RETRACTED: Grid based blockchain framework for information management in surgical process proceedings

Abstract

Numerous academic and industrial research studies have focused on the feasibility of implementing blockchain-based healthcare systems data management that can transform the way data systems functioning, usage, and development can be effective. In this manuscript, the focus is on the development of a Grid-based blockchain structure formanaging the surgical process-related information in integrated systems. Considering the implications, scope of human error in the surgical processes, and the quantum of records integral to such process, the need for having robust records of surgical data is imperative. Aiming at improving the security of the information, in this manuscript, the Grid-block structure constituting multiple grids framework is proposed, which can be optimal for transaction query processing, responsiveness for triggers, and security inheritance. The proposed system, if chosen for real-time implementation, can support interoperability of data among the distinct healthcare systems and support in minimizing the issues of human error inspections, prevention scope for errors whilst improving the quality of healthcare solutions.

Secure quantum computing for healthcare sector: A short analysis

“…However, current models are designed for a specific objective. • The performance of the scheme needs to be examined for various quantum attacks Abdu 42 ✓ ✓ ✗ Grid-based blockchain • Optimizes the transaction query processing of surgical process records…”

“…Karunarathne et al examine the various security and privacy of IoT in the healthcare paradigm and suggested the security and privacy perspective solutions. Abdu et al 42 proposed a grid based blockchain to manage the surgical process related data. The surgical records requires the robust record storage by integrating quantum of records.…”