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Adrian Nicolae Branga
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Cited by
Year
Emerging Trends in Computing and Expert Technology
DJ Hemanth, VDA Kumar, S Malathi, O Castillo, B Patrut
Springer Nature, 2019
102019
Common fixed point results in b-cone metric spaces over topological vector spaces
IM Olaru, A Branga, A Oprea
Gen. Math 20 (1), 57-67, 2012
82012
Common fixed point results in bk-metric spaces
IM Olaru, A Branga
Gen Math 19 (4), 51-59, 2011
62011
Cone metric spaces over topological modules and fixed point theorems for Lipschitz mappings
AN Branga, IM Olaru
Mathematics 8 (5), 724, 2020
52020
Some Fixed Point Results in Spaces with Perturbed Metrics
AN Branga, IM Olaru
Carpathian Journal of Mathematics 38 (3), 641-654, 2022
32022
Natural splines of Birkhoff type and optimal approximation
A Branga
Journal of Computational Analysis and Applications 7 (1), 81-88, 2005
32005
Contributii la teoria functiilor spline
AN Branga
32002
Generalized Contractions and Fixed Point Results in Spaces with Altering Metrics
AN Branga, IM Olaru
Mathematics 10 (21), 4083, 2022
22022
Some fixed point results in D^* D∗-quasimetric spaces
IM Olaru, AN Branga
Journal of Fixed Point Theory and Applications 20, 1-10, 2018
22018
A generalization of some classical quadrature formulas1
A Branga
General Mathematics 18, 19-23, 2010
22010
Development in series of orthogonal polynomials with applications in optimization.
A Branga
General Mathematics 15 (1), 101-110, 2007
22007
Spline functions with applications to optimal approximation
AN Branga
General Mathematics, ISSN, 2006
22006
Fixed Point Results for F-Contractions in Cone Metric Spaces over Topological Modules and Applications to Integral Equations
AN Branga
Fractal and Fractional 6 (1), 16, 2021
12021
An Application of the Fixed Point Theory to the Study of Monotonic Solutions for Systems of Differential Equations
AN Branga, IM Olaru
Mathematics 8 (7), 1183, 2020
12020
Applications of the improved Fejer’s sum
ANB 14. Eugen Constantinescu
General Mathematics 20 (5), 31–36, 2012
1*2012
A remarkable equality referring to spline functions in Hilbert spaces
A Branga, M Acu
Filomat 24 (4), 121-127, 2010
12010
A structural theorem of the generalized spline functions
AN Branga
General Mathematics 17 (2), 135-143, 2009
12009
A best approximation property of the generalized spline functions
A Branga
General Mathematics 16 (4), 25-33, 2008
12008
On Hermite interpolation formula
A Branga
General Mathematics 6, 11-12, 1998
11998
A property of divided differences with multiple nodes
A Branga
General Mathematics 4, 21-32, 1996
11996
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