 위 안을 얻는다. ‘나’는 샹린댁의 도움 요청을 외면함으로써 샹린댁의 비극에 책임이 있 는 가해자 중 한 사람이 된다.

This study was conducted to investigate the seedling qualities and growth of paprika according to various irrigation points (Ips) (30, 40, 50, 60 or 70%) of the water contents of rockwool cube for raising seedlings of paprika. Growth degree of paprika seedlings was positively correlate with various irrigation points. In particular, paprika seedlings with IP 30-40% and IP 50-70% treatments were significantly higher than those with other treatments. Leaf area of seedlings was 50-100% wider in those with IP 50% and IP 40% treatments than those with other treatments, therefore dry weight was IP 30-60% heavier. The dry weight of more than IP 50% treatments had no significant differences. Leaf area (Y1) had a significant relation with the irrigation point (x) as Y1 = 48.311x + 133.7 (R2 = 0.9116**). Also dry weight (Y2) of the seedlings showed a linear regression equation as Y2 = 0.1584x + 0.8616 (R2 = 0.8853*). Considering the leaf area and the dry weight of irrigation points for rising seedlings of paprika in this study, the optimum range of the irrigation points in the water contents of rockwool cube is IP 50%.

Anomaly detection of Machine Learning such as PCA anomaly detection and CNN image classification has been focused on cross-sectional data. In this paper, two approaches has been suggested to apply ML techniques for identifying the failure time of big time series data. PCA anomaly detection to identify time rows as normal or abnormal was suggested by converting subjects identification problem to time domain. CNN image classification was suggested to identify the failure time by re-structuring of time series data, which computed the correlation matrix of one minute data and converted to tiff image format. Also, LASSO, one of feature selection methods, was applied to select the most affecting variables which could identify the failure status. For the empirical study, time series data was collected in seconds from a power generator of 214 components for 25 minutes including 20 minutes before the failure time. The failure time was predicted and detected 9 minutes 17 seconds before the failure time by PCA anomaly detection, but was not detected by the combination of LASSO and PCA because the target variable was binary variable which was assigned on the base of the failure time. CNN image classification with the train data of 10 normal status image and 5 failure status images detected just one minute before.

수술이 불가능한 진행성 췌장암 및 담도암 환자에서는 항암 화학 요법이 주 치료 방법이다. 황달이 동반되지 않고 전신 상태가 양호한 경우, 진단 후 1달 이내 항암 치료의 시작을 권고한다. 항암 화학 요법 시작 2-3개월마다 RECIST criteria에 따라 종양 크기 변화를 측정하고, 환자의 항암 화학 요법의 진행 여부를 결정한다. 항암 화학 요법 중 ECOG 3 또는 전신 상태 악화를 보이는 경우, 상의 후 항암 치료 중단을 고려하여야 한다(Fig. 3).

국제해상충돌방지규칙과 해사안전법은 항법의 개념과 그 항법규정을 언제부터 적용하여야 하는지에 대한 요건을 구체적으로 정하고 있지 않다. 항법 적용의 시점은 선박에 대한 항법상 권리와 의무의 관계를 설정하는 기준을 결정하는 것으로서 매우 중요한 의미를 지니고 있다. 실제로 선박 충돌사고가 발생한 경우 항법 적용의 시점에 따라 양 선박 사이에 적용될 항법이 결정된다. 이로 인해서 선박 상호간에 피항선과 유지선의 관계가 결정되고, 해양안전심판원에서는 항법 준수 여부에 따른 과실비율을 산정하고 있다. 실무에서선박의 운항자들이 선박의 충돌을 방지하고 항해의 안전을 확보하기 위해서 항법을 준수하고 있다는 점을 감안할 때, 선박 상호간 항법 적용의 개시시점을 명확하게 규정될 필요가 있다. 따라서 이 논문에서는 최근 해양안전심판원의 재결을 중심으로 항법 적용의 시점에 대한 합리적인 해석 방향을 제시하고자 한다. 이를 위해 재결사례의 주요 쟁점과 내용을 살펴보고, 항법의 일반적 의의와 적용원칙을 검토하고자 한다. 또한 학설과 재결을 중심으로 항법 적용의 시점을 결정하기 위해 고려하여야 할 요건을 면밀히 검토하고자 한다. 이를 통해서 선박의 조우 상태에 따른 합리적인 항법 적용의 시점을 제시하고자 한다.

In this paper we have tackled the outstanding inventory planning problems over new product launching period in a more holistic manner by addressing first the definition of efficient business rules to effectively control and reduce the inventory risks followed by the rigorous explanations on the implementation guide on suggested inventory planning rules. It is not unusual for many companies in the consumer electronics market to make a great effort to reduce the time to launch a new product because the ability to bring out higher performing products in such a short time period greatly increases the probability for them to remain competitive in the high tech market. Among so many newly developed products, those products with new features and technologies appeal to many potential customers while products which fail to win customers by design and prices rapidly disappear in the market. To adapt to this business environment, those companies have been trying to find the answer to minimize the inventory of old products so they can move to next generation products quickly with less obsolete material . In the experimental implementation of our rule-based inventory planning, Company ‘S’ reduced the inventory cost for the outgoing products as low as 49% of its peak level of its preceding product version in just 5 month after the adoption of rule-based inventory planning process and system. This paper concluded the subject with a suggestion that the best performance of rule-based inventory planning is guaranteed not from one-time campaign of process improvement along with system development but the decision maker’s continuing support and attention even without seeing any upcoming business crisis.

The conventional shifting map is developed to enhance the driving performance and fuel economy. According to the driver’s pedaling of accelerator, TCU controls gear ratio in view point of economy or driving performance. In this paper, various reverse engineering is applied to the driving test results of heavy duty AMT vehicle. With the test results, the performance of propulsion source is estimated and basic performance of vehicle is analized. Also the method to derive the shifting schedule according to power or fuel efficient, is developed and compared with the actual shifting map, and various shifting states is estimated. The developed numerical analysis model will be a stepping stone for the shift pattern development and various shift control research

조어도를 둘러싼 중국과 일본의 영유권 분쟁은 독도문제와의 유사성 때문에 국내에서도 많은 연구가 이루어 졌으며 현재도 진행 중이다 특히 차 세계대전 전후로 발생한 일련의 사건들이 이 두 영토문제의 주요 원인으로 지목되고 있다 이와 같은 상황에서 같은 역사적 배경을 공유하는 두 지역의 상황을 국제법적으로 비교분석하는 것은 문제의 해결을 위한 실마리를 찾기 위해 필수적이라 할 것이다 종전 후 그 처리과정에서 영토문제가 발생했다고 보는 견해에 따르면 당시 이 지역에 영향력을 행사했던 세력 즉 미국을 중심으로 한 연합군의 판단이 영토문제 해결을 위한 중요한 근거로써 작용할 수 있다 이 견해는 영토문제에 관한 국제법원의 판결기준에 근거하고 있다 이 논문에서는 이러한 견해를 포함한 도서영유권에 관한 국제법원의 판결원칙을 살펴보고 위 두 지역의 사례와 비교분석한다 결론적으로 이 지역들의 도서영유권 문제는 제 차 세계대전 종료시점을 중심으로 연구되어야 할 것이다.

Many countries of the world has been devoting a lot of effort to reduce carbon emission. In order to reduce carbon emission, the high efficiency engine has been studied in the automotive industry. Of these, the spread and research of the diesel engine in Europe center are active. However the combustion characteristic of diesel engines have disadvantages of much NOx and soot emissions. In this study, the optimum regeneration point of the forced regeneration type DPF(Diesel Particulate Filter) that was equipped in medium-duty diesel vehicles using a mechanical fuel injection system have studied. DPF that is applied to the medium-duty diesel vehicle has a bent inlet pipe. The flow distribution characteristics of DPF according to the influence of the bent pipe have investigated. The flow distribution characteristics of DPF according to variation of the engine operating condition is considered to be useful data In order to decide the optimum regeneration point.

Multi-view system is one of the auto-stereoscopic displays that allows users to watch 3D images without wearing special glasses. Generating contents for the multi-view display system is often accomplished using Depth-image-based rendering (DIBR) intermediate view generation. DIBR-based intermediate view generation method reconstructs a 3D scene with a color image and depth map information. Then, a virtual camera is put in various view positions to capture intermediate view images. In this research, we tried to improve the quality of the DIBR-based intermediate views by applying non-uniform quantization method for depth map information. This paper describes the intermediate view generation process using DIBR. Then, it discusses the evaluation of multi-view intermediate images generated using uniform and non-uniform depth quantization methods. Finally, the paper describes the future direction and how the muti-view systems can be utilized in computer games.