• 한국우주과학회:학술대회논문집(한국우주과학회보)
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• 한국우주과학회 1993년도 한국우주과학회보 제2권2호
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• pp.17-17
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• 1993

The wall shear stress in the vicinity of end-to end anastomoses under steady flow conditions was measured using a flush-mounted hot-film anemometer(FMHFA) probe. The experimental measurements were in good agreement with numerical results except in flow with low Reynolds numbers. The wall shear stress increased proximal to the anastomosis in flow from the Penrose tubing (simulating an artery) to the PTFE: graft. In flow from the PTFE graft to the Penrose tubing, low wall shear stress was observed distal to the anastomosis. Abnormal distributions of wall shear stress in the vicinity of the anastomosis, resulting from the compliance mismatch between the graft and the host artery, might be an important factor of ANFH formation and the graft failure. The present study suggests a correlation between regions of the low wall shear stress and the development of anastomotic neointimal fibrous hyperplasia(ANPH) in end-to-end anastomoses. 30523 T00401030523 ^x Air pressure decay(APD) rate and ultrafiltration rate(UFR) tests were performed on new and saline rinsed dialyzers as well as those roused in patients several times. C-DAK 4000 (Cordis Dow) and CF IS-11 (Baxter Travenol) reused dialyzers obtained from the dialysis clinic were used in the present study. The new dialyzers exhibited a relatively flat APD, whereas saline rinsed and reused dialyzers showed considerable amount of decay. C-DAH dialyzers had a larger APD(11.70${\pm}$1.32mmHg/min)compared to CF dialyzers(4.32${\pm}$0.55mmHg/min)(p<0.05). However, there was no observable difference in the UFR between the two dialyzers. Neither APD nor UFR showed any significant increase with an increasing number of reuses for up to more than 20reuses. A substantial number of failures observed in APD(larger than 20mmHe/min)on the reused dialyzers(2 out of 40 CP and S out 26 C-DAK) were attributed to the Possible damage on the fibers. The CF 15-11 HFDs which failed APD test did not show changes in the UFR compared to normal dialyzers indicating that APD is a more sensitive test than UFR test to evaluate the integrity of the fibers. 30527 T00401030527 ^x For quantitative measurement of reflected light from a clinical diagnostic strip, a prototype old reflectance photometer was designed. The strip loader and cassette were made to obtain more accurate reflectance parameters. The strip was illuminated at 45˚c through optical fiber and the intensity of reflected light was determined at rectanguLat angle using a photodiode. The kubelka-munk coefficient and reflection optical density were determined ar four different wavelengths(500,550,570 and 610nm) for blood glucose strip. For higher concentration than 300mg/41 about glucose, a saturation state of abforbance was observed at 500,550 and 570nm. The correlation between glucose concentration and parameters was the best at 610nm. 30535 T00401030535 ^x Radiation-induced fibrosarcoma tumors were grown on the flanks of C3H mice. The mice were divided into two groups. One group was injected with Photofrin II, intravenously (2.5mg/kg body weight). The other group received no Photofrin II. Mice from both groups were irradialed for approximately 15 minutes at 100,300, or 500 mW/cm2 with the argon (488nm/514.5 nm), dye(628nm) and gold vapor (pulsed 628 nm) laser light. A photosensitizer behaved as an added absorber. Under our experimental conditions, the presence of Photolfrin II increased surface temperature by at least 40% and the temperature rise due to 300 mW/cm2 irradiation exceeded values for hyperthermia. Light and temperature distributions with depth were estimated by a computer model. The model demonstrated the influence of wavelength on the thermal process and proved to be a valuable tool to investigate internal temperature rise. 30536 T00401030536 ^x We investigated the structural geometry of thirty-eight Korean femurs. The purpose of this study is to identify major geometrical differences between Korean femurs 3nd others that we believe belong to Caucasians so that we would be able to get insights into the femoral component design that fits Asians including Koreans. We utilized computerized tomography (CT) images of femurs extracted from cadavers. The CT images were transformed into bitmap data by using a film scanner, and then analyzed by using a commercially available software called Image v.1.0 and a Macintosh IIci computer.The resulting data were compared with already published data. The major results show that the geometry of the Korean femurs is significantly different from that of Caucasians: (1) the anteversion angle and the canal flare index are greater by the amount of approximately 8˚ and 0.5, respectively, (2) the shape of the isthmus cross section is more round, and (3) the distance between the teaser trochanter and the proximal border of the isthmus is shelter by about 15 mm. The results suggested that the femoral component suitable for Asians should be different from the currently-used components designed and manufactured mostly by European or American companies. 30537 T00401030537 ^x It is well known that nonlinear propagation characteristics of the wave in the tissue may give very useful information for the medical diagnoisis. In this paper, a new method to detect nonlinear propagation characteristics of the internal vibration in the tissue for the low frequency mechanical vibration by using bispectral analysis is proposed. In the method, low frequency vibration of f0( = 100Hz) is applied on the surface of the object, and the waveform of the internal vibration x (t) is measured from Doppler frequency modulation of silmultaneously transmitted probing ultrasonic waves. Then, the bispectra of the signal x (t) at the frequencies (f0, f0) and (f0, 2f0) are calculated to estimate the nonlinear propagation characteristics as their magnitude ratio, w here since bispectrum is free from the gaussian additive noise we can get the value with high S/N. Basic experimental system is constructed by using 3.0 MHz probing ultrasonic waves and the several experiments are carried out for some phantoms. Results show the superiority of the proposed method to the conventional method using power spectrum and also its usefulness for the tissue characterization. 30541 T00401030541 ^x This paper describes the implementation of a computerized radial pulse diagnosis by aids of a clinical expert. On this base, we composed of the radial pulse diagnosis system in korean traditional medicine. The system composed of a radial pulse wave detection system and a radial pulse diagnosis system. With a detection system, we detected Inyoung and Cheongu radial pulse wave and processed it. Then, we have got the characteristic parameters of radial pulse wave and also quantified that according to the method of Inyoung-Cheongu Comparison Radial Pulse Diagnosis. We defined the jugement standard of radial pulse diagnosis system and then we confirmed the possibility for realization of automatic radial pulse diagnosis in korean traditional medicine. 30545 T00401030545 ^x Microspheres are expected to be applied to biomedical areas such as solid-phase immunoassays, drug delivery systems, immunomagnetic cell separation. To synthesize microspheres for biomedical application, "two stage shot growth method" was developed. The uniformity ratio of synthesized microspheres was always smaller than 1.05. And the surface charge density (or the number of ionizable functional groups) of the microspheres synthesized by "two stage shot growth method" was 6~13 times higher than that of the microspheres synthesized by conventional seeded batch copolymerization. As a previous step for biomedical application, adsorption experiments of bovine albumin on microspheres were carried out under various conditions. The maximum adsorbed amount was obtained in the neighborhood of pH 4.5. Isoelectric point of bovine albumin is pH 5.0, so experimental result shows that it shifted to acid area. The adsorption isotherm was obtained, the plateau region was always reached at 2.Og/L (bulk concentration of bovine albumin).The effect of the kind and the amount of surface functional group was also examined. 30575 T00401030575 ^x A medical image workstation was developed using multimedia technique. The system based on PC-486DX was designed to acquire medical images produced by medical imaging instruments and related audio information, that is, doctors' reporting results. Input information was processed and analyzed, then the results were presented in the form of graph and animation. All the informations of the system were hierarchically related with the image as the apex. Processing and analysis algorithms were implemented so that the diagnostic accuracy could be improved. The diagnosed information can be transferred for patient diagnosis through LAN(local area network). 30592 T00401030592 ^x In the conventional infrared imaging system, complex infrared lens systems are usually used for directing collimated narrow infrared beams into the high speed 2-dimensional optic scanner. In this paper, a simple reflective infrared optic system with a 2-dimensional optic scanner is proposed for the realization of medical infrared thermography system. It has been experimentally proven that the intfrared thermography system composed of the proposed optic system has the temperature resolution of 0.1˚c under the spatial resolution of lmrad, the image matrix size of 256 X 240, and tile imaging time of 4 seconds. 30593 T00401030593 ^x In this paper, MIIS (Medical Image Information System) has been designed and implemented using INGRES RDBMS, which is based on a client/server architecture. The implemented system allows users to register and retrieve patient information, medical images and diagnostic reports. It also provides the function to display these information on workstation windows simultaneously by using the designed menu-driven graphic user interface. The medical image compression/decompression techniques are implemented and integrated into the medical image database system for the efficient data storage and the fast access through the network. 30594 T00401030594 ^x In this paper, computerized BEAM was implemented for the space domain analysis of EEG. Trans-formation from temporal summation to two-dimensional mappings is formed by 4 nearest point inter-polaton method. Methods of representation of BEAM are two. One is dot density method which classify brain electrical potential 9 levels by dot density of gray levels and the other is colour method which classify brain electrical 12 levels by red-green colours. In this BEAM, instantaneous change and average energy distribution over any arbitrary time interval of brain electrical activity could be observed and analyzed easily. In the frequency domain, the distribution of energy spectrum of a special band can easily be distinguished normality and abnormality. 30608 T00401030608 ^x Laboratory information system (LIS) is a key tool to manage laboratory data in clinical pathology. Our department has developed an information system for routine hematology using down-sized computer system. We have used an IBM 486 compatible PC with 16MB main memory, 210 MB hard disk drive, 9 RS-232C port and 24 pin dot printer. The operating system and database management system were SCO UNIX and SCO foxbase, respectively. For program development, we used Xbase language provided by SCO foxbase. The C language was used for interface purpose. To make the system use friendly, pull-down menu was used. The system connected to our hospital information system via application program interface (API), so the information related to patient and request details is automatically transmitted to our computer. Our system interfaced with fwd complete blood count analyzers(Sysmex NE-8000 and Coulter STKS) for unidirectional data tansmission from analyzer to computer. The authors suggests that this system based on down-sized computer could provide a progressive approach to total LIS based on local area network, and the implemented system could serve as a model for other hospital's LIS for routine hematology. 30609 T00401030609 ^x To develop an artificial bone substitute that is gradually degraded and replaced by the regenerated natural bone, the authors designed a composite that is consisted of calcium phosphate and collagen. To use as the structural matrix of the composite, collagen was purified from human umbilical cord. The obtained collagen was treated by pepsin to remove telopeptides, and finally, the immune-free atelocollagen was produced: The cross linked atelocollagen was highly resistant to the collagenase induced collagenolysis. The cross linked collagen demonstrated an improved tensile strength. 30618 T00401030618 ^x This paper is a study on the design of adptive filter for QRS complex detection. We propose a simple adaptive algorithm to increase capability of noise cancelation in QRS complex detection with two stage adaptive filter. At the first stage, background noise is removed and at the next stage, only spectrum of QRS complex components is passed. Two adaptive filters can afford to keep track of the changes of both noise and QRS complex. Each adaptive filter consists of prediction error filter and FIR filter The impulse response of FIR filter uses coefficients of prediction error filter. The detection rates for 105 and 108 of MIT/BIH data base were 99.3% and 97.4% respectively. 30619 T00401030619 ^x To develop an artificial bone substitute that is gradually degraded and replaced by the regenerated natural bone, the authors designed and produced a composite that is consisted of calcium phosphate and collagen. Human umbilical cord origin pepsin treated type I atelocollagen was used as the structural matrix, by which sintered or non-sintered carbonate apatite was encapsulated to form an inorganic-organic composite. With cross linking atelocollagen by UV ray irradiation, the resistance to both compressive and tensile strength was increased. Collagen degradation by the collagenase induced collagenolysis was also decreased. 30620 T00401030620 ^x We have developed a monoleaflet polymer valve as an inexpensive and viable alternative, especially for short-term use in the ventricular assist device or total artificial heart. The frame and leaflet of the polymer valve were made from polyurethane, To evaluate the hemodynamic performance of the polymer valve a comparative study of flow dynamics past a polymer valve and a St. Jude Medical prosthetic valve under physiological pulsatile flow conditions in vitro was made. Comparisons between the valves were made on the transvalvular pressure drop, regurgitation volume and maximum valve opening area. The polymer valve showed smaller regurgitation volume and transvalvular pressure drop compared to the mechanical valve at higher heart rate. The results showed that the functional characteristics of the polymer valve compared favorably with those of the mechanical valve at higher heart rate. 30621 T00401030621 ^x Explosive evaporative removal process of biological tissue by absorption of a CW laser has been simulated by using gelatin and a multimode Nd:YAG laser. Because the point of maximun temperature of laser-irradiated gelatin exists below the surface due to surface cooling, evaporation at the boiling temperature is made explosively from below the surface. The important parameters of this process are the conduction loss to laser power absorption (defined as the conduction-to-laser power parameter, Nk), the convection heat transfer at the surface to conduction loss (defined as Bi), dimensionless extinction coefficient (defined as Br.), and dimensionless irradiation time (defined as Fo). Dependence of Fo on Nk and Bi has been observed by experiment, and the results have been compared with the numerical results obtained by solving a 2-dimensional conduction equation. Fo and explosion depth (from the surface to the point of maximun temperature) are increased when Nk and Bi are increased.To find out the minimum laser power for explosive evaporative removal process, steady state analysis has been also made. The limit of Nk to induce evaporative removal, which is proportional to the inverse of the laser power, has been obtained. 30622 T00401030622 ^x N1 and N2 gross neural action potentials were measured from the round window of the guinea pig cochlea at the onset of the acoustic stimuli. N1-N2 audiograms were made by means of regulating stimulant intensities in order to produce constant N1-N2 potentials as criteria for different input tone pip frequencies. The lowest threshold was measured with an input tone pip I5 dB SPL in intensity and 12 KHz in frequency when the animal was in normal physiological condition. The procedure of experimental measurements is explained in detail. This experimental approach is very useful for the investigation of the Cochlear function. Both noN1inear and active functions of the Cochlea can be monitored by N1-N2 audiograms. 30623 T00401030623 ^x In electrical impedance tomography(EIT), we use boundary current and voltage measurements toprovide the information about the cross-sectional distribution of electrical impedance or resistivity. One of the major problems in EIT has been the inaccessibility of internal voltage or current data in finding the internal impedance values. We propose a new image reconstruction method using internal current density data measured by NMR. We obtained a two-dimensional current density distribution within a phantom by processing the real and imaginary MR images from a 4.77 NMR machine. We implemented a resistivity mage reconstruction algorithm using the finite element method and sensitivity matrix. We presented computer simulation results of the mage reconstruction algorithm and furture direction of the research. 30624 T00401030624 ^x A new method of digital image analysis technique for discrimination of cancer cell was presented in this paper. The object image was the Thyroid eland cells image that was diagnosed as normal and abnormal (two types of abnormal: follicular neoplastic cell, and papillary neoplastic cell), respectively. By using the proposed region segmentation algorithm, the cells were segmented into nucleus. The 16 feature parameters were used to calculate the features of each nucleus. A9 a consequence of using dominant feature parameters method proposed in this paper, discrimination rate of 91.11% was obtained for Thyroid Gland cells. 30625 T00401030625 ^x An electrical stimulator was designed to induce locomotion for paraplegic patients caused by central nervous system injury. Optimal stimulus parameters, which can minimize muscle fatigue and can achieve effective muscle contraction were determined in slow and fast muscles in Sprague-Dawley rats. Stimulus patterns of our stimulator were designed to simulate electromyographic activity monitored during locomotion of normal subjects. Muscle types of the lower extremity were classified according to their mechanical property of contraction, which are slow muscle (msoleus m.) and fast muscle (medial gastrocneminus m., rectus femoris m., vastus lateralis m.). Optimal parameters of electrical stimulation for slow muscles were 20 Hz, 0.2 ms square pulse. For fast muscle, 40 Hz, 0.3 ms square pulse was optimal to produce repeated contraction. Higher stimulus intensity was required when synergistic muscles were stimulated simultaneously than when they were stimulated individually. Electrical stimulation for each muscle was designed to generate bipedal locomotion, so that individual muscles alternate contraction and relaxation to simulate stance and swing phases. Portable electrical stimulator with 16 channels built in microprocessor was constructed and applied to paraplegic patients due to lumbar cord injury. The electrical stimulator restored partially gait function in paraplegic patients. 30626 T00401030626 ^x Two-Dimensional modelling of the Cochlear biomechanics is presented in this paper. The Laplace partial differential equation which represents the fluid mechanics of the Cochlea has been transformed into two-dimensional electrical transmission line. The procedure of this transformation is explained in detail. The comparison between one and two dimensional models is also presented. This electrical modelling of the basilar membrane (BM) is clearly useful for the next approach to the further. Development of active elements which are essential in the producing of the sharp tuning of the BM. This paper shows that two-dimension model is qualitatively better than one-dimensional model both in amplitude and phase responses of the BM displacement. The present model is only for frequency response. However because the model is electrical, the two-dimensional transmission line model can be extended to time response without any difficult. 30627 T00401030627 ^x A method has been proposed for the fully automatic detection of left ventricular endocardial boundary in 2D short axis echocardiogram using geometric model. The procedure has the following three distinct stages. First, the initial center is estimated by the initial center estimation algorithm which is applied to decimated image. Second, the center estimation algorithm is applied to original image and then best-fit elliptic model estimation is processed. Third, best-fit boundary is detected by the cost function which is based on the best-fit elliptic model. The proposed method shows effective result without manual intervention by a human operator. 30628 T00401030628 ^x The intelligent trajectory control method that controls moving direction and average velocity for a prosthetic arm is proposed by pattern recognition and force estimations using EMG signals. Also, we propose the real time trajectory planning method which generates continuous accelleration paths using 3 stage linear filters to minimize the impact to human body induced by arm motions and to reduce the muscle fatigue. We use combination of MLP and fuzzy filter for pattern recognition to estimate the direction of a muscle and Hogan's method for the force estimation. EMG signals are acquired by using a amputation simulator and 2 dimensional joystick motion. The simulation results of proposed prosthetic arm control system using the EMf signals show that the arm is effectively followed the desired trajectory depended on estimated force and direction of muscle movements. 30638 T00401030638 ^x A new neural network architecture for the recognition of patterns from images is proposed, which is partially based on the results of physiological studies. The proposed network is composed of multi-layers and the nerve cells in each layer are connected by spatial filters which approximate receptive fields in optic nerve fields. In the proposed method, patterns recognition for complicated images is carried out using global features as well as local features such as lines and end-points. A new generating method of matched filers representing global features is proposed in this network. 30659 T00401030659 ^x An implementation scheme of the magnetic nerve stimulator using a switching mode power supply is proposed. By using a switching mode power supply rather than a conventional linear power supply for charging high voltage capacitors, the weight and size of the magnetic nerve stimulator can be considerably reduced. Maximum output voltage of the developed magnetic nerve stimulator using the switching mode power supply is 3,000 volts and switching time is about 100 msec. Experimental results or human nerve stimulations using the developed stimulator are presented. 30768 T00401030768 ^x In this paper, we describe the design methodology and specifications of the developed module-based bedside monitors for patient monitoring. The bedside monitor consists of a main unit and module cases with various parameter modules. The main unit includes a 12.1" TFT color LCD, a main CPU board, and peripherals such as a module controller, Ethernet LAN card, video card, rotate/push button controller, etc. The main unit can connect at maximum three module cases each of which can accommodate up to 7 parameter modules. They include the modules for electrocardiograph, respiration, invasive blood pressure, noninvasive blood pressure, temperature, and SpO2 with Plethysmograph.

• 만화애니메이션 연구
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• 통권47호
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• pp.31-52
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• 2017

본 연구는 대학 수업에서 애니메이션관련 교육과정에 대해 NCS기반팀 티칭 교수학습사례를 제시하고 있다. NCS 교육은 스펙을 초월하고 채용시스템 정착과 국가직무능력표준 개발, 보급 등 실력과 능력이 존중받는 사회를 구현하기 위해 만들어졌다. 대학에서도 직무중심의 현장 전문인력 중심으로 대학 차원에서 직무특강 및 직무교육을 강화하고 있다. 특히, 애니메이션 분야는 새로운 기술이 급속도로 출현하고 있는 가운데 다양한 분야와의 융합형 인재를 요구하고 있다. 이러한 사회적 요구를 충족하기 위해서는 기존의 1인 1교과 수업방식에 한계가 있을 수 있으며 이를 해결하기 위해서는 직무별 세분화된 교수자의 다양한 참여가 필요하다. 즉, 학생들의 직무 교육 및 취업 창업의 문제를 전공교수 개인의 해결보다는 공동체적으로 해결하는데 목적이 있고 이를 위한 방안으로 팀 티칭을 제시하였다. 이를 통해 얻을 수 있는 기대효과로는 다음과 같다. 첫째, 애니메이션 분야가 갈수록 다양하고 융복합적으로 발전하는 추세에 따라 NCS직무와 관련된 능력단위 또는 능력단위 요소의 수행준거, 지식, 기술에 대한 전공 인력풀 활용으로 교수가 소속된 학과 이외의 타 학과 학생들과 매칭되어 보다 폭넓은 전문적 수업이 가능하다. 둘째, 대학 내부 전문가 교수를 적극적으로 활용하는 제도적 장치가 마련되어 자신의 소속 학과 이외의 타 학과에 부분적인 전문 역량 발휘가 가능하다. 이는 대학 내 교원역량강화 부문으로 연결된다. 셋째, 자신의 학과이외의 전문분야에 연관성 있는 전문교수의 협동수업을 통하여 보다 넓은 의미의 융합적이고 복합적인 대학만의 교육체계구축 할 수 있다. 마지막으로, 교내 교수인력풀의 전문특강과 멘토지원의 장점은 외부의 현장 전문가보다 학생의 다양한 이해와 요구를 수용할 수 있는 폭이 넓고, 학생에 대한 다각적인 지도가 책임교수와 이뤄질 수 있다. 학생이 필요로 하는 때 교내에서 쉽게 멘토를 만나 지도를 받기 때문에 시간적, 공간적 제약을 피할 수 있다.

• Asia pacific journal of information systems
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• 제19권3호
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• pp.99-124
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• 2009

Many firms in Korea have adopted and used advanced information technology in an effort to boost efficiency. The process of adapting to the new technology, at the same time, can vary from one firm to another. As such, this research focuses on several relevant factors, especially the roles of social interaction as a key variable that influences the technology adaptation process and the outcomes. Thus far, how a firm goes through the adaptation process to the new technology has not been yet fully explored. Previous studies on changes undergone by a firm or an organization due to information technology have been pursued from various theoretical points of views, evolved from technological and institutional views to an integrated social technology views. The technology adaptation process has been understood to be something that evolves over time and has been regarded as cycles between misalignments and alignments, gradually approaching the stable aligned state. The adaptation process of the new technology was defined as "appropriation" process according to Poole and DeSanctis (1994). They suggested that this process is not automatically determined by the technology design itself. Rather, people actively select how technology structures should be used; accordingly, adoption practices vary. But concepts of the appropriation process in these studies are not accurate while suggested propositions are not clear enough to apply in practice. Furthermore, these studies do not substantially suggest which factors are changed during the appropriation process and what should be done to bring about effective outcomes. Therefore, research objectives of this study lie in finding causes for the difference in ways in which advanced information technology has been used and adopted among organizations. The study also aims to explore how a firm's interaction with social as well as technological factors affects differently in resulting organizational changes. Detail objectives of this study are as follows. First, this paper primarily focuses on the appropriation process of advanced information technology in the long run, and we look into reasons for the diverse types of the usage. Second, this study is to categorize each phases in the appropriation process and make clear what changes occur and how they are evolved during each phase. Third, this study is to suggest the guidelines to determine which strategies are needed in an individual, group and organizational level. For this, a substantially grounded theory that can be applied to organizational practice has been developed from a longitudinal comparative case study. For these objectives, the technology appropriation process was explored based on Structuration Theory by Giddens (1984), Orlikoski and Robey (1991) and Adaptive Structuration Theory by Poole and DeSanctis (1994), which are examples of social technology views on organizational change by technology. Data have been obtained from interviews, observations of medical treatment task, and questionnaires administered to group members who use the technology. Data coding was executed in three steps following the grounded theory approach. First of all, concepts and categories were developed from interviews and observation data in open coding. Next, in axial coding, we related categories to subcategorize along the lines of their properties and dimensions through the paradigm model. Finally, the grounded theory about the appropriation process was developed through the conditional/consequential matrix in selective coding. In this study eight hypotheses about the adaptation process have been clearly articulated. Also, we found that the appropriation process involves through three phases, namely, "direct appropriation," "cooperate with related structures," and "interpret and make judgments." The higher phases of appropriation move, the more users represent various types of instrumental use and attitude. Moreover, the previous structures like "knowledge and experience," "belief that other members know and accept the use of technology," "horizontal communication," and "embodiment of opinion collection process" are evolved to higher degrees in their dimensions of property. Furthermore, users continuously create new spirits and structures, while removing some of the previous ones at the same time. Thus, from longitudinal view, faithful and unfaithful appropriation methods appear recursively, but gradually faithful appropriation takes over the other. In other words, the concept of spirits and structures has been changed in the adaptation process over time for the purpose of alignment between the task and other structures. These findings call for a revised or extended model of structural adaptation in IS (Information Systems) literature now that the vague adaptation process in previous studies has been clarified through the in-depth qualitative study, identifying each phrase with accuracy. In addition, based on these results some guidelines can be set up to help determine which strategies are needed in an individual, group, and organizational level for the purpose of effective technology appropriation. In practice, managers can focus on the changes of spirits and elevation of the structural dimension to achieve effective technology use.

• 한국방재안전학회논문집
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• 제13권1호
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• pp.59-75
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• 2020

본 연구는 인천시가 국제안전도시 인증을 받는 데 필요한 평가 도구인 'UNDRR의 도시 재난 복원력 스코어카드'를 적용한 사례연구이다. 이 스코어카드 평가를 통해 도출된 결과가 인천시의 재난경감 계획수립에 기여한 사례를 제시하고자 한다. 물론 재난 복원력 스코어카드는 도시가 직면한 모든 재난에 대한 복원력 향상 방안을 제시할 수 있는 것은 아니다. 다만 도시가 직면하고 있는 복원력의 약점을 발견하고, 그 해결책을 제시하여 도시의 재난 위험도를 경감시키는 데 있다. 이는 인천시가 직면한 재난위험도를 실무자들이 인지하도록 돕는 것이다. 그리고 재난에 취약한 분야에 대해 복원력을 갖출 수 있도록 UNDRR에서 권장하고 해결방안을 제시하였다. 이러한 과정이 인천시의 재난 복원력을 향상시키는데 기여할 수 있음을 확인하였다. UNDRR에서는 세계 도시의 재난경감을 위하여, 2010년부터 '기후변화, 재해에 강한 도시 만들기 캠페인, 일명 MCR(Making Cities Resilient) 캠페인'을 전 세계 도시로 확산시키고 있다. UNDRR에서 채택된 재난경감 지침을 적용함으로써 정부 및 지방자치단체, 이웃 도시들 간의 협업 등을 권장하고 있는 것이다. 인천시의 UN 도시 재난 복원력 스코어카드 평가 결과는 필수사항 10가지 중에 5개 분야(1. 재난 복원력을 위한 조직구성 및 이행 준비, 4. 복원력에 강한 도시개발과 설계추구, 5. 자연생태계가 제공하는 보호기능 강화를 위한 자연 완충재 보존, 9. 효과적인 재난대비와 대응력 확보, 10. 신속한 복원과 더 나은 재건)에서 5점 만점에 4점 이상(4.3~5.0)의 점수를 획득하여 강한 복원력 분야로 평가되었다. 이에 반해 5개 분야(2. 현재와 미래의 위험 시나리오 분석, 이해, 활용, 3. 재난 복원력을 위한 재정적 역량 강화, 6. 복원력을 위한 기관 역량 강화, 7. 복원력을 위한 사회적 역량 이해 및 강화, 8. 사회기반시설의 복원력 강화)는 5점 만점에 4점 미만(3.20~3.85)의 점수를 획득하여 약한 복원력 분야로 평가되었다. 본 연구의 스코어카드 평가 결과를 통해, 인천시가 당면한 위험요소를 우선순위별로 확인할 수 있었고, 재난위험도를 최소화할 수 있는 복원력 향상방안, 도시안전 기반의 도시개발계획 수립, 활용 가능한 재난경감자원 확인, 통합적인 재난대비 방안 등에 도움을 줄 수 있다.

• 한국의류학회지
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• 제31권6호
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• pp.848-858
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• 2007

의복의 자아 근접성 개념을 기반으로 한 여러 연령층의 설문조사 결과를 바탕으로 하여 2004년에 Sontag과 Lee가 객관적 측정도구, 의복의 자아 근접성 척도(PCS Scale)를 개발하였다. Sontag과 Lee는 24-항목을 포함한 4-요인으로 구성된 PCS 척도를 청소년층을 대상으로 타당화 하였다. 본 연구는 그들 연구의 연계로 초기 6-요인으로 구성되었던 PCS 척도를 노년층에 적용하여 19-항목을 포함한 3-요인으로 구성된 PCS 척도를 타당화 한다. 65세 이상의 노인층이 본 연구의 표본집단으로 설정되었고 임의 표집방법을 이용, 미국 전역 1,700명의 노년 표본이 표본조사회사로부터 구입되었다. 2004년 11월 설문조사가 시작되어 2005년 2월에 총 250개의 이용 가능한 설문자료가 수집되었다(15.6%의 응답 비율). PCS 척도의 타당성을 검증하기 위하여 Sontag과 Lee의 연구에서 사용한 요인분석과 신뢰도분석을 동일하게 3단계 절차로 노인층을 대상으로 실시하였다. AMOS 5.0 을 사용한 3단계 신뢰도 분석 결과 19-항목을 포함한 3-요인으로 구성된 PCS척도의 타당성이 노인층을 대상으로 검증되었다. 노인층의 PCS척도는 다음의 3-요인으로 구성된다: 1) 의복이 자아 구성 과정에 미치는 영향(PCS 요인 1-2-3의 병합), 2) 의복이 평가적이고 정서적인 자존 형성과정에 미치는 영향(PCS 요인 4-5의 병합), 그리고 3) 의복이 신체상과 신체에 쏟는 정신 집중정도에 미치는 영향(PCS 요인 6). Sontag과 Lee가 초기적으로 가설한 6-요인 PCS 척도는 청소년층과 노인층을 대상으로 한 어느 연구에서도 검증되지 않았다. 더 나아가, 이들이 검증한 청소년층의 4-요인 PCS 척도도 노인층을 대상으로 한 연구에서 검증되지 않았다. 이는 노인들의 자아 구성 이젊은 층보다 더 통괄/복합적인 것에서 기인된다고 보인다. 이 글은 PCS 척도의 앞으로의 연구방향과 이용방향을 끝으로 마무리 지어 진다.

• 한국융합학회논문지
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• 제11권12호
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• pp.329-341
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• 2020

COVID-19가 전 세계를 휩쓸면서 지금까지만 해도 4,500만명 이상의 확진자와 100만 명이 넘는 사망자가 발생했고, 당분간 이런 상황이 계속될 것으로 보인다. 특히 이탈리아나 스페인 등을 비롯한 유럽의 경우에는 감염자의 절반 이상이 요양시설에서 발생했고, 미국에서도 노인요양시설에서 4천여 명이 사망한 것으로 보고되고 있다. 때문에 포스트코로나 이후에 당면하게 될 문제는 집단돌봄에 대한 근본적 해결 요구와 가정 중심 서비스로의 이동에 있게 될 것이다. 특히 ICT 등 4차 산업 기술을 접목한 가정중심돌봄, 즉 초 기술을 기반으로 하는 커뮤니티 케어의 정착과 확장에 관한 논의가 점점 더 활발해질 것으로 보인다. 이로 인하여 4차 산업과 사회보장·사회복지를 어떻게 구체적으로 결합할 것인가라는 과제가 주어진다. 이른바 스마트웰페어시티를 어떻게 만들어 국민의 사회보장과 복지에 기여할 것인가가 바로 그것이라고 할 것이다. 이러한 상황에서 본 논문은 선행연구에서 다루었던 사회보장플랫폼에 관한 내용 중 그 기능과 범위 및 스마트웰페어시티 개념의 확정과 확장가능성을 통해 비대면 돌봄의 개념과 범위 및 내용 등을 고찰하였다. 이는 우리 사회가 지향하고자 하는 사회보장·사회복지영역에서의 스마트시티를 구현함으로써 커뮤니티 케어나 Aging in Place를 실현하고자 하는데 나름의 중요한 의미를 가지는 것이라고 판단된다. 다만 비대면 돌봄서비스의 구현을 위한 정책적, 법·제도적 관점에서의 구체적 방안이 무엇인지에 대해 다루지 못하고 있는 점은 아쉬운 부분이며 향후 이에 대한 연구가 필요하다는 점에서 한계가 있음을 밝혀둔다. 본고에서 다루고 있는 내용들이 스마트웰페어시티 뿐 아니라 행정·실천·법제 등을 비롯한 사회보장·사회복지체제 내지 전달체계 등에서의 방향과 미래상을 제시하고, 궁극적으로는 인간의 삶의 질 향상이라는 목표를 달성하는데 기여할 수 있기를 기대해 본다.

• 한국전통조경학회지
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• 제32권2호
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• pp.68-81
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• 2014

본 연구는 제주시 한림읍 소재 명월대와 명월숲의 생태문화경관적 특성 파악과 가치 발굴을 목적으로 시도되었다. 이를 위해 이곳의 장소성을 밝히고 명월대와 명월숲의 경관특성을 조명하는 한편 지속가능한 활용과 보존을 위한 관리방안을 제시하였다. 본 연구의 주요 결과는 다음과 같다. 명월성과 명월포구는 예로부터 군사요새이자, 명월 수류촌은 서부 제주지역 행정의 중심지인 한림읍 명월지역의 위상을 보여줄 뿐 아니라 명월지역에 존재했던 월계정사와 우학당은 교육문화의 본산으로, 교육 중심지 명월리의 장소성을 대변한다. 명월대는 조선시대 선비들이 시와 풍월을 즐기고, 장기와 바둑을 두던 유풍이 남아있는 음풍농월의 현장이자 제주도의 대표적인 유교 문화경관이다. 현재의 명월대 유구는 일제강점기인 1931년 홍종시(洪鍾時)를 중심으로 한 명월청년회 주도로 이루어진 정비사업의 결과이다. 사각형-팔각형-원형 등 3단으로 구성된 명월대의 석축 구성은 유교사상의 천인합일사상을 바탕으로, 중앙의 팔각은 천원지방(天圓地方)의 의미를 부여한 것으로 보인다. 한편 명월대교와 명월교는 모두 초기에는 홍예교로 석축된 것으로 추정되며 명월교는 제주에 남아있는 유일한 홍예교로 근대문화유산적 가치가 있다. 명월숲의 식물상은 총 97분류군(taxa)이 확인되었으며, '식물구계학적 특정식물종의 분류군 및 등급기준'에 준하면 IV등급에는 가는쇠고사리, III등급에 호랑가시나무, 후추등, 까마귀쪽나무, 멀구슬나무, 산유자나무, 노랑하늘타리, 아욱메풀, 아왜나무 등 8분류군으로 나타났다. 반면에 귀화식물은 제주도에만 이입된 솔잎미나리를 비롯하여 14분류군이 확인되었다. 명월숲에는 팽나무 41주와 푸조나무 30주, 산유자나무 2주, 소나무, 동백나무, 멀구슬나무, 호랑가시나무 각각 1주 등 도합 77그루의 수목이 군락을 이루고 있다. 조사된 자료를 근거로 명월대와 명월숲의 보존관리방안은 다음과 같다. 명월대와 명월교 그리고 명월숲을 하나의 통합 영역으로 한 보존관리가 필수적이다. 명월교는 제주도내에서는 찾아보기 어려운 홍예교로 수준 높은 석공예물로 장기적인 보존방안이 마련되어야 할 것이다. 한편 교량노후화로 인해 사고위험에 노출되고, 안전진단이 요구되는 명월대교는 정밀안전진단 결과에 따른 대책이 요구된다. 재시공시 초건 시의 모습인 2수문의 완벽한 홍예교로 건립하여 명월대와 함께 향후 대표적 지역 명소로 보존 및 활용해야 할 것을 건의한다. 또한 조사결과에 근거한 종조성으로 볼 때 현재 제주특별자치도 기념물 제19호 '명월 팽나무군락'의 명칭은 '명월 팽나무-푸조나무군락'으로 재고되어야 할 것이다. 그리고 팽나무와 푸조나무 구분 없이 이루어진 일련번호 체계는 개선되어야 하며 노거수목 및 특정식물종이나 귀화종에 대해서는 생육상태에 대한 주기적인 모니터링이 요구된다.