Seminar for
DECISION MAKING – THEORY, TECHNOLOGY AND PRACTICE
PROGRAM
Plan rada Seminara Odlučivanje - teorija, tehnologija, praksa za DECEMBAR 2022.
ČETVRTAK, 01.12.2022. u 14:00, Live stream Niš
Dejan Vasović, University of Niš, Faculty of Occupational Safety
A STUDY ON MULTIDIMENSIONAL IMPLICATIONS OF SYSTEM STANDARDS
With a very high degree of certainty, it is possible to state that today's humanity exists in an environment that generates various pressures on almost all elements of society. The intensity of emergency situations that threaten daily activities and social well-being is increasingly common due to a number of causes such as: population growth (which increases the number of people potentially threatened in emergency situations), exploitation of natural resources (processes that often lead to an increase in flood occurrence), urbanization (which disrupts natural regulatory processes and increases exposure), etc. On the other hand, the parallel effects of climate changes can only generate more pressure on natural and artificially created urban ecosystems, further burdening society. As a result, emergency situations caused by floods, wildfires, earthquakes, landslides, heat waves and other natural disasters will only increase in number, which may lead to an increased volume of loss of life, various disruptions in production lines and an uncertain future. In this sense, and following certain global initiatives (like Sendai framework for disaster reduction, Agenda 2030, etc.), local self-governments and national regulatory bodies must be adequately prepared in order to minimize losses (of life, natural and created values) in the event of such disasters. Having it in mind, system standards can be a very effective tool in the development of response to the mentioned emergency situations either at the national or local level, because their application improves the quality of work, environmental protection, occupational safety and health, monitoring and operation of laboratories, communication, early warning, etc. Therefore, the goal of this lecture is to present the key components as well as the ways of applying various system standards suitable for this area (primarily ISO 9001, 14001, 14031, 14090, 22328-1, 22370, 31000, 37101, 45001, etc.). It could be concluded that an efficient, effective and standardized system of response to emergency situations (as well as prediction and prevention) represents one of the key tools for the successful implementation of all measures within the so-called disaster management continuum. The key recommendation refers to the strengthening of the suitable model for the future, more intensive application of adequate, standardized disaster management activities in this area.
ČETVRTAK, 08.12.2022. u 13:00, Live stream Niš
Lazar Velimirović, Mathematical Institute SANU
DETERMINING THE OPTIMAL ROUTE OF ELECTRIC VEHICLE USING A HYBRID ALGORITHM BASED ON FUZZY DYNAMIC PROGRAMMING
In this study, a novel approach based on a hybrid model is proposed for determining the best route for electric cars. The hybrid model was developed using a combination of fuzzy dynamic programming and the analytical hierarchical process method. The model created in this way enables every electric car user to select the best route depending on their requirements. Actual data from the city of Nis was used to produce the case study. The scenarios for two electric car users are examined for the routes and schedule of charging stations in the city of Nis with predetermined values for travel time, charging time, and location attractiveness. Based on the obtained results, it is possible to observe all of the advantages of the recommended model, which are primarily reflected in putting electric car users at the forefront, i.e., balancing their requirements with travel length and charging time at charging stations.
ČETVRTAK, 15.12.2022. u 13:00, Live stream Niš
Jelena Velimirović, Mathematical Institute SANU
BOOK PRESENTATION: MULTI-CRITERIA DECISION MAKING FOR SMART GRID DESIGN AND OPERATION. A SOCIETY 5.0 PERSPECTIVE
The book is dedicated to the implementation of different multi-criteria decision-making techniques for various problems concerning planning and operation of the smart grid from the Society 5.0 perspective. It consists of a practical explanation of several multi-criteria approaches and examples of their application to real problems. In this book, the choice of the optimal smart grid strategy in planning and operation is made. Various areas of smart grid problems are analyzed, from the smart grid project efficiency assessment to the electric vehicle charging schedule optimization. The comparison of alternatives is made using different techniques taking into account the presence of multiple criteria of both qualitative and quantitative nature, different performance indicators, and the uncertain environment of the smart grid.
ČETVRTAK, 22.12.2022. u 13:00, Live stream Niš
Petar Vranić, Mathematical Institute SANU
GIS AS A DECISION SUPPORT SYSTEM IN EMERGENCY MANAGEMENT
In the area of emergency management, the GIS market is projected to grow from 2.3 billion in 2019 to 9.4 billion US dollars by 2030. Crucial factors supporting the growth of the industry include the increasing number of natural disasters, strong focus by government and emergency management organizations on adopting advanced GIS solutions, high need for geospatial data analysis, and increasing public awareness on reducing the socio-economic impact of natural disasters. Incorporating GIS into disaster response and recovery cycles has improved planning, response time, collaboration, and communication during the most challenging and dynamic circumstances – enabling the private and public sectors to collaborate more efficiently and effectively. Maintaining situational awareness is critical to response efforts. Using GIS helps provide supreme mapping and analytics capabilities that allow you to see what and where events are happening in real-time, brief teams immediately, and make better-informed decisions. The aim of this lecture is to shed a light on how GIS is employed in various phases of emergency management in practice to support the decision-making process.
Predavanja su namenjena sirokom krugu slusalaca, ukljucujuci studente redovnih i doktorskih studija. Seminar će se održavati svakog drugog četvrtka od 13:00 - 14:00h, CIITLAB, Elektronski fakultet Niš, Aleksandra Medvedeva 14, Niš
dr Lazar Velimirović
Rukovodilac seminara
dr Petar Vranić
Sekretar seminara
