Our Peer Review Process

New Special Issues                          WSEAS Special Issues  


Peer Review and High Rejection Rates:

Here you can find databases containing all submitted articles to the WSEAS Journals for the past 5 years
You can see what papers have been accepted and what papers have been rejected.

 Acceptance rates, which are apprx 20%, can be found within. 
Similar statistics are available for the conference databases.

WSEAS is a Non-Profit Organization, with Social Profile and Elections for the President and Executive Board.  List of Reviewers can be found here

while our Review Process can be found here


In WSEAS, we believe (this the culture that we cultivate since 1996), that Journals and Conferences without peer review cannot survive for a long period and disappear soon. Even if they eventually manage some good indexing, the academic community cannot recognize them as serious and valid academic outlets. To run Journals and Conferences without peer review is the absolute craze and a clear suicide for publishers and societies.


What Authors say about publishing in our Journals


What the Editors-in-Chief say about our review process

Please, click on each link (or copy-paste in your browser window)


Papers rejected from WSEAS, but accepted in IEEE, Springer, Hindawi etc  





Research News


Automated Diagnosis of HV/LV Connection and Floating Gate Faults in VLSIs

Qing K. Zhu (USA)

A new methodology and CAD programs is presented  to detect two serious faults in VLSI design: HV/LV connection faults and floating gate faults. A hierarchical circuit netlist is flattened in order to trace the connectivity of MOS devices in hierarchically designed circuits. Programs were coded in Python and table-look up techniques were used to speed up the program run [...]


Simulation of Quantum Interference and Non-Markovian Emission
Dynamics Induced by Localized Exciton-Polaritons

by Ioannis Thanopulos, Vasilios Karanikolas, Emmanuel Paspalakis (Greece)

The spontaneous emission dynamics of a V-type quantum emitter close to a molybdenum disulfide (MoS2) nanodisk is analyzed. The authors show  that a MoS2 nanodisk leads to both high-degree quantum interference and non-Markovian dynamics in the spontaneous emission of the nearby quantum emitter  [...]


Tuning Kalman Filter in Linear Systems

Jan Thore Lassen and Paolo Mercorelli (Germany)

Kalman filters are used in many different areas that require a solution to discrete-data linear filtering problems. Especially in the field of electric controls, Kalman filters represent a used approach and they are an integral part of many states of the art of electric controls [...]


UCWW intersystem

Ivan Ganchev (Ireland)

A Ubiquitous Consumer Wireless World (UCWW) intersystem for future wireless networking is described, based on a novel generic Consumer-Based techno-business Model (CBM) that enables a loose dynamic (even casual) consumer-type association between mobile users (consumers) and service providers, based on a Third-Party provision of the Authentication, Authorization and Accounting (3P-AAA) service [...]


A Comparison of Monotonic Correlation Measures with Outliers

Ahmed Alsayed, Giancarlo Manzi (Italy)

This paper aims at examining the performance of a recently proposed measure of dependence – the Monotonic Dependence Coefficient – MDC - with respect to classical monotonic correlation measures like Pearson’s r, Spearman’s ߩ ,and Kendall’s τ, using simulated outlier contaminated and non-contaminated data sets as well as a contaminated real dataset, considering three different cases. This comparison aims at checking how and when these coefficients detect dependence relationships between two variables when outliers are present [...]


Art Motif Similarity Measure Analysis: Fertile Crescent, Old European,
Scythian and Hungarian Elements in Minoan Culture

Peter Z. Revesz  (USA)

Distance and similarity measures are presented for art motifs that can be applied to any pair of archaeological artifacts that contain complex art motifs. An art motif similarity analysis shows particularly strong connections of Minoan art with Fertile Crescent, Old European, Scythian and traditional Hungarian art [...]


Impacts of Industry 4.0 on Malaysian Manufacturing Industries

Lee Wan Yee, Tan Seng Teck, Shahryar Sorooshian (Malaysia, Sweden)

Industry 4.0 is the fourth industrial revolution which is the new era to the world. However, there are not enough academic knowledge about it. Also, Malaysian manufacturing industries have not enough awareness of the impact of it. Hence, the objective of this research is to identify the main impacts of Industry 4.0 on manufacturing industries in Malaysia[...]


Quantitative modeling with Petri nets: perspectives for
the target-based treatment of β-globin disorders

Mani Mehraei, Enver Bashirov (Russia, Turkey)

A novel approach proposed in this work for alleviating the severity of β-globin disorders is centered upon induction of γ-globin gene expression in fetal hemoglobin and reduction of free and toxic α-chains in adult hemoglobin. We use hybrid functional Petri nets in Snoopy framework to create quantitative model of fetal-to-adult hemoglobin switching network and validate its coherence with qPCR data available for existing target-based drug and gene therapies of β-globin disorders [...]


Water Management Using Population-Based Simulation-Optimization

Julian Scott Yeomans (Canada)

Water resources management (WRM) problems can often be dominated by inconsistent performance requirements and incompatible performance specifications that can be difficult to identify when supporting decision models must be constructed. Consequently, it is often advantageous to create a set of dissimilar options that provide distinct approaches to such problems  [...]


A didactical electronic project for graduated students: Initiation to
autonomous navigation using a small-scale model electric car

Y. Ilam,  T. Marie, Ph. Dondon (France)

Since many years, in the University ENSEIRB-MATMECA, electronic engineering school the authors have adopted a “learning by project” strategy, to improve motivation and knowledge appropriation for our students [...]


Two Elementary Problems of Shell Deformation in Plasticity

Ioannis Doltsinis (Germany)

The two problems of plastic deformation of membrane shells dealt with are, the expansion of a spherical shell by internal pressure, and the shaping of a dome out of a circular disk. The first problem is easily accessible to an analytical solution which overcomes the pressure maximum and establishes the relationship between the expanding sphere radius and the pertaining pressure in dependence of the hardening of the material. This case may be considered in some sense introductory to the second problem, where a flat circular disk, clamped along the periphery, is blown by pressure such that a dome is formed [...]


Numerical Simulation of Droplet Combustion using Volume-of-Fluid Method

Tadashi Watanabe (Japan)

The droplet combustion is simulated numerically. The Navier-Stokes equations and the energy conservation equations together with the combustion model equations are solved in the computational fluid dynamics framework using the volume-of-fluid method. The characteristics of temperature increase due to combustion are simulated well, and the effect of ambient flow is made clear. It is shown that the droplet shape is varying and the high temperature region spreads widely in the ambient flow. The internal vortex flow is found to be driven by the surface tension force [...]


Simulation of wave run-up by means of the exact solution
of the wet/dry Riemann problem

Marco Tamburrino, Giovanni Cannata (Italy)

An innovative method for the simulation of the hydrodynamics in the swash zone, related to the wave run-up phenomenon, is presented. This method applies the exact solution of the Riemann problem over a dry bed to correctly evaluate the celerity of water waves propagating over the shore, and so to precisely track the coastline location. The simulations of velocity and wave fields outside the surf zone, inside the surf zone and in the swash zone, are carried out by means of a numerical model which solves 3D motion equations expressed in integral form, with a vertical coordinate that varies in time in order to follow the free surface evolution [...]


Robust Denoising Method Based on Tensor Models
Decomposition for Hyperspectral Imagery

Salah Bourennane, Caroline Fossati (France)

In the hyperspectral images (HSI) acquired by the new-generation hyperspectral sensors the signal dependent noise is an important limitation to the detection or classification. Therefore, noise reduction is an important preprocessing step to analyze the information in the hyperspectral image (HSI). A signal dependent noise cannot be reduced by conventional linear filtering [...]


On the Collapse Behavior of a Wood Arch made with Modular Hollow Blocks

Dora Foti, Michela Lerna, Maria Francesca Sabbà, Vitantonio Vacca (Italy)

In the field of construction, wood products are known to have environmental benefits if compared with materials like steel and concrete, especially regarding the reduction of carbon emissions of the production line. Today, the wood-architecture is maintained and renewed by the marketing of components or pre-manufactured wooden frame elements. This research consists in the numerical study of a wooden arch behavior realized with hollow blocks. Initially, experimental tests have been performed on a full-scale arch model. The results of the load tests have been compared with three different FEM-analyses [...]


Comparative evaluation of GaN transistors and Si MOSFETs for use in inductive power transfer systems of biomedical implantable devices

Sotirios Kokosis, Eleni Gati, Nikolaos Patsourakis, Stefanos Manias (Greece)

Comparative evaluation of Si MOSFETs and GaN transistors is performed for utilization in the H-bridge Voltage Source Inverter of Inductive Power Transfer Systems, developed for biomedical applications. The evaluation is made on a 10W prototype wireless charger. Simulations and experiments are carried out within two different ranges of frequencies, for a wider investigation and a more complete assessment. The efficiency results show similar performance for the two types of devices for the lower range of frequencies, whereas the superiority of GaN transistors is evident in the higher range [...]


Modeling of Flatness-Based Control with Disturbance Observer-Based
Parameter Estimation for PMSM Drive

S. Sriprang, B. Nahid-Mobarakeh , N. Takorabet , P. Thounthong , S. Pierfederici , P. Kumam , N. Bizon and P. Mungporn (France, Thailand)

This research team presents in this WSEAS journal a modeling of nonlinear control with parameters identification for the permanent magnet synchronous motor (PMSM) drive. A resistance in series with an inductance and the conduction losses in semiconductor switching devices of inverters represented by vtq (=Rs*iq) as well as the torque load TL are going to be estimated by observer method based on extended Luenberger observer (LOB). The simulation and experimental results show the proposed control provides the rapid response and flat of the current control loop for the PMSM drive system  [...]


Case Study on Geocoding Based Scheduling Optimization In
Supply Chain Operations Management

Steffen S. Rasmussen, Malleswara Talla, Raul Valverde (Denmark, Canada)

Traditional approach of ad-hoc geocoding for required addresses is quite time consuming and inefficient. In this paper, we propose and examine that the company-wide operations and addresses be geo-coded and stored in a database. As a case study, a geographical database is created for a company with primary focus to optimize operations management. This is done by storing the address information, the road network and a matrix containing time and distances to every address in the database. This approach prevents a lot of potential errors with ad hoc geocoding because every address is looked up in the database. The same goes for the time and distance matrix. Because the time and distances are stored for the distance between every address, no computations are needed at runtime [...]


Omnidirectional source modeling for ray tracing in room
acoustics with specular reflection

Benoit Beckers (France)

The aim of this work is to show that the use of a ray tracing method based on stratified Monte Carlo with cells of equal area and equal aspect ratio gives the most convincing results in room acoustic simulation. It is compared with three other methods: the first one is very close but simply uses equal area cells, the second one is a Monte Carlo importance sampling and the last one is a standard Monte Carlo where the values of the spherical coordinates of the rays are generated randomly [...]

Bulletin Board

Starting from January 1st, 2020, the articles in WSEAS Journals will have DOI by Crossref


What Authors say about publishing in our Journals


Prof. Nicholas Tritos from Harvard Medical School, Boston, USA, joined us as Associate Editor in our Journal WSEAS Transactions on Biology and Biomedicine

Prof. V.R.Singh Fellow-IEEE/EMBS-IMS, Fellow IET, National Physical Laboratory, India, joined us as Associate Editor in our Journal WSEAS Transactions on Biology and Biomedicine

Prof. George Vachtsevanos, Georgia Institute of Technology, USA, joined us as Co-Editor-in-Chief in our Journal WSEAS Transactions on Computers


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WSEAS participates now in Semantic Scholar search engine


WSEAS Publication have digital preservation in Portico after January 1, 2020