Day Virginia

Biography

Virginia Day earned her degree in Information Science in 1983 at the University of Salerno. From 1984 to 1986 he was a contract holder at the University of Salerno, from 1986 to 1992 he was a Researcher and from 1992 to 2013 he was Associate Professor of Computer Science at the University of Salerno. He is currently an Ordinary Professor of Computer Science and is a member of the Department of Computer Science. He was a member of the Doctoral School of PhD in "Mathematics", later a member of the PhD in "Information Sciences, Information Technology, Complex Systems and the Environment" of the University of Salerno. He currently participates in the "Doctorate Program in Mathematical and Applied Statistics" at the University of Granada (Spain). Its research activity focuses on the development of general methods for describing and analyzing complex evolving dynamic systems. Work is geared towards the following topics: - Analysis and comparison of probabilistic models for the description of neuronal systems, adaptive service systems and growth systems in a random environment - theoretical study of stochastic processes of type Markov and Gaussian - design of efficient algorithms for estimating probability density with particular attention to the densities of the first pass time and its moments in the presence of weather-dependent barriers. The main findings are the subject of numerous papers published in international scientific journals, or presented at international congresses and published extensively in related acts. International Collaborations Ramon Gutierrez (University of Granada, Spain) Patricia Roman-Roman (University of Granada, Spain) Francisco Torres-Ruiz (University of Granada, Spain) Petr Lansky (Science Academy Prague, Czech Republic) Shunsuke Sato (Universiade Osaka, Japan ) Balasubramanian Krishna Kumar (Anna University, Chennai, India) Selvamuthu Dharmaraja (Indian Institute of Technology Delhi, New Delhi, India) Organization of international conferences - "Biomathematics and Related Computational Problems" (Capri, 1987) - "International Workshop on First Passage Time Problems and Applications" (University of Naples Federico II, 1993) - "Mathematical Modeling and Subcellular Biology" (Vietri sul Mare 2001) - "Biocomp "Biocomp 2007: Collective Dynamics " (Vietri sul Mare, 2002) - "Biocomp 2005: Diffusion processes in Neurobiology and Subcellular Biology" (Vietri sul Mare, 2005) - "Biocomp 2007: Collective Dynamics (Vietri sul Mare, 2007) - "Biocomp 2012: - Mathematical Modeling and Computational Topics in Biosciences" (Vietri sul Mare, 2007) - "SMART 2016: - Stochastic Processes and Related Topics" (University of Salerno 2016) He is currently responsible for the FARB title project "Reliability and performance of stochastic evolutionary systems: simulation and computational aspects" He contributed to the following international projects A five-year bilateral project on a topic of strategic interest (nanotechnologies and molecular motors between Japan Science and Technology Corporation (JST) and Naples University Federico II. Italy-Spain Integrated Two-Year Action (Stochastic Diffusion and Growth Models) between the Department of "Estadística and InvestigaciónOperativa" of the University of Granada and the University of Naples Federico II. Participation in projects of national interest Projects PRIN Stochastic models for the processing and transmission of information in neuronal systems: theoretical and computational aspects (2007) Processing and transmission of information in neoconic systems subject to stochastic evolution (2005) Analytical methods and algorithms for stochastic dynamics of neuronal dynamics (year 2003) Stochastic models of neuronal activities in diffuse and nonmarkovian contexts (year 2000) Markovian Stochastic Models of Single Neuronal Units (1998) Projects 40% Reliability and Performance of Statistical-Computational Simulation Algorithms (1996) Reliability and Performance of Statistical-Computational Simulation Algorithms (1995) VeV Methodologies and Tools of Functionalities, Performance and Reliability of Processes and Products in Software Engineering (1994) HW / SW Performance of Distributed and Parallel Systems (1987) GNCS Projects Computational methods in probabilistic modeling of neuronal activities (2000) Algorithms and procedures for modeling neuronal activity (2002) Methods, algorithms and codes for neuronal models and nano biology (2003) Algorithms and procedures for simulation and modeling of the actin-myosin system (2005)

Research Interest

Research activity focuses on the development of general methods for describing and analyzing complex evolving dynamic systems. Work is geared towards the following topics:  - Analysis and comparison of probabilistic models for the description of neuronal systems, adaptive service systems and growth systems in a random environment  - theoretical study of stochastic processes of type Markov and Gaussian  - design of efficient algorithms for estimating probability density with particular attention to the densities of the first pass time and its moments in the presence of weather-dependent barriers. The main findings are the subject of numerous papers published in international scientific journals, or presented at international congresses and published extensively in related acts.