Usability Evaluation of Human–Biometric–Sensor Interaction using Fuzzy Model

Abstract

Abstract-Usability measure user preferences and performance of interaction with a system. Criteria for usability evaluation vary system to system depending upon the selection among wide variety of usability parameters. To enhance the acceptability of biometric based identification among large population usability evaluation of HumanBiometrics Sensor Interaction (HBSI) is highly important. This paper proposed a fuzzy based usability evaluation method for HBSI. Effectiveness, Efficiency and user satisfaction are considered the most accurate one for taking quick decision of usability analysis of HBSI. Each of the attribute is better judged by linguistic values as compared to numerical values. Therefore, these attributes are best describes by fuzzy aspects. This paper develops a fuzzy model for usability evaluation of application software using these attributes.

Alkaline Water and Human Health: Significant Hypothesize

“…The water controls our inner body temperature via respiration and sweating, and it acts as first building material of cell. [1][2] Alkaline water means ionized water or somewhere it is called the electrolysis water. It means the pH (Potential of Hydrogen) value of water has more than 7.0.…”