Abstract
INTRODUCTION: Many organizations of health care have recognized that quality of service can be improved by maintaining e-records of patient’s reports, medical histories, surgeries recordings, etc. over the multimedia cloud servers. But, the data breach is always a matter of stake for an organization as well as for the patients. OBJECTIVES: This work has considered a qualitative scenario related to multimedia e-content management for a multiforte hospital’s cloud server. METHODS: An End-to-End Encryption with the cryptographic algorithm is applied along with an access control framework for secure transmission and storage of e-records. RESULTS: The results are presented in the form of bar graphs for the time taken to perform encryption/decryption of various media files and combo graphs for different scenarios of access control. CONCLUSION: This can provide prevention from many attacks/threats, ensures authentication and privacy along with limiting the server usage and cost.
Highlights
Many organizations of health care have recognized that quality of service can be improved by maintaining e-records of patient’s reports, medical histories, surgeries recordings, etc. over the multimedia cloud servers
Mobile gadgets with minimum required configuration and less processing power stand nowhere and are unable to cope up with the huge manipulations and computing required by other expensive media software. This resulted in the demand for Multimedia Cloud Computing (MCC) [4]
This paper presents a possible practical scenario or case study where the suggested cryptography algorithm and access control model can be deployed for performance enhancement
Summary
Many organizations of health care have recognized that quality of service can be improved by maintaining e-records of patient’s reports, medical histories, surgeries recordings, etc. over the multimedia cloud servers. Mobile gadgets with minimum required configuration and less processing power stand nowhere and are unable to cope up with the huge manipulations and computing required by other expensive media software. This resulted in the demand for Multimedia Cloud Computing (MCC) [4]. The computing, storage and security constraints for the multimedia content are different, this field has drawn a lot of attention and became a popular area of research. It has been proposed by many researchers to have a separate architecture for multimedia content handling over cloud [5]
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