Title :
Role of social networking in patient monitoring and E-healthcare
Author :
Ahmed, Shehab ; Raja, M. Yasin Akhtar
Author_Institution :
Dept. of Comput. Sci. & Eng., Bahria Univ., Islamabad, Pakistan
Abstract :
The rapid developments in the network communication systems, sensor technologies, and web engineering have enabled the advent of social networking. E-healthcare is one of the compelling areas where remote interaction of patients and medical community has become a part of medical practice. The wireless communication and availability of WiFi enabled personal digital assistants (PDAs) have extended the domain to Anywhere, Anytime. Hence the physicians, doctors, patients and hospitals are integrated in a social network without any limitation of physical location. Virtual hospitals offer services environment to patients at home, office and during the travel etc. It is extremely useful when monitoring is required for an indisposed-patient due to old age, post treatment condition or in emergency scenarios. The infrastructure-less support to mobile nodes has a lot of applications in war, emergency, ambulatory cases or far flung areas. The peer nodes connect to the internet service provider node to enable medical services such as recording clinical data measurements, offering medical advice, receiving medical reports and medical prescriptions etc. The knowledge based systems; cyber domain information interchange, data management, security and ubiquitous cloud for telemedicine to enable virtual hospital services have been discussed. The wireless sensor networks for disaster management or emergency assistance with the help of infrastructure-less communication and role of social networking has been presented. The design and development initiatives and projects at hand in these areas have been briefly described.
Keywords :
cloud computing; electronic data interchange; emergency services; health care; knowledge based systems; notebook computers; patient monitoring; patient treatment; social networking (online); telemedicine; wireless LAN; wireless sensor networks; E-healthcare; PDA; WiFi availability; ambulatory cases; clinical data measurement recording; cyber domain information interchange; data management; data security; disaster management; doctors; emergency assistance; emergency scenarios; far flung areas; infrastructure-less communication; internet service provider; knowledge based systems; medical advice; medical community; medical practice; medical prescriptions; medical report; medical services; mobile nodes; network communication systems; patient monitoring; peer nodes; personal digital assistants; physical location; physicians; post treatment condition; remote patient interaction; sensor technologies; service environment; social networking; telemedicine; ubiquitous cloud; virtual hospital services; war; web engineering; wireless communication; wireless sensor networks; Cloud computing; Hospitals; Medical diagnostic imaging; Monitoring; Social network services; Telemedicine; DRM-Disaster Response Management; KBMS-Knowledge Based Systems; VH; Virtual hospital;
Conference_Titel :
High Capacity Optical Networks and Enabling Technologies (HONET-CNS), 2013 10th International Conference on
Conference_Location :
Magosa
Print_ISBN :
978-1-4799-2568-1
DOI :
10.1109/HONET.2013.6729765