소비자들의 구매 욕구를 충족시키기 위하여 상업시설에서는 판매와 관련된 다양한 공간표현이 요구되고, 소비자의 시선을 끄는 상품의 배치나 공간구성은 곧 마케팅 전략으로 이어질 수 있다. 사람의 눈은 가장 많은 정보를 획득하는 감각기관으로 시각정보에 대한 분석은 <공간과 사용자>의 상호간의 시각적 관련성을 파악할 수 있는데, 그간 연구에서는 실험이미지를 통해 정지된 화상에 대한 분석이 대다수 이며, 상업공간의 이동영상을 바탕으로 공간에 대한 시선정보를 분석한 연구는 미비하다. 이에 본 연구에서는 상업시설의 이동경로를 촬영한 동영상을 실험에 사용함으로써 공간분석에 있어 사실감이 부여된 공간 사용자 시선정보를 통한 감성반응을 분석하였다. 이동동선의 직선구간을 분석구간으로 설정하고, 획득된 데이터를 바탕으로 5개의 주시강도 범위에 대한 구간특성을 살펴본 결과, 이동동선의 시작점인 A구간(직선구간-1)에서는 주시강도가 낮게 나타났으며, B구간(직선구간-2)에서 가장 높은 주시강도가 나타난 것을 알 수 있다. 이는 피험자들의 B구간부터 안정적인 공간 탐색을 한 것으로 볼 수 있으며, 실험영상에 대한 적응시간이 필요한 것을 알 수 있다. 주시집중구역에 대한 공간특성을 살펴보면, 6개 구간 중 4개 구간에서 우측매장의 진열방식에 대한 시선의 집중이 더 높게 나타난 것을 알 수 있다. 소비자의 시선이 높게 머무른 요소는 소품위주로 시선이 유도되었으며, 매장 내 쇼케이스 같은 진열형식에 시선정보가 높게 나타난 것을 알 수 있다. 이러한 분석방법을 통해 소비자의 시선이 선호하는 상품진열방법, 상품요소 배치 등 직접적인 디자인 자료로 활용 가치가 높게 제공 될 수 있을 것으로 사료된다.

This study explains an agricultural mobile commerce case using Oauth Based Real-Time Information Sharing Technique according to the growth of the agricultural e-commerce market. Considering the characteristics of the agricultural market, it can confirm differential values with the existing agricultural mobile commerce market according to the functions and characteristics of its technique. We compare variables for introducing agricultural mobile commerce with the existing mobile commerce. Trust through information sharing with real-timefarming diaries, suitability and perceived ease of use variables are positively influenced, but influence on completeness and authority of information variables are relatively insufficient. Through this, we explained differential values of agricultural mobile commerce and suggested an applicable business model.

Location based service and AR(Augmented Reality) techniques have been one of the most important areas in current computer games and mobile application. This paper presents GPU(Graphics Process Unit) based image recognition system for outdoor games and mobile application. In learning stage, we extract features from input image sequence and convert them into meta information in database. User captures then a query image that is sent to GPU based server system. The proposed system build a descriptor codebook using BRISK and SURF descriptors, and employs codebook with re-ranking information based on homography.

The trend is going to obtain the accurate and fast information to the development of information technology and electronic technology as an important part of corporate management. Press equipment to produce products that target is small and medium businesses. Became so economical real-time production information system(R-PIS) model has been implemented. R-PIS configure the embedded hardware and PC application software. This system is easy maintenance and upgrade that general-purpose PC and a modular hardware devices. Consists of modules such as wireless communication, LCD, Key-pad, memory control, and sensor signal. R-PIS is efficient materials and product management to maximize the productivity of the enterprise.

It is well known that internet shoppers are very sensitive to sale prices. They visit the various shopping malls and collect the product information including purchase conditions for goods purchase decision-making. Recently the necessity of information su

It is well known that a goods buyer who uses the internet shopping mall is sensitive to a sale price. The buyer visits the various shopping malls and collects the product information including purchase conditions for goods purchase decision-making. Recently the necessity of information support is increasing because of increase of information which is necessary and complexity of goods purchase decision-making process. The comparison shopping agent systems have provided price comparison information which is collected from various shopping malls to satisfy buyer's information craving. But the frequent price change caused by keen price competition is becoming the primary reason of information quality decline among price comparison sites. RSS which is a family of web feed formats used to publish frequently updated is applied even in on-line shopping malls. This paper develops a product information collection system which can provide up-to-date product information of real-time using RSS. To achieve this goal RSS crawling system for searching shopping mall RSS links automatically, RSS reader to collect product information from several shopping malls and a product DB where the application characteristic is high are suggested.

This study intend to make easy modification, even if there is a new job or structure change, by modularizing program and computerize and automation of production control management used in CIM. under the condition where manager control production on the j

레이더 정보의 수록 및 정량적 해석을 위한 시도로써 타선의 위치정보를 자선의 전자해도 및 radar 화변상에 모니터링하여 두 선박의 간격을 측정할 수 있는 양선거리측정시스템과 ARPA radar가 탐지한 표적의 추적정보를 자선의 전자해도 화면상에 실시간으로 모니터링하기 위한 시스템을 구축함과 동시에 이들 레이더 정보를 필요에 따라 수록 및 재생할 수 있는 레이더 정보수록 및 해석 시스템을 개발하고, 실용화 실험을 행한 결과를 요약하면 다음과 같다. (1) 목포 인근해역에서 레이더 신호를 수록하고, 이 레이더 영상에 위치발생시뮬레이터에 의해 생성한 타선 위치를 RS232C interface를 통해 전송 및 중첩시켜 타선의 위치를 추적하면서 실시간으로 본선과 타선의 양선 간격을 산출한 결과, 양선 거리 및 방위의 실시간 측정이 가능하여 이 시스템을 양선 거리계로써 활용할 수 있음이 입증되었다. (2) 타선의 레이더 신호를 수신한 후, α-β tracker를 이용하여 타선 영상의 중심 위치를 실시간으로 추적하면서 침로, 속력, 방위, 거리 등을 예측한 결과, 매우 안정된 평활화 추정치를 얻을 수 있었다. (3) ARPA 시뮬레이터를 이용하여 표적의 추적정보를 TTM sentence 등으로써 생성한 후, 이 코드를 전자해도상에 전송 및 중첩 표시시킨 결과, 추적표적의 위치, 속력, 침로, 방위, 거리 등의 추적정보의 실시간 모니터링이 안정적으로 실현된 바, 선내의 여러 장소에서 ARPA 정보를 공유하기 위한 멀티 모니터링 장치의 개발이 기대된다.

This study intend to make easy modification, even if there is a new job or structure change, by modularizing program and computerize and automation of production control management used in CIM. Under the condition where manager control production on the job-site, for increasing connection with other operation and management on the computer by monitoring center computer, Recognizing information by computer is needed, it is possible by converting transaction. So production increase and quality improvement are possible by diminishing manager's and producer's work with the result of the study combining POP and CIM, after that, in e-business and m-business period that every enterprise must pass, customer satisfaction and sales promotion are possible with employee's computerizing minds. These study result also can knowledge process condition with theoretical class and have a power in finding a solution with foundation of theoretical knowledge.

In this paper, among the W-S-R relationship methods proposed by Lee, et. al., (2020) to produce rain-based rain information in real time, we tried to produce actual rain information by applying machine learning techniques to take into account the effects of wiper operation. To this end, rain sensor proposed the Graded Descent and Threshold Map method for pre-processing the cumulative value of the difference before and after wiper operation by utilizing four sensitive channels for optical sensors developed by Kim Byung-sik (2016) and using rain sensor data produced by five rain conditions in indoor artificial rainfall experiments. This method is the method of producing rainfall information by calculating the average value of the Threshold according to the rainfall conditions and channels, creating a Threshold Map corresponding to the grid 4 (channel) x 5 (thinking of rainfall information) and applying Optima Rainfall Intensity among the big data processing techniques. For the verification of these proposed findings, the application was evaluated by comparing the rainfall observations with the methods presented by Lee, et. al., (2020).

In the midst of disaster, such as an earthquake or a nuclear radiation exposure area, there are huge risks to send human crews. Many robotic researchers have studied to send UGVs in order to replace human crews at dangerous environments. So far, two-dimensional camera information has been widely used for teleoperation of UGVs. Recently, three-dimensional information based teleoperations are attempted to compensate the limitations of camera information based teleoperation. In this paper, the 3D map information of indoor and outdoor environments reconstructed in real-time is utilized in the UGV teleoperation. Further, we apply the LTE communication technology to endure the stability of the teleoperation even under the deteriorate environment. The proposed teleoperation system is performed at explosive disposal missions and their feasibilities could be verified through completion of that missions using the UGV with the Explosive Ordnance Disposal (EOD) team of Busan Port Security Corporation.

Mass mortalities of cultivated organisms have occurred frequently in Korean coastal waters causing enormous losses to cultivating industry. The preventive measures require continuous observation of farm environment and real-time provision of data. However, line hanging aquaculture farm are generally located far from monitoring buoys and has limitations on installation of heavy equipments. Substituting battery pack for solar panels and miniaturizing size of buoy, newly developed system can be attached to long line hanging aquaculture farm. This system could deliver measured data to users in real-time and contribute to damage mitigation and prevention from mass mortalities as well as finding their causes. The system was installed off Gijang and Yeongdeck in Korea, measuring and transmitting seawater temperature at the sea surface every 30 minutes. Short term variation of seawater temperature, less than one day, in Gijang from June to July 2009 corresponded tidal period of about 12 hours and long term variation seemed to be caused by cold water southeast coast of Korea, particularly northeast of Gijang. Seawater temperature differences between Gijang station and the other station that is about 500 m away from Gijang station were 1 ℃ on average. This fact indicates that it is need to be pay attention to use substitute data even if it is close to the station. Daily range of seawater temperature, one of crucial information to aquaculture, can be obtained from this system because temperature were measured every 30 minutes. Averages of daily range of temperature off Gijang and Yeongdeok during each observation periods were about 2.9 ℃ and 4.7 ℃ respectively. Dominant period of seawater temperature variation off Yeongdeok was one day with the lowest peak at 5 a.m. and the highest one at 5 p.m. generally, resulting from solar radiation.

Competitive power of pelagic fishery in Korea has been weakened by the domestic and international problems such as wage increase and exclusive economic zone. To make it worse, fishing fleet spends more than 80% of fishing time on searching fishing grounds. Real-time information on oceanographic data, temperature in particular, are likely to contribute to raise efficiency of fishing. However, available data obtained by satellite remote sensing, fixed buoy and drifting buoy, limited to sea surface or fixed positions. ARGO (Array for Real-time Geostrophic Oceanography), an international program, has delivered vertical profiles of temperature and salinity in the upper 2000 m of the world ocean every 10 days using freely moving floats. We have developed real-time oceanographic information system for pelagic fishery based on the Argo data which has the contents of vertical profile, horizontal distribution and vertical section of temperature around fishing grounds and searched data can be download unrestrictedly. Comparison of skipjack catch with sea surface temperature and depth of 20℃ derived from Argo data in the West Equatorial Pacific revealed that Argo data are able to help fishing fleet to find fishing grounds and to increase catch.

This study aims to develop the information service system of integrated seakeeping performance for seagoing vessels. It has been successful in developing the intended system which has made possible to provide the following functions and capabilities: ⦁ immediate computation of the dynamic motions of a ship against the present and future weather conditions; ⦁ evaluation of the integrated seakeeping performance of a ship on a real time basis and providing the navigators with the seakeeping informations on the spot enabling them to take the most appropriate countermeasures; and ⦁ supporting the navigators in the selection of a safe sailing route by providing the integrateseakeeping performance.