Taxonomy of Decimal Multiplier Research

Sengupta, Diganta; Sultana, Mahamuda

doi:10.1007/978-981-10-8102-6_1

Cited by 2 publications

(2 citation statements)

References 52 publications

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“…Hence, after finalizing on a node and getting the list of published articles using our taxonomy, a reader can refer [13] [14] to get a preliminary notion of the research in those nodes and then proceed with a complete exploration of the relevant articles to generate an inclusive knowledge. Recent taxonomy proposals in technical domain can be found in [6] [7] where published literature has been grouped into decimal arithmetic architectures and IoT based Home Automation.…”

Section: Taxonomy Proposal For Research On Reversible Logicmentioning

confidence: 99%

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Taxonomy Proposal for Research on Reversible Logic

Sultana,

Sengupta*,

Chaudhuri

2019

IJEAT

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Reversible Logic has become a topic of interest among global researchers for its heat arresting attribute, the very reason for which CMOS devices are witnessing performance thresholds. Within a decade of substantial growth, reversible logic is quoted as one of the valued emerging technologies. The growth of research in this domain has exhibited enormous volumes of research publications. Searching the perfect published article of interest among the plethora of publications demand an enormous amount of literature study and hence is highly time-consuming. After accessing a substantial amount of articles, only a very few tend to address our needs. Hence, we propose a taxonomy for research on reversible logic in this paper which concentrates articles of relevant/similar nature into nodes so that researchers can get a first-hand reference for their choice of interest. Knowledge of pre-requisites for gaining insights into a particular domain also mandates a thorough amount of literature survey. Our taxonomy takes care of those issues by concentrating the nodes into a tree-like structure thereby providing the pre-requisite (parent node) for the node of interest (child node). For generating the taxonomy, we have used the Cosine Similarity function for measuring the distance between two author keywords. The taxonomy proposal in this paper will serve upcoming researchers in getting references for their choice of the domain rather than a comprehensive survey of the higher magnitude of published data. Researchers pursuing research in a certain domain too will benefit from the taxonomy.

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Section: Taxonomy Proposal For Research On Reversible Logicmentioning

confidence: 99%

“…There are several online databases that can serve as the vocabulary. Readers are directed to [6] [7] for getting a first-hand glimpse of taxonomy generation. We have acknowledged IEEE Xplore as the desired vocabulary.…”

Section: Introductionmentioning

confidence: 99%

Taxonomy Proposal for Research on Reversible Logic

Sultana,

Sengupta*,

Chaudhuri

2019

IJEAT

Self Cite

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Taxonomy on Ambient Computing

Sengupta

2020

International Journal of Ambient Computing and Intelligence

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The rise of Internet-of-Things, Cloud infrastructure, and intelligent home solutions has resulted in the growth of Ambient Computing over the past decade. This article is an attempt to cluster the multi-dimensional research in ambient computing into relevant nodes. The author proposes a taxonomy in ambient computing, creating a logical arrangement of such nodes. An algorithm based on the cosine similarity function for calculating the distance between two ‘author keywords' has been used to spawn the inter-nodal relationships. The vocabulary for the research has been generated from IEEE Xplore taking into consideration the relevant journal publications. The taxonomy will guide researchers to the relevant published literature about a certain area of interest instead of exhaustive search into a plethora of published research in ambient computing. The taxonomy exhibits exponential growth of research in ambient computing over the last three years.

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Taxonomy of Decimal Multiplier Research

Cited by 2 publications

References 52 publications

Taxonomy Proposal for Research on Reversible Logic

Taxonomy Proposal for Research on Reversible Logic

Taxonomy on Ambient Computing

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