Ramesh Chandra Bagadi (Physics, Engineering Mechanics, Civil & Environmental Engineering, University of Wisconsin)
Published in compu.philica.com Observation Using the Appropriate Norm In The KNearest Neighbours Analysis
Author:
Ramesh Chandra Bagadi
Data Scientist
INSOFE (International School Of Engineering),
Hyderabad, India.
rameshcbagadi@uwalumni.com
+91 9440032711
One can note that in most literature about KNearest Neighbours Analysis, the author’s usually take the Euclidean Distance (the L2 Norm) for the nearness analysis. However, we should know that not all Sets under investigation are continuous in nature and some take quantized values. Hence, for a given set of points, we should first find the quantized field function which gives the set of concern as its eigen spectra. For such Quantum Field function, we can construct the appropriate Metric that satisfies the given set of points. Now from this Metric, we can construct the appropriate Norm for considering the Nearness Analysis.
Given any set of points, we first find a function whose roots are the given set of points. For this Function, we find the Force Field that creates this aforementioned function. When we solve such Force Field’s Field Equations, we get the desired Metric as a solution. We slate the distance metric for the given set of points using this thusly found Metric. References 1. http://www.philica.com/advancedsearch.php?author=12897
2. http://www.vixra.org/author/ramesh_chandra_bagadi Information about this Observation This Observation has not yet been peerreviewed This Observation was published on 19th July, 2017 at 10:54:38 and has been viewed 322 times. This work is licensed under a Creative Commons Attribution 2.5 License. 
The full citation for this Observation is: Bagadi, R. (2017). Using the Appropriate Norm In The KNearest Neighbours Analysis. ISSN 17513030. PHILICA.COM Observation number 180. 
