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Mobile Public e-Government Cloud Services Platform

초록

영어

The mobile public e-Government cloud services platform solution will encompass new technologies, and through the Big Data concept for data collection and exchange it will enable innovative channels of communication and collaboration among different players. The major benefit of the cloud-based platform is the efficient execution of heavy computation algorithms in the cloud simply by using Big Data storage and processing platforms. This new approach will address the mismatch between labour demand and supply to make the services of the public employment agencies more efficient, more effective, user-friendly and personalized. The main focus is given on the positive impact of e-services for employability prospects of young unemployed people, those with disabilities, and older workers. The platform will facilitate the matching of people for job openings, and more specifically, the job search by people with special skill-profiles, including special needs or time requirements. It will provide a networking platform and information services to address socio-economic side-effects of labour market exclusion. The main purpose of the model of mobile public e-Government cloud services platform is to provide an integrated environment where public institutions will receive complete data analysis.

목차

Abstract
 1. Introduction
 2. Public e-Government Cloud Services Platform
  2.1. Personalized Public Services
  2.2. Intelligent and Innovative use of Crowdsourced Large Volumes of Publicly Available Data for New, Smart and Mobile Public Services
 3. Concept and Approach
  3.1. Development of Public Online Profile for Job-seekers
  3.2. Development of the Public Online Profile for Employers
  3.3. Develop Online Employer Subsidies Calculator
 4. Big Data Storage User Profile Bank for Skills Matching
  4.1. COLLECTING (e-account)
  4.2. PROCESSING (Skills Matching and Job Recommendation Algorithms)
  4.3. STORAGE (Big Data storage User Profile Bank)
 5. Measures to Maximise Impact
 6. Discussion
 References

저자정보

  • Aleksandar Karadimce Faculty of Computer Science and Engineering, University of Information Science and Technology “St. Paul the Apostle” Ohrid Republic of Macedonia

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