Models for Handling Uncertainty in Fetal Heart Rate and Cardiotocogram (Ctg) Analysis
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2015, Vol 3, Issue 1
Abstract
This paper concerns the models for handling uncertainty in fetal heart rate and Cardiotocogram (CTG) analysis. Methods for handling imprecision and uncertainty in computer- based analysis of fetal heart rate patterns and CTG wave shape during child labour are presented. The ability to handle imprecision and uncertainty in clinical data and method of interpretation is vital to remove a key obstacle in electronic fetal monitoring. The results obtained from the fuzzy system shows that fuzzy logic system offers an improvement in Cardiotocogram analysis over the crisp expert system.
Authors and Affiliations
Udo, E. U. , Oparaku, O. U
Behaviour of Soil Reinforced with Plastic Waste
in this paper the study of behaviour of black cotton soil, reinforced with plastic waste is done. Various tests are performed to study the properties of soil, various percentage of plastic waste are added and results ar...
Crack Detection Via Spatially Tuned Multiple Feature Classifier
Cracks are an important indicator of the safety status of the civil structures. Detection of cracks on civil structures is a vital task for maintaining the structural health and reliability of structures. A single camer...
A Three Way Visual Cryptography & its Application in biometric Security : A Review
Visual cryptography provides secured digital transmission which is used only for one time. The original images can be reuse by using this scheme. It is effortless and uncomplicated technique to execute the secret image...
Auxetic Materials
Auxetic materials are known for their peculiar behavior unlike conventional materials the thickness of these materials increase under the action of axial pull. In this paper we are going to study the properties of Auxet...
Experimental Investigation on the Performance of Plastic Aggregate Concrete
This study is intended to explore the suitability of recycled high density polyethylene (HDPE) as coarse aggregate in concrete. Effect of replacement of coarse aggregate with various percentages (0% to 40%) of plastic a...