Controlling Travel Path of Original Cobra
Mriganka Basu RoyChowdhury, Arabin K Dey

TL;DR
This paper introduces a kernel-based approximation of COBRA, improving accuracy and speed over traditional methods, with a novel tuning procedure validated on two datasets.
Contribution
It presents a new kernel-based COBRA approximation with a novel parameter tuning method, outperforming existing COBRA variants in accuracy and efficiency.
Findings
Better accuracy than other COBRAs
Faster than grid search COBRA
Validated on two datasets
Abstract
In this paper we propose a kernel based COBRA which is a direct approximation of the original COBRA. We propose a novel tuning procedure for original COBRA parameters based on this kernel approximation. We show that our proposed algorithm provides much better accuracy than other COBRAs and faster than usual Gridsearch COBRA. We use two datasets to illustrate our proposed methodology over existing COBRAs.
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Taxonomy
TopicsDistributed and Parallel Computing Systems · Parallel Computing and Optimization Techniques · Algorithms and Data Compression
