Title :
SCT: Secured Cloud based Telemedicine
Author :
Jeyanthi, N. ; Thandeeswaran, R. ; Mcheick, Hamid
Author_Institution :
Sch. of Inf. Technol. & Eng., VIT Univ., Vellore, India
Abstract :
Telemedicine started its journey and successful deployment over several decades. But still it could not mark a remarkable contribution to neither rural nor urban areas. People realized its impact when it saved a life from becoming an extinct. Telemedicine connects patient and specialized doctors remotely and also allows them to share the sensitive medical records. Irrespective of the mode of data exchange, all types of media are vulnerable to security and performance issues. Remote data exchange during an emergency situation should not be delayed and at the same time should not be altered. While transit, a single bit change could be interpreted differently at the other end. Hence telemedicine comes with all the challenges of performance and security issues. Delay, cost and scalability are the pressing performance factors whereas integrity, availability and accountability are the security issues need to be addressed. This paper lights up on security without compromising quality of service. Telemedicine is on track from standard PSTN, wireless Mobile phones and satellites. Secure Cloud based Telemedicine (SCT) uses Cloud which could free the people from administrative and accounting burdens.
Keywords :
biomedical equipment; cloud computing; data integrity; delays; electronic data interchange; emergency services; mobile computing; mobile handsets; security of data; telemedicine; telephone networks; SCT; accounting burdens; administrative burdens; emergency situation; medical record sharing; performance factors; quality service quality; remote data exchange alteration; remote data exchange delay; remote data exchange mode; secured cloud based telemedicine; single bit change effect; standard PSTN; telemedicine accountability; telemedicine availability; telemedicine cost; telemedicine delay; telemedicine effect; telemedicine integrity; telemedicine performance issues; telemedicine scalability; telemedicine security issues; wireless mobile phones; Availability; Cloud computing; Educational institutions; Medical services; Read only memory; Security; Telemedicine; Cloud; Security; Telemedicine; availability; confidentiality;
Conference_Titel :
Networks, Computers and Communications, The 2014 International Symposium on
Conference_Location :
Hammamet
DOI :
10.1109/SNCC.2014.6866531