Predictive Analytics using Ensemble Models

Sarkar, Anirban; Sonbhadra, Sanjay Kumar; Agarwal, Sonali

doi:10.1109/sces46477.2019.8977213

Cited by 3 publications

(1 citation statement)

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“…Several machine learning and artificial intelligence algorithms have been developed concerning the same objective to make intelligent machines [17,20,22,33,1]. It is evident that recently, the ensemble models [8] are becoming the choice of researchers for pattern recognition, data mining, and image classification tasks [28,23]. The ensemble model is a method which joins at least two machine learning models seeking for better outcomes.…”

Section: Introductionmentioning

confidence: 99%

Fruit classification using deep feature maps in the presence of deceptive similar classes

Dandekar,

Punn,

Sonbhadra

et al. 2020

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Autonomous detection and classification of objects are admired area of research in many industrial applications. Though, humans can distinguish objects with high multi-granular similarities very easily; but for the machines, it is a very challenging task. The convolution neural networks (CNN) have illustrated efficient performance in multi-level representations of objects for classification. Conventionally, the existing deep learning models utilize the transformed features generated by the rearmost layer for training and testing. However, it is evident that this does not work well with multi-granular data, especially, in presence of deceptive similar classes (almost similar but different classes). The objective of the present research is to address the challenge of classification of deceptively similar multi-granular objects with an ensemble approach thfat utilizes activations from multiple layers of CNN (deep features). These multi-layer activations are further utilized to build multiple deep decision trees (known as Random forest) for classification of objects with similar appearance. The Fruits-360 dataset is utilized for evaluation of the proposed approach. With extensive trials it was observed that the proposed model outperformed over the conventional deep learning approaches.

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