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김유신장군의 백제공격로에 관한 연구 -효령신화와 장군당을 중심으로-
김완수 ( Wan Soo Kim ) 택민국학연구원 2011 국학연구론총 Vol.0 No.7
7세기 신라가 일으킨 통일전쟁은 백제공격에서 비롯되었다. 이때 신라군을 지휘한 장수는 가락국 구형왕의 증손자인 김유신이었다. 『삼국사기』「신라본기」의 기록을 인용하면 서기 660년 5월 26일 경주를 출발한 신라 군사는 6월 18일 남천정(경기도 이천)에 도착하였으므로 5월말쯤에 군위군 효령면 장군리 앞 벌판에 유진하였다고 생각한다. 일찍이 신라군이 주도한 영토전쟁은 한강으로 진출하는 경로에 있었다. 이러한 사실을 참고하여 660년 7월 12일 백제 사비성을 공격하는 김유신군대의 진격로는 다음과 같이 예상한다. 즉 신라군은 경주를 출발하여 영천, 신녕, 부계, 효령, 장천, 선산, 상주(이천)로 진격하였다. 이 경주-상주 진로(進路)에서 영천에서 선산으로 나가는 중도에 있는 효령(장군리)은 장천으로 진입하는 길목에 해당된다. 이러한 북진공격로에 있는 장군리는 마을 앞으로 넓은 들(모혜벌)이 펼쳐있고 들 한가운데를 사창천이 흐르고 있다. 또한 사방이 산으로 둘러싸여 분지를 이루기 때문에 이곳에는 수만 명의 군사가 주둔(은폐)하기에 안성맞춤의 지형을 가지고 있다. 이러한 이점으로 장군리는 신라에 있어서는 한때 낙동강으로 진출하는 교통의 요지였다. 이러한 전술적, 교통상의 이점 외에 김유신장군에게는 장군리를 택한 또 다른 이유가 있었을 것이다. 그것은 이 지역가까이에 가야의 유민들이 살고 있었기 때문일 것이다. 필자가 이렇게 상정(想定)하는 이유는 가야후기를 나타내는 석곽묘가 장천(면)에 많이 남아있기 때문이다. 이상과 같은 이유로 장군리는 신라군의 대백제(對百濟) 북진공격로에서 꼭 필요한 경유지였기 때문에 유진할 수밖에 없는 천혜의 장소였음에 틀림없다. 이러한 전술적인 당위성과 함께 지금까지 전승에 의하여 ‘장군’이라는 마을이름이 계속 이곳에 남아있고 또 757년의 ‘군위’와 ‘효령’이라는 지명이 만들어진 유래 등을 종합하여 보면 이곳이 660년 여름 백제 정복전쟁을 위하여 김유신장군과 신라군이 이곳 장군리에 유진한 일이 역사적 사실로 인정된다. 그리고 공민왕 때 사공중상(효령사공씨의 중조)공의 상소에 의한 김유신사(장군당, 삼장군당, 김발한사)라는 사당건립에 대한 전승과 함께 이곳 장군리에 고려 말부터 효령사공(孝靈司空)씨의 집성촌이 이루어져 온 점 등을 감안하면 이상의 일이 모두 사실로 인정된다. 이와 같이 효령의 장군리 사람들은 장군당(김유신사)을 모셨다. 이로서 효령신화가 탄생한 것이다. The Shilla Kingdom’s war for unification in the 7th century began with the conquest of the Baekje Kingdom. General Yu-sin Kim, a great-grand son of King Guhyung of the Garak Kingdom, was the commander of the Shilla military at the time of the war. According to the History of Shilla in the Record of the Three Kingdoms, (The "Shillabongi" of "Samguksagi"), General Kim’s forces, which had left Kyeong-ju in May 660 A.D., were stationed on a field near Janggun Village, Hyoryeong Township, Gunwi District in Kyeongsangbuk Province. Originally, the territorial war led by the Shilla military was on the path to the Han River. Reflecting these facts, the route of General Kim’s force, which attacked Sabi Castle in Baekje on July 12, 660 A.D. is assumed to be as follows.Namely, his campaign began in Kyeongju, then moved to Youngcheon, Shinnyeong, Bukye, Hyoryeong, Jangcheon, Seonsan, and Sangju(Icheon). Hyoryung (Janggun Village), located at the waypoint of the Kyeongju-Sangju Route, which is on route for Seonsan via Youngcheon, is considered the entrance towards Jangcheon. Janggun Village, located on the attack route to the north, was well positioned to have numerous soldiers deployed in its wide-open plains (Mohyebeol), through which the Sachangcheon River ran, also in a basin surrounded by mountains. Because of this advantage, Janggun Village was said to be a major transportation point for the Shilla on the way to Nakdong River. However, there was another reason for General Kim to choose Janggun Village as the most ideal army post besides the strategic and logistical advantages. This being the emigrants from the Gaya Dynasty, who resided in this area. In fact, this assumption is based on Seokkwakmyo, the evidence which represents the latter period of the Gaya Dynasty andwas found in large amounts in Jangcheon-myun. Therefore, Janggun Village, an important pass on the attack route to the north, is believed to be the location that possessed great strategic value for conquering Baekje. As well as the strategic necessity, the fact that ‘Janggun’ still remains as the name of the region and that the origin of the names ‘Gunwi’ and ‘Hyoryeong’ can be traced back to 757 A.D. indicates the town’s historicity as the domain of Yu-sin Kim and his army during their campaign against the Baekje in the summer of 660. Additionally, considering the fact that a ancestral shrine was built for Yu-sin Kim by Sagongjungsang’s request when King Gongmin reigned, and the residence of Hyreongsagong family was largely formed during the latter part of the Goryo Kingdom’s period, these incidents are believed to be historical facts. Similarly, residents in Janggun Village set up a shrine named ‘Janggundang’ which means ‘a shrine for General Yu-sin Kim’. That is how the myth of Hyoryeong was born.
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Advanced SIMD를 이용한 화면 간 예측 고속화방법
김완수,이재흥,Kim, Wan-Su,Lee, Jae-Heung 한국전기전자학회 2012 전기전자학회논문지 Vol.16 No.4
본 논문에서는 ARM Cortex-A9 듀얼코어 플랫폼에서 지원하는 병렬처리 기법 중 하나인 Advanced SIMD기반의 NEON을 적용한 H.264/AVC 고속화 움직임추정 방법론을 연구하였다. 다양한 움직임추정 방법 중 하나인 전역탐색기법에 NEON을 적용하여 각 매크로블록의 SAD 연산횟수를 1/4 감소시켰다. 해당 매크로블록의 픽셀 값들을 8개의 16bit NEON 레지스터에 할당하였고, NEON에서 지원하는 Intrinsic 함수를 사용하여 동시에 128bit 연산을 수행하였다. 이러한 방법으로 계산된 SAD 값들 중 최소 SAD 값을 가지고 정확한 모션벡터를 선정했다. 그 결과 영상의 크기 및 매크로블록의 크기에 따라 성능이 평균 30% 이상 향상되는 효과를 검증하였다. An H.264/AVC fast motion estimation methodology is presented in this paper. Advanced SIMD based NEON which is one of the parallel processing methods is supported under the ARM Cortex-A9 dual-core platform. NEON is applied to a full search technique with one of the various motion estimation methods and SAD operation count of each macroblock is reduced to 1/4. Pixel values of the corresponding macroblock are assigned to eight 16-bit NEON registers and Intrinsic function in NEON architecture carried out 128 bits arithmetic operations at the same time. In this way, the exact motion vector with the minimum SAD value among the calculated SAD values can be designated. Experimental results show that performance gets improved 30% above average in accordance with the size of image and macroblock.
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피조개 유생의 분포에 영향을 미치는 몇가지 환경요인에 대하여
김완수,김종원,Kim, Wan Soo,Kim Jong Won 한국해양학회 1976 韓國海洋學會誌 Vol.11 No.1
This work concerns ecological studies on the larvae of the ark shell, Anadara broughtonii(SCHRENCK), in the aea adjacent to Gajyo-do in Jinhae Bay. Marine environmental factors, namely, temperatue, salinity, depth, and tidal current were observed in connection with the larval distributions. Water temperature appeared to be one of the main factors that influence the spawning activity. The numbers of the drifting larvae fluctuated greatly during the study period. The trend, however, was for numbers to be low in early summern, increasing in mid summer, and reaching a peak in late summer, at high bottom water temperature and low bottom salinities. Significantly increased numbers of the drifting larvae were observed during the period in which the bottom water temperatures and salinities were very close to those at the surface. the numbers of the drifting larvae showed a positive relationship with velocities of the water mass within the range of 0∼20 cm/sec. It was also noticed that the drifting larvae were relatively abundant in the area of eddy motion.
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김완수,허성회,Kim, Wan Soo,Huh Sung-Hoi 한국해양학회 1978 韓國海洋學會誌 Vol.13 No.2
This work concerns morphological studies of Alaska pollak, Theragra chalcogramma(PALLAS), and of the Nogari which is generally known as an immature form of the Alaska pollack. Observations are made to see whether significant differences in the meristic and morphometric characters can be recognized between two groups. Four meristic characters, namely, first anal fin rays, first dorsal fin rays, gill rakers, vertebra and three morphometric characters, namely, head length, snout length, eye diameter are chosen for the study. Results of the analyses reveal that the differences in all the selected meristic characters between Nogari and Alaska pollack are found to be not significant. Differences in the snout length in relation to the head length are found to be not significant . However, the differences in the head length in relation to the body length and the differences in eye diameter in relation to the head length are both found to be significant. In spite of the lack of informations on genetypic variations, it is reasonable to state that the Nogari appears to be a juvenile form of the Alaska pollak, and the differences in certain morphometric measurements between two groups are likely to be associated with the differences in the relative growth rates during the life stages.
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김완수,Kim, Wan Soo 한국해양학회 1971 韓國海洋學會誌 Vol.6 No.2
In enumerating salmon spawning population by the tag-recovery method, the error caused by the emigration of the tagged fish into the non-statistical area and the misjudgement of the tagged fish as untagged, which is caused by bear predation, appear to give a bias to the estimate of population size. Efforts were made in the present study to remove such bias by estimating population size under certain assumtion and by introducing a correction equation for the sample tag-ratios.
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김완수,Kim, Wan Soo 한국해양학회 1973 韓國海洋學會誌 Vol.8 No.2
The catch and effort information for the yellow croaker from the Yellow Sea and the East China Sea during 1964 through 1971 is analyzed on the basis of the generalized production model. The equilibrium catch curve for m=0.2, the best estimate of the skew parameter, is obtained, and the maximum equilibrium catch is shown to be 37,306M/T. It appears that equilibrium catch curve for the yellow croaker is positively skewed and the fishing beyond the maximum of the yield curve will result in a less pronounced decline in yield than would be predicted by the Schaefer model.
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김완수,Kim, Wan Soo 한국해양학회 1970 韓國海洋學會誌 Vol.5 No.1
This work concerns age studies of the spanish mackerel by vertebrae. The spanish mackerel samples were obtained mainly from Yosoo and Inchon regions during July to December, 1969. A total of 292 fish was collected during the present study. Except the vertebrae, the incremental growth is found to be vague or complicated on the most bony parts in spanish mackerel. The spanish mackerel has 50 vertebrae, and the size of vertebra varies according to its position. After several studies, therefore, sample centrum was selected from the 23rd vertebra throughout the present study. Sample centrum was then stained with Alizarin Red S. and examined under binocular stereoscopic microscope illuminated by reflected light. The surface of the centrum shows many ring-marks running parallel to the edge. The ring-marks were counted and the measurements of centrum radius (R) and radii of the ring-marks (r$\_$i/) were made by eyepiece micrometer. From available data, the average of each ring-mark radius was found to be; r$\_$1/=2.05mm, r$\_$2/=3.11mm, r$\_$3/=4.05mm, r$\_$4/=4.89mm, r$\_$5/=5.70mm and r$\_$6/=6.47mm, respectively. The mean fork length at the time of ring-mark formation was calculated to be; l$\_$1/=297.6mm, l$\_$2/= 390.1mm, l$\_$3/=472.2mm, l$\_$4/=545.5mm, l$\_$5/=616.2mm, and l$\_$6/= 683.4mm, respectively.
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