• Title/Summary/Keyword: Scale of Center

Search Result 5,635, Processing Time 0.029 seconds

Developing the Service Quality Scale of Business Center: A New B2B Service Retailing Format (신 서비스유통포맷으로서의 비즈니스센터의 서비스품질 평가척도 개발)

  • Kim, Seung-Sub;Yoo, Dong-Keun;Lee, Phil-Soo
    • Journal of Distribution Science
    • /
    • v.12 no.11
    • /
    • pp.101-111
    • /
    • 2014
  • Purpose - This study aims to verify the construct of the service quality suitable to the characteristics of the business center, to develop the scale that can measure the service quality objectively, compare the diverse business centers in Korea, and present desirable methods of business center management and operation. Research design, data, and methodology - In the first stage, literature research and focus group interviews with current users and actual business experts of business centers were conducted. In addition, 69 early stage scale items were derived. In the second stage, a Delphi survey was conducted on the experts of business and academic circles. The measurement items in the early stage were supplemented and revised. The content validity rate (CVR) of 69 measures was computed and then the experts' opinions were used. As a result, the business center service quality scale, made up of 9 organizing factors and 36 measurement items, was constructed. In the third stage, a survey was conducted on the occupants who were currently using the business center. It was to confirm if the developed business center service quality scale could be actually utilized. The data of 435 samples collected were used. To refine the scale items, the exploratory factor analysis (EFA) was conducted repeatedly. Results - The business center service quality scale, made up of 8 factors and 33 items, was developed again. The 8 factors are reliability, speed, kindness, specialty, responsibility, appearance, convenience, and public interest. The reliability coefficient (Cronbach's Alpha) of each factor is greater than .7. Thus, it was confirmed that there was reliability in the measurement items. Further, the model suitability was verified using the confirmatory factor analysis (CFA), and the convergent validity and the discriminant validity were verified. This proved the construct validity. Through this process, the Korea Business Center Service Quality Scale was developed. Based on factor analysis, the developed business center service quality (BCSQ) scale consists of 4 aspects, 8 factors, and 33 items, comprising the "process quality" aspect: reliability (3 items), speediness (4 items), kindness (3 items) factors, the outcome quality aspect: expertise (3 items), responsibility (5 items) factors, the environment quality aspect: appearance (5 items), convenience (3 items) factors, and the public interest aspect: public interest (7 items) factor. However, according to CFA, the BCSQ scale consists of a total of 4 aspects, 8 factors, and 33 items, comprising the "process quality" aspect: reliability (3 items), speediness (3 items), kindness (3 items) factors, the outcome quality aspect: expertise (2 items), responsibility (4 items) factors, the environment quality aspect: appearance (3 items), convenience (2 items) factors, and the public interest aspect: public interest (3 items) factor. Conclusions - The BCSQ scale could serve as a diagnostic tool that will allow business center managers to determine service areas that are weak and in need of attention, and to improve the service quality of the business center.

Health-Care Services Recognition Comparison of patient between Korean Medicine Hospital and Seoul Health Center (한방병원(韓方病院)과 보건소(保健所) 내원(內院) 환자(患者)의 의료(醫療) 서비스 인식(認識) 비교(比較))

  • Jeong, Sun-Hyeon;Nam, Seung-Gyu;Kim, Yong-Il
    • Journal of Haehwa Medicine
    • /
    • v.22 no.2
    • /
    • pp.119-141
    • /
    • 2014
  • Objective : This study was designed to health-Care services recognition comparison of patient between Korean Medicine 00 Hospital and Seoul 00 Health Center. Methods : 277 subjects were participated in this study. After a treatment, we analyzed a patient type by using a questionnaire. After all treatment, we conducted a survey about Medical Trust Scale, Medical Happiness Index Scale, Service Quality Scale. To evaluate a satisfaction degree, we analyzed results of survey statistically. Results : The results of the analysis, Korean Medicine 00 Hospital group got a higher score than Seoul 00 Health Center group statistical significantly on Medical Trust Scale, Medical Happiness Index Scale, Service Quality Scale. Conclusion : Korean Medicine 00 Hospital group got a higher score than Seoul 00 Health Center group. It was more effective in Korean Medicine 00 Hospital group than Seoul 00 Health Center group.

Development of devices and methods for simulation of hurricane winds in a full-scale testing facility

  • Huang, Peng;Chowdhury, Arindam Gan;Bitsuamlak, Girma;Liu, Roy
    • Wind and Structures
    • /
    • v.12 no.2
    • /
    • pp.151-177
    • /
    • 2009
  • The International Hurricane Research Center (IHRC) at Florida International University (FIU) is pursuing research to better understand hurricane-induced effects on residential buildings and other structures through full-scale aerodynamic and destructive testing. The full-scale 6-fan Wall of Wind (WoW) testing apparatus, measuring 4.9 m tall by 7.3 m wide, is capable of generating hurricane-force winds. To achieve windstorm simulation capabilities it is necessary to reproduce mean and turbulence characteristics of hurricane wind flows. Without devices and methods developed to achieve target wind flows, the full-scale WoW simulations were found to be unsatisfactory. To develop such devices and methods efficiently, a small-scale (1:8) model of the WoW was built, for which simulation devices were easier and faster to install and change, and running costs were greatly reduced. The application of such devices, and the use of quasiperiodic fluctuating waveforms to run the WoW fan engines, were found to greatly influence and improve the turbulence characteristics of the 1:8 scale WoW flow. Reasonable reproductions of wind flows with specified characteristics were then achieved by applying to the full-scale WoW the devices and methods found to be effective for the 1:8 scale WoW model.