Publications

Conversational Agents can act as an engaging way to ease/enable/enhance the transfer of knowledge interaction by student/staff members on organizational data while lessening the burden of irrelevant, redundant communication of person to person (especially relevant for high-traffic people). 24/7 multi-platform application, latest-stage open-sourced LLMs customized with data from university and science, relying on a (way more capable) graph database as a semantic network for UMs information processing UM is able to harness the power of AI to drive international innovation and transformation. Aiming to work with cutting-edge technology solutions that are secure, ethical, and transparent. It is believed that AI has the potential to revolutionize the way we live, work, and interact, and we are committed to driving progress in a responsible and sustainable manner

The intelligent report on offshore wind farms in Greece, with a focus on the proposed Greek legislation, covers several key areas; Overview of the current legislative framework, including relevant laws, regulations, and policies; Permitting and licensing requirements, including environmental impact assessments, zoning and land use regulations, and other requirements; Technical requirements, such as safety standards, equipment specifications, and design requirements; Market and economic analysis, including demand, supply, and competition, as well as an economic analysis of the costs and benefits of developing offshore wind farms in Greece. Overall, the Report with a focus on Greek legislation would provide valuable information and insights for developers, investors, policymakers, and other stakeholders interested in the development of clean and sustainable energy sources in Greece.

Choosing the appropriate assets to include in an investment portfolio is a complex andtedious task that traditionally uses outdated assumptions and mathematical methods; as aresult, many investors currently use the power of Artificial Intelligence to reinforce theirinvestment strategy. This project introduces an Intelligent Investment PortfolioGeneration, a platform that combines the power of Machine Learning with Finance forcreating optimised investment portfolios. The platform is designed to accept the investor'srisk tolerance, the maximum investment amount, and the investor's preferred StockMarket Sectors. The provided Stock Market Sectors in this project are composed of theSectors classified by the Global Industry Classification Standard in addition to theSustainable Sector, which includes only Sustainable companies based on theirEnvironmental, Social, and corporate Governance scores. In addition to creatingoptimised investment portfolios, a feature for portfolio rebalancing was also implementedin the platform, which can be either performed on demand by the investor or based on anotification provided by the platform. A fully functional web-based User Interface is alsodesigned to provide the investor with a simple and intuitive way to create and manage aPortfolio; the User Interface includes useful statistical metrics and graphs for assisting theinvestor's decisions.

This paper aims to further investigate the relationship of various environmental, mobility andsocioeconomic parameters with house prices in the area of Boston through spatial-econometric tools andtechniques. More specifically, the suggested model specification sheds light on the appropriate model andfunctional form of the parameters as to better determine the determinants of the Hedonic Price Function ofhouses with subsequent goal to enhance the existing literature. This research question was chosen asenhance the on-going research around modelling house prices and the implicit markets that determine thedemand and supply of houses and their various attributes with a spatial focus, as well as to address some ofthe inhibitors that implicate the accuracy of such models. In this paper it was found that alongsideconventional socioeconomic parameters, various environmental, geographical and mobility related factorswere found to contribute substantially on median house prices in the Metropolitan area of Boston. Finally,it was found that spatial dependencies are present within the specified model that implies potentialreconsideration of the model.

The fast-paced urbanization, and continuous advancement of the industrial sector in urban areas have led to the Environmental crisis becoming more prominent than ever as the COP26 conventions have highlighted earlier this year. One of the main sources of the climate change, that the global community is currently and widely acknowledging and aims to tackle, is the immense amount of CO2 emissions being produced and accumulated in our planet’s atmosphere leading to detrimental effects on the natural environment whose “well-being” is proven to be strongly correlated with both the planet and humanity’s prosperity.

Ever since its establishment, Corporate Risk Management as a field has adapted and evolved alongsidethe ever-changing business environment, that entails short- and long-term goals and challenges thatbusiness continuously face. Nevertheless, a relatively constant parameter in the “risk managementequation” is that bundle of elements of which the professionalism of risk managers is comprised of.While these elements are mostly qualitative and are not easily quantifiable, they pose a theoreticalindicator of what elements of professionalism should be exhibited in corporate risk management as thefield is not mechanical and automated rather it exhibits a continuous effort to plan, prepare, adapt andenforce, thus so must the professionals, departments, frameworks within it. And to do so someelements of professionalism may be deemed to contribute more in risk management processes andactivities. Therefore, this essay’s objective is to critically investigate some of the necessary elements ofprofessionalism in the field of corporate risk management, and highlight their significance in terms ofpracticing, formulating, and regulating risk managing activities efficiently and successfully.

The technological innovations of the 21st century in combination with impactful events at the capitalistic markets have altered the nature of the economy, services, and institutions rapidly. The above-mentioned set an unprecedented status quo, which needs to be legally regulated, in order to control the unpredictable development and application of technological advancements. The aim of this essay is to discuss the challenges, dangers, and opportunities involved in the engagement between technological innovations and legal regulation.