• Multivalent Harmonic Functions Defined by Dziok-Srivastava Operator
Rashidah Omar and Suzeini Abdul Halim

• Oscillatory Behavior of Solutions of Certain Third-Order Mixed Neutral Functional Differential Equations
Zhenlai Han, Tongxing Li, Chenghui Zhang and Shurong Sun

• Some Generalizations of Small Injective Modules
Truong Cong Quynh

• Equivalence Classes of Linear Mappings on $\mathcal B(\mathcal M)$
S. Hejazian and T. Aghasizadeh

• A Generalized Mixed Quadratic-Quartic Functional Equation
Tian Zhou Xu, John Michael Rassias and Wan Xin Xu

• Oscillation of a Certain Class of Third Order Nonlinear Difference Equations
S. H. Saker

• On the Logarithmic Integral and Convolutions
Biljana Jolevska-Tuneska and Brian Fisher

• An Integral-Type Operator from $H^\infty$ to Zygmund-Type Spaces
Xiangling Zhu

• On One Parameter Semigroup of Self Mappings Uniformly Satisfying Expansive Kannan Condition
M. Imdad and Ahmed H. Soliman

• $a(x)$-Convex Functions and Their Inequalities
Kristina Krulic, Josip Pecaric and Ksenija Smoljak

• Subclasses of Multivalent Harmonic Mappings Defined by Convolution
K. G. Subramanian, B. Adolf Stephen and S. K. Lee

• Uniqueness Results for a Nonlinear Differential Polynomial
Xiao-Min Li and Ling Gao

• On the Simple Sporadic Group He Generated by the $(2,3,t)$ Generators
Faryad Ali and Mohammed Ali Faya Ibrahim

• On Linear Preservers of lgw-Majorization on $\mathbf{M}_{{n,m}}$
A. Armandnejad and A. Salemi

• Meromorphic Function Sharing Two Sets with its Difference Operator
BaoQin Chen and ZongXuan Chen

• Use of Theory of Conformal Mappings in Harmonic Univalent Mappings with Directional Convexity
Om P. Ahuja

• Existence of Periodic Solutions for Second Order Hamiltonian System
Li Xiao

• A Characterization of Graphs with Equal Domination Number and Vertex Cover Number
Yunjian Wu and Qinglin Yu

• Generalized Frames on Super Hilbert Spaces
A. Abdollahi and E. Rahimi

• The Borel Radius and the $S$ Radius of the K-Quasimeromorphic Mapping in the Unit Disc
Yinying Kong and Huilin Gan