Today, the government health policies and plans to introduce telemedicine system for the care of the Environment based on the upcoming ubiquitous. Remote medical system, from the standpoint of the patient utilizing the medical institution, means away from constraints of time and space. However, these policies have sparked strong opposition from private institutions, such as when subjected to pharmacists. In particular, the cause of repulsion for each individual security policies, lack of medical information has become an important factor in the rebound. and there is a limit to convince its medical institutions. This paper is a multifaceted network configuration for future cloud-based medical facilities for individual survival in relation to telemedicine enforcement. In addition, this individual will be clustered environment, telemedicine among national institutions are organized by the Gyeonggi Province Hospital Medical Center area as the model was constructed virtually. However, since the concentration of the individual critical information are clustered attack for unauthorized collection of personal information can also be increased dramatically. Therefore, this paper, in preparation for the ubiquitous care environment will emerge in our society in the future, illegal information gathering attack occurs configure a remote medical cluster system sharing a mutual infringement of the information and the encryption scheme service availability and proactively using which it was designed for defense cooperation model.
[confproc]
O.Chen.
/ 2009
/ Cloud computing and its key techniques
/ Shanghai 200240
/ Department of Computer Science and Engineering, Shanghai Jiao Tong University
29(9)
: 2562~2567
[journal]
C-C. Park.
/ 2007
/ The proposal of evaluation measure from hospital information system : The case study of C national university hospital in Korea
/ Journal of The Korea Knowledge Information Technology Systems
2(2)
: 69~77
[report]
Q. Miao
/ 2013
/ When intelligence meeting wity big data:Review and perceptions of big Data’S hotspot intelligence tracking
/ Institute of Scientific & Technical Information of Shanghai
[confproc]
D. Pansa.
/ 2008
/ Architecture and protocols for secure LAN by using a software-level certificate and cancellation of ARP protocol
/ Third 2008 International Conference on Convergence and Hybrid Information Technology
: 21~26
@article{ART002101550}, author={Chang Ho An and 백현철 and PARK JAE HEUNG and KimSangBok}, title={A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters}, journal={Journal of Knowledge Information Technology and Systems}, issn={1975-7700}, year={2016}, volume={11}, number={2}, pages={107-118}
TY - JOUR AU - Chang Ho An AU - 백현철 AU - PARK JAE HEUNG AU - KimSangBok TI - A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters JO - Journal of Knowledge Information Technology and Systems PY - 2016 VL - 11 IS - 2 PB - Korea Knowledge Information Technology Society SP - 107 EP - 118 SN - 1975-7700 AB - Today, the government health policies and plans to introduce telemedicine system for the care of the Environment based on the upcoming ubiquitous. Remote medical system, from the standpoint of the patient utilizing the medical institution, means away from constraints of time and space. However, these policies have sparked strong opposition from private institutions, such as when subjected to pharmacists. In particular, the cause of repulsion for each individual security policies, lack of medical information has become an important factor in the rebound. and there is a limit to convince its medical institutions. This paper is a multifaceted network configuration for future cloud-based medical facilities for individual survival in relation to telemedicine enforcement. In addition, this individual will be clustered environment, telemedicine among national institutions are organized by the Gyeonggi Province Hospital Medical Center area as the model was constructed virtually. However, since the concentration of the individual critical information are clustered attack for unauthorized collection of personal information can also be increased dramatically. Therefore, this paper, in preparation for the ubiquitous care environment will emerge in our society in the future, illegal information gathering attack occurs configure a remote medical cluster system sharing a mutual infringement of the information and the encryption scheme service availability and proactively using which it was designed for defense cooperation model. KW - Big data;Big data securities;Cloud Computing;Encryptions;Tracebacks;Telemedicine DO - UR - ER -
Chang Ho An, 백현철, PARK JAE HEUNG and KimSangBok. (2016). A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters. Journal of Knowledge Information Technology and Systems, 11(2), 107-118.
Chang Ho An, 백현철, PARK JAE HEUNG and KimSangBok. 2016, "A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters", Journal of Knowledge Information Technology and Systems, vol.11, no.2 pp.107-118.
Chang Ho An, 백현철, PARK JAE HEUNG, KimSangBok "A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters" Journal of Knowledge Information Technology and Systems 11.2 pp.107-118 (2016) : 107.
Chang Ho An, 백현철, PARK JAE HEUNG, KimSangBok. A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters. 2016; 11(2), 107-118.
Chang Ho An, 백현철, PARK JAE HEUNG and KimSangBok. "A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters" Journal of Knowledge Information Technology and Systems 11, no.2 (2016) : 107-118.
Chang Ho An; 백현철; PARK JAE HEUNG; KimSangBok. A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters. Journal of Knowledge Information Technology and Systems, 11(2), 107-118.
Chang Ho An; 백현철; PARK JAE HEUNG; KimSangBok. A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters. Journal of Knowledge Information Technology and Systems. 2016; 11(2) 107-118.
Chang Ho An, 백현철, PARK JAE HEUNG, KimSangBok. A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters. 2016; 11(2), 107-118.
Chang Ho An, 백현철, PARK JAE HEUNG and KimSangBok. "A Cloud-Based Security Model Designed to Prepare Deployment Nationwide The Regional Public Hospitals Telemedicine Clusters" Journal of Knowledge Information Technology and Systems 11, no.2 (2016) : 107-118.