Results 11 to 20 of about 337,343 (177)
On vector spaces of certain modular forms of given weights [PDF]
Let p be a rational prime and Qp be the field of p–adic numbers. Jean-Pierre Serre [Lecture Notes in Mathematics, 350, 191–268 (1973)] had defined p–adic modular forms as the limits of sequences of modular forms over the modular group SL2(Z). He proved that with each non-zero p–adic modular form there is associated a unique element called its weight k.
K. A.R AGGARWAL AND M +1 more
semanticscholar +3 more sources
Fixed Point of α-Modular Nonexpanive Mappings in Modular Vector Spaces ℓp(·)
Let C denote a convex subset within the vector space ℓp(·), and let T represent a mapping from C onto itself. Assume α=(α1,⋯,αn) is a multi-index in [0,1]n such that ∑i=1nαi=1, where α1>0 and αn>0.
B. B. Dehaish, M. Khamsi
semanticscholar +2 more sources
Sequential Data Fusion via Vector Spaces: Complex Modular Neural Network Approach [PDF]
A data fusion approach based on complex and hyper-complex vectors spaces is presented. The benefits of such an approach are highlighted and potential applications are identified. A case study on simultaneous forecasting of wind speed and direction in the complex domain, together with a distributed serial sensor fusion topology illustrate the potential ...
Danilo P. Mandic +2 more
semanticscholar +2 more sources
On some vector valued generalized difference modular sequence spaces
In this paper we generalize the modular sequence space ?{Mk} by introducing the sequence space ?{Mk,p,q,s,?n/vm}. We give various properties relevant to algebraic and topological structures of this space and derived some other spaces.
V. Karakaya, H. Dutta
semanticscholar +4 more sources
A fixed point theorem for uniformly Lipschitzian mappings in modular vector spaces
We give a fixed point theorem for uniformly Lipschitzian mappings defined in modular vector spaces which have the uniform normal structure property in the modular sense. We also discuss this result in the variable exponent space lp(.) = {(xn) ? RN; ?? n=0 ??xn?p(n) < ? for some ? > 0.
R. M. Alfuraidan +2 more
semanticscholar +3 more sources
Fixed point theory for generalized quasicontraction maps in vector modular spaces
In this paper, we introduce vector modular spaces and prove the existence of fixed points for generalized quasicontraction maps and discuss their uniqueness in these spaces.
A. Amini-Harandi
semanticscholar +3 more sources
Fault-Tolerant Space Vector Modulation for Modular Multilevel Converters With Bypassed Faulty Submodules [PDF]
This paper develops a modulation based fault-tolerant (FT) strategy for restoring the operation of three-phase modular multilevel converters (MMCs) with faulty switches. This FT strategy is based on a proposed modified space vector modulation (SVM) technique that generates balanced line-to-line (line) voltages even in the case of a fault occurrence. In
Mohsen Aleenejad +3 more
openaire +4 more sources
Periodic Points of Modular Firmly Mappings in the Variable Exponent Sequence Spaces ℓp(·)
In this work, we investigate the existence of periodic points of mappings defined on nonconvex domains within the variable exponent sequence spaces ℓp(·).
Afrah A. N. Abdou, Mohamed A. Khamsi
doaj +1 more source
Kannan maps have inspired a branch of metric fixed point theory devoted to the extension of the classical Banach contraction principle. The study of these maps in modular vector spaces was attempted timidly and was not successful.
Afrah A. N. Abdou, Mohamed Amine Khamsi
doaj +1 more source
Smooth Compactifications of the Abel-Jacobi Section
For $\theta $ a small generic universal stability condition of degree $0$ and A a vector of integers adding up to $-k(2g-2+n)$ , the spaces $\overline {\mathcal {M}}_{g,A}^\theta $ constructed in [AP21, HMP+22] are observed to ...
Sam Molcho
doaj +1 more source

