2018-02-19T08:13:43Z
http://jlta.iauctb.ac.ir/?_action=export&rf=summon&issue=110010
Journal of Linear and Topological Algebra (JLTA)
J. Linear Topol. Algebr
2252-0201
2252-0201
2014
03
03
Signature submanifolds for some equivalence problems
M.
Nadjakhah
Z.
Pahlevani Tehrani
This article concerned on the study of signature submanifolds for curves under Lie group actions SE(2), SA(2) and for surfaces under SE(3). Signature submanifold is a regular submanifold which its coordinate components are differential invariants of an associated manifold under Lie group action, and therefore signature submanifold is a key for solving equivalence problems.
Signature submanifold
equivalence problem
moving frame
differential invariant
2014
12
20
121
130
http://jlta.iauctb.ac.ir/article_510040_261d6b9f50a7b2d889b8d8449ea29062.pdf
Journal of Linear and Topological Algebra (JLTA)
J. Linear Topol. Algebr
2252-0201
2252-0201
2014
03
03
Tripled coincidence point under ϕ-contractions in ordered $G_b$-metric spaces
R.
Jalal Shahkoohi
S. A.
Kazemipour
A.
Rajabi Eyvali
In this paper, tripled coincidence points of mappings satisfying $psi$-contractive conditions in the framework of partially ordered $G_b$-metric spaces are obtained. Our results extend the results of Aydi et al. [H. Aydi, E. Karapinar and W. Shatanawi, Tripled fixed point results in generalized metric space, J. Applied Math., Volume 2012, Article ID 314279, 10 pages]. Moreover, some examples of the main result are given.
Tripled xed point
Generalized weakly contraction
Generalized metric spaces
Partially ordered set
2014
12
20
131
147
http://jlta.iauctb.ac.ir/article_510041_8c71453f3309c33b8d74810c975f2fd0.pdf
Journal of Linear and Topological Algebra (JLTA)
J. Linear Topol. Algebr
2252-0201
2252-0201
2014
03
03
Topological number for locally convex topological spaces with continuous semi-norms
M.
Rahimi
S. M.
Vaezpour
In this paper we introduce the concept of topological number for locally convex topological spaces and prove some of its properties. It gives some criterions to study locally convex topological spaces in a discrete approach.
Locally convex space
Minkowski functional
Topological number
2014
12
29
149
158
http://jlta.iauctb.ac.ir/article_510042_9013ab49a1395b3f12af88cc68a97c72.pdf
Journal of Linear and Topological Algebra (JLTA)
J. Linear Topol. Algebr
2252-0201
2252-0201
2014
03
03
Solution of the first order fuzzy differential equations with generalized differentiability
L.
Jamshidi
T.
Allahviranloo
In this paper, we study first order linear fuzzy differential equations with fuzzy coefficient and initial value. We use the generalized differentiability concept and apply the exponent matrix to present the general form of their solutions. Finally, one example is given to illustrate our results.
First order fuzzy differential equations
Generalized differentiability
Fuzzy linear differential equations
Exponent matrix
2014
12
29
159
171
http://jlta.iauctb.ac.ir/article_510043_0a0563d2d7e7f03919c9e34c728d11f0.pdf
Journal of Linear and Topological Algebra (JLTA)
J. Linear Topol. Algebr
2252-0201
2252-0201
2014
03
03
Higher rank numerical ranges of rectangular matrix polynomials
Gh.
Aghamollaei
M.
Zahraei
In this paper, the notion of rank-k numerical range of rectangular complex matrix polynomials are introduced. Some algebraic and geometrical properties are investigated. Moreover, for ϵ > 0; the notion of Birkhoff-James approximate orthogonality sets for ϵ-higher rank numerical ranges of rectangular matrix polynomials is also introduced and studied. The proposed denitions yield a natural generalization of the standard higher rank numerical ranges.
Rank-k numerical range
isometry
numerical range
rectangular matrix polynomials
2014
12
30
173
184
http://jlta.iauctb.ac.ir/article_510044_632f0d1e9a5977e1bd3595b67de5b207.pdf
Journal of Linear and Topological Algebra (JLTA)
J. Linear Topol. Algebr
2252-0201
2252-0201
2014
03
03
Module amenability and module biprojectivity of θ-Lau product of Banach algebras
D.
Ebrahimi Bagha
H.
Azaraien
In this paper we study the relation between module amenability of $theta$-Lau product $A×_theta B$ and that of Banach algebras $A, B$. We also discuss module biprojectivity of $A×theta B$. As a consequent we will see that for an inverse semigroup $S$, $l^1(S)×_theta l^1(S)$ is module amenable if and only if $S$ is amenable.
Module amenability
module biprojectivity
θ-Lau product of Banach algebras
inverse semigroup
2014
12
30
185
196
http://jlta.iauctb.ac.ir/article_516390_ee89500a6e1521d7040b915580bf0641.pdf