Safety and Performance Evaluation Method for Wearable Artificial Kidney Systems
Journal Title: International Journal of Advanced Computer Science & Applications - Year 2018, Vol 9, Issue 8
Abstract
This paper focuses on international standards and guidelines related to evaluating the safety and performance of wearable dialysis systems and devices. The applicable standard and evaluation indices for safety and performance are determined, and the relevant international standards and guidelines are provided in a table. In addition, example experiments using a triaxial accelerometer and robot arm are presented for testing the endurance and safety of wearable artificial kidneys. The findings in this paper can be used to suggest new guidelines for the mechanical safety and performance evaluation of wearable artificial kidney systems.
Authors and Affiliations
YeJi Ho, SangHoon Park, KyungMin Jo, Barum Choi, SangEun Park, Jaesoon Choi
Encrypted With Fuzzy Compliment-Max-Product Matrix in Watermarking
Watermark is used to protect copyright and to authenticate images. In digital media, today’s world images are in electronic form available in the internet. For its protection and authentication invisible watermarking in...
The Proposed Model to Increase Security of Sensitive Data in Cloud Computing
There is a complex problem regarding security of data in cloud, it becomes more critical when the data in question is highly sensitive. One of the main approaches to overcome this problem is the encryption data at rest,...
Instruction Design Model for Self-Paced ICT System E-Learning in an Organization
Adopting an Information Communication and Technology (ICT) system in an organization is somewhat challenging. User diversity, heavy workload, and different skill gap make the ICT adoption process slower. This research st...
Computing knowledge and Skills Demand: A Content Analysis of Job Adverts in Botswana
Routing Discovery Algorithm Using Parallel Chase Packet
On demand routing protocols for ad hoc networks such as Ad Hoc On Demand Distance Vector (AODV) initiate a route discovery process when a route is needed by flooding the network with a route request packet. The route dis...