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The Internet of Things takes data as the center, and its core is data storage and management. With the emergence and rapid development of wireless communication technology, with the huge number of terminals in human society, massive data will be generated. Undoubtedly, data storage and management technology will attract much attention. In view of t...
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The application of blockchain technology can be beneficial in the field of healthcare as well as in the fight against the COVID-19 epidemic. In this work, the importance of blockchain is analyzed and it is observed that blockchain technology and the processes associated with it will be utilised in the healthcare systems of the future for data acqui...
Citations
... In [19,20], cryptosystems using blockchain are proposed. Some encryption schemes for enhancing the security of healthcare systems are given in [21][22][23][24]. ...
Diffie-Hellman (DH) is the reason for the existence of a solution to the key distribution problem, where two parties can mutually set up a shared secret key over an insecure channel without any previous communication. In this study, a novel key exchange protocol based on the difficulty of the Discrete Logarithm Problem with Factor Problem (DLPFP) utilizing matrices in non-commutative semigroup over semiring is proposed. The security and complexity analyses of the protocol are discussed. Also, an ElGamal cryptosystem based on a group of invertible matrices and DLPFP over a semiring to encrypt the Sensitive Health Information (SHI) in healthcare systems is suggested.
... We are aware of potential challenges and considerations to be taken into account when implementing WRID medical record system. These include concerns about patient privacy and data security, as well as the cost and logistics of implementing the necessary WRID infrastructure and training healthcare personnel to use the system effectively (Zhan & Xuan, 2021). However, careful consideration is to be given to the potential challenges and considerations before implementing this technology. ...
Patient record management is an important aspect of healthcare delivery in hospitals. It involves the creation, maintenance, and retrieval of patient records, which contain vital information about a patient's medical history, diagnosis, treatment, and outcomes. Effective patient record management ensures that healthcare professionals have access to the right information at the right time, which is critical for making informed decisions about patient care. In Nigerian public hospitals, identifying patients' records poses a challenge as there is no automated method of record management. Files are being carried from one table to another during treatments, thereby causing delays in attending to patients, which sometimes leads to worst conditions as death. To the best of our knowledge, there is no study targeting this problem of public hospitals or any that addressed this problem hitherto. To cover this gap, we designed a web-based medical record identification system for Nigerian public hospitals. Much novelty of the system lies on empowering patients with a prompt of their access codes when they are registered with the system. Qualitative approach and agile methodology were adopted for this study. A user study was done to confirm the functionality of the system and feedback concerns were handled appropriately. While this work contributes to the scientific body of IT knowledge and highlights the steps of preparing portfolio of evidence in computing, it addresses the record management issues in Nigerian public health system.
Body sensor network (BSN) is a new technology. BSN care system begins by placing tiny, lightweight sensors on the patient’s body that communicate with one another and the body-connected co-ordination node. This system is primarily concerned with measuring and estimating critical parameters such as ECG, temperature, and blood level. This real-time system focuses on a number of parameters, including patient health, motion detection and data transmission, and message transmission to the primary responder and hospital server. We use four types of sensors in this system: temperature sensor, pulse sensor, oxygen sensor, and fall detection sensor, which collect patient information and send it to the microcontroller. From there, the information is transferred to an android smartphone and server via the internet. We propose an IoT-based health system based on body sensors that meet the requirements effectively.
“Manajemen Kebidanan: Konsep dan Aplikasi dalam Praktik Kebidanan” adalah buku pengantar yang mengajak pembaca untuk memahami berbagai aspek kebidanan. Buku ini membahas konsep obstetri dan ginekologi dalam kebidanan, serta peran penting seorang bidan dalam memberikan pelayanan yang holistik selama berbagai fase kehidupan wanita.
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