143 research outputs found
Question Utilization in Solution-Focused Brief Therapy: A Recursive Frame Analysis of Insoo Kim Berg\u27’s Solution Tak
No full textRecursive frame analysis (RFA) was used to conduct a single case investigationif Insoo Kim Berg\u27s question utilization talk in a solution-focused brief therapy (SFBT) session. Due to the lack of process research that explores how SFBT questions facilitate change, the author investigated how Berg’s solution language influenced a client to respond in session. The purpose of this case study was to explore how SFBT questions served as interventions to facilitate change. The research question for this study was twofold: (a) how does Berg’s language influence conversation and (b) how is the client influenced by Berg’s questions in a therapeutic context? The findings suggest that Berg’s questions serve as interventions for change as noted by patterns in the therapeutic conversation
Question Utilization in Solution-Focused Brief Therapy: A Recursive Frame Analysis of Insoo Kim Berg\u27s Solution Talk
No full textRecursive frame analysis (RFA) was used to conduct a single case investigation of Insoo Kim Berg\u27s question utilization talk in a solution-focused brief therapy (SFBT) session. Due to the lack of process research that explores how SFBT questions facilitate change, the author investigated how Berg\u27s solution language influenced a client to respond in session. The purpose of this case study was to explore how SFBT questions served as interventions to facilitate change. The research question for this study was twofold: (a) how does Berg\u27s language influence conversation and (b) how is the client influenced by Berg\u27s questions in a therapeutic context? The findings suggest that Berg\u27s questions serve as interventions for change as noted by patterns in the therapeutic conversation
Editorial: Is the NLPR3 Inflammasome “Overheated” by Pneumococcal Vaccination in Cryopyrin‐Associated Periodic Syndromes?
No full textRecommended from our members
On the use of GNSS-derived PWV for Predicting the Path of Typhoon: Case Studies for Soulik and Kongrey in 2018
No full textA typhoon is a highly destructive weather event, causing severe damage and losses to the economy and lives. The impacts of typhoons can be mitigated by adequately predicting their path in advance. The progress of a typhoon can be investigated by analyzing the significant changes in Precipitable Water Vapor (PWV) in a given region. Global Navigation Satellite Systems
(GNSS) have been utilized to monitor the changes in PWV since GNSS meteorology was introduced in the early 1990s. In this study, PWV variations of two typhoons, Soulik and Kongrey in 2018, are investigated based on GNSS derived PWV (GNSS-PWV). The variations in GNSS-PWV are used for predicting the typhoon path, provided that the movement direction of PWV corresponds to that of a typhoon. In the study area, GNSS stations are densely distributed like an array so that the array enables to monitor the variations of PWV over the region more sensibly than a conventional PWV monitoring method, which is the radiosonde based PWV observations (RS-PWV). Comparing the results of GNSS-PWV to the RS-PWV, GNSS-PWV is proved to be comparable and even provides better spatiotemporal resolution. It should be noted that the GNSS-PWV is investigated with meteorological parameters together during a typhoon event. The pattern of GNSS-PWV showed the opposite pattern of air pressure, which is one of the essential factors in conventional typhoon forecast methods. As the GNSS-PWV and the pressure are strongly correlated, this study only focused on the GNSS-PWV for analyzing the meteorological variations and predicting the path of typhoons. To predict the typhoon’s subsequent location, the research proposes the concept of Predicted Location of Typhoon (PLT). PLT is calculated as follows: 1) estimated all the GNSS-PWV in the study area during a typhoon event. 2) The top five GNSS stations showing the highest PWV are selected. 3) The 2-dimension mean position of them is calculated. 4) This position indicates the PLT corresponding to the process of the typhoon. The research model predicted a typhoon’s subsequent location approximately 5 hours in advance with an average distance discrepancy of 14 km in two experiments. When the typhoon approaches the landfall point, the research model managed to predict the landfall point, approximately 5.3 hours in advance, with an average distance discrepancy from the actual path of 13.19 km in two experiments. Although the proposed method used only GNSS-PWV using existing GNSS stations, it still yielded comparable results of typhoon paths, comparing those issued by Korea Meteorological Administration (KMA), who considerably applied the conventional and certified method for forecasts. These results imply that GNSS-PWV is promising for the prediction of the typhoon path seamlessly in a cost-effective and environmentally friendly manner, and it can be used for the supplementary information for the current typhoon forecast.
Keywords: GNSS meteorology, PWV, Typhoon, Predicted Location of Typhoo
Advances in Disease Mechanisms and Translational Technologies: Clinicopathologic Significance of Inflammasome Activation in Autoimmune Diseases
No full textPeer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/154483/1/art41127.pdfhttps://deepblue.lib.umich.edu/bitstream/2027.42/154483/2/art41127_am.pd
2013 경제발전경험모듈화사업 : ICT 연구개발체계 수립
No full textAcronyms and Glossary
Summary
Chapter 1 Objectives and Achievements
1. The Evolution and Achievement of Government ICT R&D in Korea
2. Input and Output of ICT R&D
Chapter 2 Backgrounds and Needs
Chapter 3 Strategy and System
1. Strategy for Policy Making and Implementation
2. Funding for Public ICT R&D
Chapter 4 Specifics of Policies
1. ICT R&D Policy during the Basic Competence Reinforcement Period (1960~1986)
2. ICT R&D Policy during the Infrastructure Construction Period (1987~2003)·
3. ICT R&D Policy during the Demand and Supply Mutual Growth Period (2004~2007)
4. ICT R&D Policy for ICT Convergence Period (2008~2010)
Chapter 5 Evaluation
1. TDX (Time Division Exchangers)
2. CDMA (Code Division Multiple Access) Technology Development
3. Case of WiBro Technology Development
Chapter 6 Implications for Developing Countries
1. Preparing the Ground
2. Nuturing the Soil
3. Removing the Weeds
4. Watering Innovation
5. The Role of Government in ICT R&D
Reference
ICT R&D system and policy
No full text노트 : Government Publications Registration Number 11-1051000-000449-0
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