Lacunary Statically Convergent and Lacunary Strongly Convergent Generalized Difference Sequences of Fuzzy Real Numbers

By B. Tripathy, A. Baruah. 2010

86 citations recorded by the source corpus.

Subfields: Geometry and Topology, Statistics and Probability

View Paper: https://www.semanticscholar.org/paper/ee9997489199eca8e5eed7030d3fb5d9025ed713

How researchers see this paper

The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.

In Geometry and Topology

1. B. Tripathy
2. B. Sarma
3. Hemen Dutta
4. Bipan Hazarika
5. B. Choudhary

In Statistics and Probability

1. B. Tripathy
2. B. Choudhary
3. Bipan Hazarika
4. B. Sarma
5. Hemen Dutta
6. Amar Jyoti Dutta
7. Stuti Borgohain

Citations in the corpus

• On I-Convergent Double Sequences of Fuzzy Real Numbers (2012, methodology): “Different classes of sequences of fuzzy numbers have been investigated by Altin, Et and Basarir [1], Altin, Mursaleen and Altinok [2], Altinok, Colak and Et [3], Colak, Altinok and Et [6], Tripathy and Baruah ([15], [16]), Tripathy and Borgohain [17], Tripathy and Dutta ([19], [20]) and many others.”
• Lacunary I-Convergent Sequences (2012, methodology): “The notion of statistical convergence was investigated from sequence space point of view and linked with summability theory by Rath and Tripathy [7], Tripathy ([10], [11]), Tripathya and Baruah [12], Tripathy and Sarma [20], Tripathy and Sen ([22], [23]) and many others.”
• On some lacunary difference sequence spaces defined by a sequence of Orlicz functions and q-lacunary Δnm-statistical convergence (2012, background): “Slovaca 58(3) (2008), 315-324 [18] B.C. Tripathy and A. Baruah, New type of difference sequence spaces of fuzzy real numbers, Mathematical Modelling and Analysis 14(3) (2009), 391-397.”