Mishev, Anastas

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Development of a Hybrid Statistical Physics – Quantum Mechanical Methodology for Computer Simulations of Condensed Phases and Its Implementation on High-Performance Computing Systems
(Springer International Publishing, 2014)
Pejov, Ljupčo
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Sahpaski, Dragan
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Kohls, Emilija
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Authentication and authorisation in service-oriented grid architecture
(Inderscience Publishers (IEL), 2023)
Beshiri, Arbër
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Applications (services) nowadays request access to resources that are mostly distributed over the network (wide-area network). These applications usually rely on mediums like Grid Computing Infrastructure (GCI) that enable them to be executed. GCI has heterogeneous nature and supports security as an essential part in grid systems. Grid Security Infrastructure (GSI) is a technology standard for grid security. Authentication and even authorisation present a security challenge for grids. In this paper are discussed the authentication and authorisation infrastructures in the grid, including technologies that cover these two major parts in this domain. Here are surveyed the challenges that security encounters, respectively grid authentication mechanisms, grid authorisation mechanisms and models. The combination of the grid authorisation technologies and grid authentication technologies with authorisation infrastructures enables role-based and fine-grained authorisation. Such technologies provide promising solutions for service (resources) oriented grid architecture authentication and authorisation.
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Finite-Temperature Single Molecule Vibrational Dynamics from Combined Density Functional Tight Binding Extended Lagrangian Dynamics Simulations and Time Series Analysis
(BULGARIAN ACADEMY OF SCIENCES, 2020-12-31)
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Quantitative Measurement of Scientific Software Quality: Definition of a Novel Quality Model
(World Scientific Pub Co Pte Lt, 2018-03)
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This paper presents a novel quality model, which provides a quantitative assessment of the attributes evaluated at each stage of development of scientific applications. This model is defined by selecting a set of attributes and metrics that affect the quality of applications. It is based on the established quality standards. The practical application and verification of the quality model is confirmed by two case studies. The first is an application for solving one-dimensional and two-dimensional Schrödinger equations, using the discrete variables representation method. The second is an application for calculating an ECG-derived heart rate and respiratory rate. The first application follows a development model for scientific applications, which includes some software engineering practices. The second application does not use a specific development model, rather, it is developed ad hoc. The quality of the applications is evaluated through comparative analyses using the proposed model. Based on software quality metrics, the results of this study indicate that the application for solving one-dimensional and two-dimensional Schrödinger equations produces more desirable results.
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Isotropic Magnetic Shielding of Al(OH) − 4 in Aqueous Solution: A Hybrid Monte Carlo - Quantum Mechanical Computational Model
(Springer International Publishing, 2016)
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Supporting Location Transparent Services in a Mobile Edge Computing Environment
(Stefan cel Mare University of Suceava, 2018)
Gilly, Katja
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Massively Parallel Seismic Data Wavelet Processing Using Advanced Grid Workflows
(Springer Berlin Heidelberg, 2010)
Jordanovski, Ljupco
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A Robust Hybrid Statistical Physics-Quantum Chemical Approach to Magnetic Properties of Complex Aqueous Aluminimum(III) Species: Implementation on HPC Environment
(2015)
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Magnetic Response Properties of Aqueous Aluminum(III) Ion: A Hybrid Statistical Physics Quantum Mechanical Approach Implementing the Map-Reduce Computational Technique
(Springer International Publishing, 2015)
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Community-based VM placement framework
(Springer Nature, 2015-10-23)
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Juiz, Carlos

Mishev, Anastas

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