Cherukuri Aswani Kumar

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Rule acquisition is one of the main purposes in the analysis of decision formal contexts. Up to now, there have existed several types of rules (e.g., the decision rules and the granular rules) in decision formal contexts. This study firstly proposes a new algorithm with less time complexity for deriving the non-redundant decision rules from a decision(More)
Domains such as text, images etc contain large amounts of redundancies and ambiguities among the attributes which result in considerable noise effects (i.e. the data is high dimension). Retrieving the data from high dimensional datasets is a big challenge. Dimensionality reduction techniques have been a successful avenue for automatically extracting the(More)
In this paper our objective is to propose a random projections based formal concept analysis for knowledge discovery in data. We demonstrate the implementation of the proposed method on two real world healthcare datasets. Formal Concept Analysis (FCA) is a mathematical framework that offers a conceptual knowledge representation through hierarchical(More)
Keywords: Bipolar fuzzy graph Bipolar information Formal concept analysis Fuzzy concept lattice Fuzzy formal concept a b s t r a c t Formal Concept Analysis (FCA) is a mathematical framework for knowledge processing tasks. FCA has been successfully incorporated into fuzzy setting and its extension (interval valued fuzzy set) for handling vagueness and(More)
— Cloud service providers, monitor average resource (for e.g. CPU) consumption and based on predefined limits (for e.g. CPU-Idle-time > 500 milliseconds), provision or de-provision resources. Traditionally this is a reactive approach and doesn't fully address the wide range of enterprise use cases. Implementation of predictive approach to resource(More)
Wavelength beam combining was used to co-propagate beams from 28 elements in an array of distributed-feedback quantum cascade lasers (DFB-QCLs). The beam-quality product of the array, defined as the product of near-field spot size and far-field divergence for the entire array, was improved by a factor of 21 by using wavelength beam combining. To demonstrate(More)