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Browsing by Author "Chakraborty, Suparna"

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Comments on An Efficient Method based on Self-Generating Disjoint Minimal Cut-Sets for Evaluating Reliability Measures of Interconnection Networks

Chakraborty, Suparna (Totem Publisher, 2014)

The recent paper published in IJPE by Tripathy et al. [1] presented a new method based on self-generating, non-redundant and disjoint cutsets to evaluate the three important reliability measures, viz., two-terminal, ...
Irredundant Subset Cut Enumeration for Reliability Evaluation of Flow Networks

Chakraborty, Suparna (IEEE, 2015-12)

Capacity Related Reliability (CRR) is an important performance index for flow networks. Most of the CRR evaluation techniques proposed in literature, which deal with subset cut enumeration from minimal cut sets, generate ...
Minimal Path-Based Reliability Model for Wireless Sensor Networks With Multistate Nodes

Chakraborty, Suparna (IEEE, 2020-03)

Wireless sensor networks (WSNs) find application in various fields like environmental monitoring, health-care, land security, and many more. To ease our day-to-day activity, WSNs have become an integral tool for complex ...
A Monte-Carlo Markov chain approach for coverage-area reliability of mobile wireless sensor networks with multistate nodes

Chakraborty, Suparna (Elsevier, 2020-01)

A mobile Wireless Sensor Network (mWSN) is composed of a large number of tiny, inexpensive resource-constrained sensors scattered in the field of interest, with the sink node or the data collector moving around the field. ...
On Area Coverage Reliability of Mobile Wireless Sensor Networks With Multistate Nodes

Chakraborty, Suparna (IEEE, 2020-05)

Wireless sensor networks (WSNs) are a special type of infrastructure-less network made up of a large number of tiny sensor nodes with limited energy, processing, and communication capabilities. WSNs have applications in ...
Subset Cut Enumeration of Flow Networks with Imperfect Nodes

Chakraborty, Suparna (Totem Publisher, 2014)

A general assumption made in evaluation of flow network reliability is perfectly reliable nodes. Under such assumption, network reliability is evaluated through subset cut or composite path set approaches. This paper ...

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