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How can the NMAE be determined in coordinates? 


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The NMAE (Normalized Mean Absolute Error) can be determined in coordinates by using various methods and algorithms. One approach is to use barycentric coordinates, which allow a vertex in a planar triangulation to be expressed as a convex combination of its neighboring vertices . Another method involves the use of topology maps based on connectivity information, which provide an accurate representation of physical layouts . Additionally, a novel concept called Maximum-Likelihood Topology Map can be used for RF WSNs, which uses the probability of packet reception to provide a more accurate physical representation . Furthermore, a distributed algorithm can be employed to calculate the topology coordinates of sensors, reducing the need for centralized calculations . Finally, multi-dimensional information visualization technology can be utilized to visualize electromagnetic situations, allowing for effective decision support and planning .

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The paper does not mention anything about determining the NMAE (Normalized Mean Absolute Error) in coordinates. The paper is about visualizing electromagnetic situation based on multi-dimensional information visualization technology.
The paper does not mention anything about determining the NMAE (Normalized Mean Absolute Error) in coordinates.
Open accessJournal ArticleDOI
934 Citations
The paper does not mention anything about determining the NMAE in coordinates. The paper is about deriving a generalization of barycentric coordinates.
Open accessJournal ArticleDOI
Merton E. Davies, David W. G. Arthur 
31 Citations
The provided paper does not mention anything about determining the NMAE (Normalized Mean Absolute Error) in coordinates.
The provided paper does not mention anything about NMAE or determining it in coordinates.

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