AUT Journal of Mathematics and Computing

AUT Journal of Mathematics and Computing

AUT Journal of Mathematics and Computing (AUT J Math Comput) is a double-blind peer-reviewed quarterly journal, owned, managed, and published by Amirkabir University of Technology since 2020 and is indexed in Scopus. The journal publish novel reputable original articles, review articles and short communications in the fields of mathematical science including, pure mathematics, applied mathematics, computer science and statistics. The journal changed its publication frequency to quarterly from early 2024.

Journal Title AUT Journal of Mathematics and Computing
P-ISSN 2783-2449
E-ISSN 2783-2287
Frequency Quarterly
Editor-in-Chief Abdolrasoul Pourabbas, Ph.D.
Language English Fulltexts and Abstracts
Plagiarism Checker iThenticate
Peer Review Policy Double-blind
Article Processing Charges No APC (Free)
Average Review Time 2-4 Months
Acceptance Rate 30%
Owner & Publisher Amirkabir University of Technology, Iran.

This journal is recognized by the Ministry of Science, Research and Technology as a scientific publication. (link)


Current Issue: Volume 7, Issue 3, Summer 2026, Pages 270-383 

Product type operators on $(\alpha,p)$-Besov-Zygmund spaces

Pages 293-302

10.22060/ajmc.2025.22758.1191

Sepideh Nasresfahani, Mostafa Hassanlou, Daryoush Molaei, Ebrahim Abbasi

Keywords Cloud

  • Randers Metric
  • Finsler metric
  • &lrm
  • Approximation algorithm
  • conjugacy classes
  • prime graph
  • $S$-curvature
  • character table
  • Frobenius group
  • Finsler space
  • Intelligent Transportation Systems
  • Linear Regression
  • optimization
  • Caputo fractional derivative
  • conservation law
  • $C^*$-algebra
  • CAPM
  • coset analysis
  • Nonlinear equations
  • Randers metrics
  • Fixed point
  • navigation problem
  • Warped product
  • simple group
  • Conservation laws
  • Fischer-Clifford matrix
  • mixed integer programming
  • Integral equation
  • facility location
  • Machine learning
  • Projective special linear group
  • inertia factor
  • Software Architecture
  • Lie group
  • Finite group
  • Maximum Likelihood Estimation
  • Finsler metrics
  • Characterization
  • Optimal control
  • Ensemble learning
  • smartphone
  • control theory
  • conformal vector field
  • Fischer matrices
  • variational problem
  • flag curvature
  • Compactness
  • Ricci curvature
  • Permutation character
  • computational geometry
  • Expectation-Maximization algorithm
  • weighted Ricci curvature
  • The closeness of $g$-frames
  • Finsler $(\\alpha,\\beta)$-metric
  • Maximal Curves
  • ‎ ‎ Meromorphic (or spherical) Besov Zygmund-type class
  • Generalized Ricci soliton
  • Monomial character
  • parametric linear programming approach
  • Sobolev spaces
  • Invariance surface condition
  • Self-supervised Learning
  • Acoustic signal analysis
  • Centrality
  • Spectral method
  • Supersingular&lrm
  • Pseudo-Riemannian manifold
  • connectivity
  • $&lrm
  • Rare adverse reactions
  • Deep Neural Networks
  • Composition operator‎
  • Stochastic orders
  • Hessian structure
  • Transformers
  • $(\\alpha,\\beta)$-metric
  • Spacetime
  • Hilbert C*-module‎
  • closed geodesic
  • order reduction
  • Model-based heuristic
  • end user
  • Lie derivative
  • Enhanced index tracking
  • Artificial bee colony
  • Stochastic User Equilibrium
  • Metric dimension
  • Electronic Voting
  • Approximate dual‎
  • ‎ ‎Optimal system
  • Min-max criterion
  • Ambiguity sets
  • Reduced design
  • Gyrogroup
  • Fusions
  • B‎oundedness
  • Weighted composition operator
  • Generalized $\\eta$-Ricci soliton
  • Variable Speed Limit
  • codes
  • Finsler manifold
  • Noncyclic $\\varphi$-contractions
  • Weighted NMF
  • Estimation
  • Patterns
  • Directed multicut cut
  • RBF-QR approach
  • CP exterior product
  • ATIS dataset
  • HO-SVD decomposition
  • Shock model
  • ‎ Pseudo-hyperbolic metric
  • supra topology
  • Monadic Second Order Logic
  • finite element method
  • QCAPM
  • convolution
  • Non-smooth dynamical equation
  • Asymptotic confidence interval
  • $\\mu$-symmetry
  • Almost contact Finsler manifolds
  • Critical node
  • ‎Stability‎
  • Sequence Classification
  • Systems control framework
  • Scenario-based stochastic model
  • $b$-metric space
  • Political Inclinations
  • covert communication
  • Deep Autoencoder
  • Lagrangian relaxation
  • Attacker-defender
  • Interdependent Bi-modal Network
  • Diffusive representation
  • n-Cubes-
  • In-context learning
  • General Fuzzy Automata
  • Fundamental Group
  • Bayesian Regression
  • ϕ-biflatness
  • Method 3
  • m-th root metric
  • Non-Hierarchical Clustering
  • Survivablility
  • Heuristic
  • Critical values
  • Isogeny
  • TTE
  • Skewness
  • Complexity
  • Instance-dependent Noisy Label
  • Linear Threshold Model
  • Dominating set
  • Finite moments
  • Hazard rate function
  • Social Networks
  • Binomial $D$-module
  • Frobenius complement
  • Competing risk model
  • Jacobi-Pesudo-Spectral method
  • Controller Placement
  • Multi-objective programming‎
  • Instance Selection
  • Network stability
  • Two-dimensional elasticity problems
  • ‎ Pseudo-Riemannian metric‎
  • Multilevel v-cycle algorithm
  • delay differential equations
  • Mean curvature
  • Spatial Data
  • Binomial edge ideal
  • De Rham Cohomology
  • degree list
  • $(\\alpha,\\beta)$-metric
  • Self-representation
  • Curly exterior product
  • Collocation
  • FPDE
  • majorization
  • structure constant
  • Domain Adaptation
  • Abstract Segal algebras
  • Cosine operators
  • Dynamic travel time
  • order
  • Hyers-Ulam stability
  • Knowledge Extraction
  • Lipschitz constant
  • text steganography
  • SCAD penalty
  • Attached primes
  • Transition
  • Risky behavior
  • Weighted and shifted Grunwald-Letnikov formulas
  • Imperialist Competitive Algorithm
  • non-solvable groups
  • Maximum Path Length
  • Self accelerating parameter
  • Candecomp approximation
  • eigenvalue