THE ARCHITECTURE OF INTERNATIONAL RELATIONS INFORMATION MANAGEMENT SYSTEM USING CLOUD COMPUTING TECHNOLOGY TO PROMOTE WORLD UNIVERSITY RANKINGS
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Abstract
The research aims: 1) to analyze and synthesize the conceptual framework the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings, 2) to design the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings, 3) to develop the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings, and 4) to evaluation the satisfaction on developing the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings. The instruments of this research were 1) the conceptual framework the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings, 2) the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings, and 3) the evaluation the satisfaction on developing the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings. The results of the research found that: 1) the developed architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings consists of 5 parts: (1.1) Stakeholders, (1.2) International Information, (1.3) International Relations Information Management System, (1.4) Private Cloud, and (1.5) World University Rankings; and 2) the suitability evaluation result on the developed architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings found that (2.1) the overall composition on the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings is at the highest level (= 4.60, S.D.= 0.55), (2.2) for the suitability of classified composition, the composition of stakeholders was at the highest suitability level (
= 4.73, S.D.= 0.45), International Information was also at the highest suitability level (
= 4.83, S.D.= 0.38), International Relations Information Management System was at the highest suitability level (
= 4.80, S.D.= 0.42), Private Cloud was at the highest suitability level (
= 4.50, S.D.= 0.56), and the composition of World University Rankings was at the highest suitability level (
= 4.90, S.D.= 0.32); and (2.3) the implementation of the architecture of International Relations Information Management System using Cloud Computing Technology to Promote World University Rankings was at the highest level (
= 4.62, S.D.= 0.43).
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