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잠재프로파일분석을 통한 일선 경찰관의 증거기반 경찰활동(EBP)과 경험적 연구에 대한 수용성 및 거부감 유형 분류 및 영향 요인 검증
박은서,김승현 경찰대학 경찰대학 2023 경찰학연구 Vol.23 No.4
This study employed latent profile analysis to classify police officers based on their levels of receptivity and resistance to evidence-based policing. The study also examined the relationship between these latent profiles and the demographic characteristics of the officers. Data were collected from 467 police officers working across various police stations and police boxes in Seoul. The analysis yielded three distinct latent profiles: high receptivity-low resistance, middle receptivity-middle resistance, and low receptivity-high resistance. The findings of this study revealed that demographic characteristics such as age, length of tenuer, and class were associated with latent profiles. Specifically, officers with higher age, longer tenure, and higher class exhibited a higher frequency of belonging to the low receptivity-high resistance profile as opposed to the high receptivity-low resistance profile. This research contributes to our understanding of the latent profiles of police officers' attitudes toward evidence-based policing. Additionally, the study explores potential avenues for enhancing the receptivity and reducing the resistance to evidence-based policing among law enforcement personnel. The paper concludes by suggesting areas for further research in this domain.
박은서,유성열,임형철,방승철,서윤경,박장현,조중현,박종욱,나자경,장정균,장비호,김광동,김병인,박철훈,이성휘,함상용,손영수,Park, Eun-Seo,Yu, S.Y.,Lim, H.C.,Bang, S.C.,Seo, Y.K.,Park, J.H.,Jo, J.H.,Park, J.U.,Nah, J.K.,Jang, J.G.,Jang, B.H.,Kim, K.D.,Kim, 한국천문학회 2012 天文學論叢 Vol.27 No.3
KASI (Korea Astronomy and Space Science Institute) has developed an SLR (Satellite Laser Ranging) system since 2008. The name of the development program is ARGO (Accurate Ranging system for Geodetic Observation). ARGO has a wide range of applications in the satellite precise orbit determination and space geodesy research using SLR with mm-level accuracy. ARGO-M (Mobile, bistatic 10 cm transmitting/40 cm receiving telescopes) and ARGO-F (Fixed stationary, about 1 m transmitting/receiving integrated telescope) SLR systems development will be completed by 2014. In 2011, ARGO-M system integration was completed. At present ARGO-M is in the course of system calibration, functionality, and performance tests. It consists of six subsystems, OPS (Optics System), TMS (Tracking Mount System), OES (Opto-Electronic System), CDS (Container-Dome System), LAS (Laser System) and AOS (ARGO Operation System). In this paper, ARGO-M system structure and integration status are introduced and described.