Intelligent Distributed Multimedia Secure System towards Trusted Cloud Computing Paradigm

다국어 초록 (Multilingual Abstract)

Smart devices exploit cloud computing to lessen the resource constrains and provide real-time services to users with cost effective features. Today’s miscellany of end user electronic appliances with wireless transmission, provide a real time computing on wide variety of platforms and devices, by emerging the cloud computing paradigm. In this context, many services like audio and video streaming are delivered to the consumer by using cloud-based providers. Moreover service continuity across the different terminals is still, a major challenge. Present cloud owners enhance the sharing feature, to transmit the user information between different cloud providers, social networking web-sites with the help of several third parties. Which makes the user hesitate to use cloud services, due to security and privacy concerns. To overcome the service continuity and security concerns, this paper proposed an IDMSS(Intelligent Distributed Multimedia Secure System) for heterogeneous networks, with the sum of three functions. 1) Middleware architecture, 2) TCF(Trusted Cloud Framework), 3) Multimedia System. Analysis says that IDMSS provides, a quality session continuity and TCF for a user in the pervasive computing. Simulation analysis presents our proposed novel approach as more effective than existing domains.

참고문헌 (Reference)

1 김희열, "하이브리드 보안 프로토콜을 이용한 신뢰 클라우드 컴퓨팅 플랫폼 개선" 한국정보기술학회 13 (13): 65-72, 2015

2 김재상, "프라이빗 클라우드 환경에 적합한 WHDI 기반 스마트 디바이스간의 콘텐츠 공유 기술" 한국정보기술학회 13 (13): 109-115, 2015

3 "https://en.wikipedia.org/wiki/OneDrive"

4 Shengmei Luo, "Virtualization security for cloud computing service" 174-179, 2011

5 Min Zhu, "VASP : Virtualization assisted security monitor for cross-platform protection" SAC 554-559, 2011

6 J. Linden, "Twinstrata publishes a snapshot into cloud storage adoption from 2012 cloud computing expo"

7 A. Nusca., "The future of cloud computing:9 trends for 2012 @ONLINE"

8 National Institute of Standards and Technology, "The NIST Definition of Cloud Computing, nist special publication 800-145 edition"

9 Patricia Arias Cabarcos, "SuSSo : Seamless and Ubiquitous Single Sign-on for Cloud Service Continuity across devices" 58 (58): 1425-1433, 2012

10 H. Wang, "On the impact of virtualization on dropbox-like cloud file storage/synchronization services" 1-9, 2012

11 P. Madsen, "Liberty ID-WSF Multi-Device SSO Deployment Guide"

12 I. Drago, "Inside dropbox : understanding personal cloud storage services" 481-494, 2012

13 F. Hao, "How to sync with Alice" 170-178, 2011

14 D. Quick, "Forensic collection of cloud storage data : Does the act of collection result in changes to the data or its metadata?" 10 (10): 266-277, 2013

15 P. Arias Cabarcos, "FamTV : An architecture for Presence-Aware Personalized Television" 57 (57): 6-13, 2011

16 S. Nimgaonkar, "Energy efficient memory authentication mechanism in embedded systems" 248-253, 2011

17 M. Barisch, "Design and Evaluation of an Architecture for Ubiquitous user Authentication based on Identity Management Systems" 863-872, 2011

18 M. Almorsy, "Collaboration-based cloud computing security management framework" 364-371, 2011

19 Fengzhe Zhang, "Cloudvisor : Retrofitting protection of virtual machines in multi-tenant cloud with Nested Virtualization" SOSP 203-216, 2011

20 A. S. Ibrahim, "Cloudsec : A security monitoring appliance for virtual machines in the iaas cloud model" 113-120, 2011

21 Satyajeet Nimgaonkar, "CTrust : A framework for Secure and Trustworthy application execution in Cloud computing" 24-31, 2012

22 Abhilash Sreeramaneni, "CIMS : A Context-Based Intelligent Multimedia System for Ubiquitous Cloud Computing" 228-245, 2015

23 Hamid Banirostam, "A Trust Based Approach for Increasing Security in Clou Computing Infrastructure" 717-721, 2013