Security Privacy and Policy for Cryptographic Based Electronic Medical Information System

Abstract

With the development of the internet, applications have become complicated, and the relevant technology has diversified. Compared with medical applications, the significance of information technology has been expanding to include clinical auxiliary functions of medical information. This includes electronic medical records, electronic prescriptions, medical information systems, etc. Although research on the data processing structure and format of various related systems is becoming mature, the integration is insufficient. An integrated medical information system with security policy and privacy protection, which combines e-patient records, e-prescriptions, modified smart cards, and fingerprint identification systems, and applies proxy signature and group signature, is proposed in this study. This system effectively applies and saves medical resources—satisfying the mobility of medical records, presenting the function, and security of medicine collection, and avoiding medical conflicts and profiteering to further acquire the maximum effectiveness with the least resources. In this way, this medical information system may be developed into a comprehensive function that eliminates the transmission of manual documents and maintains the safety of patient medical information. It can improve the quality of medical care and indispensable infrastructure for medical management.

[Retracted] Design and Implementation of Human Motion Recognition Information Processing System Based on LSTM Recurrent Neural Network Algorithm

“…Singh et al recently proposed a quantum communication model system suitable for future information and communication technology and methodology flow, showing how to use block chain in quantum computing and quantum cryptography to provide security and privacy in information sharing [4]. Chen proposed a comprehensive medical information system with security policy and privacy protection function, which can effectively apply and save medical resources, meet the mobility of medical records, and reflect the function and security of drug collection [5]. Tang and other scholars designed an improved hybrid algorithm under the deep learning of information technology and applied it to the actual medical material distribution system, which effectively reduced the distribution cost, shortened the transportation route, and improved the optimization efficiency [6].…”

A Novel Homomorphic Approach for Preserving Privacy of Patient Data in Telemedicine

“…The researchers of [18] proposed an integrated system that protects the privacy of different types of information regarding health systems, including telemedicine. This system combines medical information, such as e-prescriptions, smart cards, e-patient records, and fingerprint identification, and applies proxy and group signatures.…”

“…Privacy Preservation [11] Newton-Raphson [12] Neural Network [13] Index-based [31] Blockchain [32] Attribute Encryption XACML [16] Hyper-ledger [18] Proxy Signature Group Signature [15] Blockchain [24] Index-based [25] Index-based [26] DGHV HE [27] Index-based…”

The Construction and Operational Models of Internet Hospitals in China: A Hospital-Based Survey Study

“…Third, to strengthen information security management, hospitals should continuously improve the level of information; effectively standardize the use, collection, development, and ownership of data; strictly verify the identity and access rights; steadily improve the level of data encryption; and preferably ensure the integrity, con dentiality, and availability of information [20]. Moreover, cloud computing and security mechanisms can be combined to improve the security and operability of information systems [ 21 22].…”