Search

The advent and rapid rise of network technology and cloud computing have led to new opportunities for ushering in a new era in telehealth. Thanks to the Internet of Things (IoT) and advances in 5G communication, telehealth is expanding and shows no signs of slowing down. It provides patients including elderly and disabled patients with convenient and easy access to healthcare services across space and time. However, the continuous real-time transmission of health information over networks also exposes private data to the risk of being intercepted by third parties. The privacy of the primary individual patient must be managed under the protection of the patient's anonymous key while storing, transferring, sharing, and adding privacy rights. A question arises: How can we design a secure communication environment for remote access control to personal privacy matters? The patient's electronic medical record is protected by the patient's private key, and our scheme provides a real anonymous design for the patient with absolute autonomy over their privacy. Each update of the cloud medical records is patient-led and performed in a secure tunnel. As a result, this study reveals that the cloud-based iPatient privacy copyright management fully controlled by an individual patient is indeed safe and effective. [ABSTRACT FROM AUTHOR]

Purpose – In the digital library era, library websites are recognized as the extension of library services. The usability and findability of library websites are growing more and more important to patrons. No matter how these websites have been built, they should offer the capability that patrons can find their required information quickly and intuitively. The website logs keep tracks of users' factual behaviors of finding their required information. Based on the evidences, the author attempts to reconstruct the websites to promote their internal findability. Design/methodology/approach – In the past, the card sorting method has generally been applied to reconstruct websites to improve their internal findability. Alternately, in this research, a first attempt is made to try to use website log data to implement website reconstruction. The website log data was cleaned and user sub-sessions were extracted according to their respective critical time of session navigation. Each sub-session's threshold time of target page was then calculated with different weights to determine its navigating parent pages. The different weighted parent pages were utilized to reconstruct various websites. A task-oriented experiment of four tasks and 25 participants was conducted to measure the effects of findability between the constructed websites. Findings – By analysis of the variance of time to complete the tasks, it is shown that the reconstructed websites have better findability performance in the time spent to complete the tasks than the current one, if focusing much more on the target pages. The result clearly explores that when the parent pages of a page are selected, whether it is a target page is the most important issue to improve website findability. The target page plays a critical role in website reconstruction. Furthermore, the traditional card sorting method is applied to the case website to reconstruct it. The findability experiment is then conducted and its time to complete the tasks is compared to those of websites that are reconstructed. The approach proposed here has better effects than card sorting. Originality/value – Mining web log data to discover user behaviors on the library website, this research applies a heuristic method to analyze the data collected to reconstruct websites. Focusing on the target pages, the reconstructed websites will have better findability. Besides traditional card sorting techniques, this paper provides an alternative way to reconstruct websites such that users can find what they need more conveniently and intuitively. [ABSTRACT FROM AUTHOR]