Contemporary Affirmation of Machine Learning Models for Sensor Validation and Recommendations for Future research Directions

Authors

  • Abdo Mahyoub Taher Nasser

Keywords:

wiireless sensor networks (WSNs); sensor validation, sensor data fault proneness detection; detection effectiveness; detection efficiency; energy cons

Abstract

Wireless Sensor Networks (WSNs) are important and needed systems for the future as the notion "Internet of Things" has emerged lately. They're used for observation, tracking, or controlling of several uses in sector, health care, home, and military. Yet, the quality of info collected by sensor nodes is changed by anomalies that happen because of various grounds, including node failures, reading errors, unusual events, and malicious assaults. Thus, fault detection is a necessary procedure before it's used in making selections to make sure the quality of sensor information. A multitude of methods can be called multiple-changeable systems/agents. For example methods such as for example creating heating system, ventilation and air conditioner(HVAC) methods are changeable methods / agents . Multiple-changeable methods /agents such as for instance these commonly don't meet performance expectations imagined at design time. Such failings can be a result of a number of factors, for example difficulties due to improper installment, substandard maintenance, or products failure. These issues, or "faults," can comprise mechanical disappointments, management difficulties, design mistakes, and improper operator treatment.

How to Cite

Abdo Mahyoub Taher Nasser. (2014). Contemporary Affirmation of Machine Learning Models for Sensor Validation and Recommendations for Future research Directions. Global Journal of Computer Science and Technology, 14(E3), 7–13. Retrieved from https://computerresearch.org/index.php/computer/article/view/103

Contemporary Affirmation of Machine Learning Models for Sensor Validation and Recommendations for Future research Directions

Published

2014-03-15