01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Development of information systems for organizational management, methodological consultingfor organizations that wish to improve their software production processes or undertakeprojects with outsourcing of implementation. As […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Analysis and modeling of key organizational definitions for systems developmentof software. We have a method of analysis and organizational modeling that allowsrepresent strategic definitions that […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract In AI-powered digital twin applications, AI plays a leading roleat each layer and provides capabilities for:-Advanced pre- and post-processing, hybrid simulation, augmentation and fusiondata, and […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract We design customized solutions to solve complex problems in different areas ofapplication. Our solutions are based on membrane computing that allows theImplementation of parallel and […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Design of business processes with model-driven methodologies. Methodological advicefor modeling processes aligned with organizational goals and structures, toensure the efficient and scalable implementation of information […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract These services are aimed at companies seeking to improve their decision making, efficiencyoperational and optimize the use of its resources and human capital. Using advanced […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Automatic planning is responsible for calculating a plan or sequence of actions that must be carried out.apply to one state of a problem to reach […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract We use our own machine learning techniques to design and implement classifiersand prediction systems that act on textual and structural information. Our approachIt is based […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Biologists currently have an increase in genetic information availablebut without quality software tools to process that information productively. InIn this sense, the VRAIN PROS research […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract We design digital simulators oriented to life sciences. Our simulatorsThey act at a biochemical, biocellular and large-scale biological level. The simulators integrate allbiological information relevant […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Cryptography offers tools to guarantee confidentiality, authenticity, integrityof information, the impossibility of repudiation of actions or decisions, as well as the availabilityof the services. Although […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Categories
Abstract Cyber attacks have increased significantly in recent years, both against companiesas organizations. VRAIN of the UPV is working on the use of intelligence techniquesartificial intelligence […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Categories
Abstract Currently there are many cyber-physical systems such as cars, planes or vehicles.aerial, with the capacity to make vital decisions. In this sense it is essential […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Categories
Abstract We develop tools for the analysis and verification of security properties(safety) and protection (security) in mobile code (for example Java or Python), in protocolscryptographic communications […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract TESTAR is a software test automation tool that uses APIs fromaccessibility to connect and test systems through graphical user interface (GUI).TESTAR’s flexible architecture allows you […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract From the VRAIN institute of the UPV we have developed different advanced techniques ofcode debugging, emphasizing automatic tools and/or stronglyassisted. We mainly consider techniques based […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract For good software quality, it is necessary to use techniques that analyze thesoftware behavior and detect possible problems and solutions. But the cost of thesetools […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Implementation of autonomous computing capabilities in services and software elementsdeveloped that allow self-adaptation in real time against production scenarioschanging. This includes optimization, healing, protection, and […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Integration of algorithms and methodology that allows continuous real-time optimization ofproduction support processes that contribute to operational efficiency and decision makingdecisions based on updated data.Implementation […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Focus on developing solutions at a higher level of abstraction to avoid dealing withparticularities of the underlying technologies and ensure acceptance of the system byof […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Development of applications that facilitate the management and control of physical resources and provideDetailed information on location, traceability and status in real time. Scientific officer […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Design of solutions that automate the flow of information between physical objects and information systems.information for the elimination of unnecessary intermediaries that allow the appearance […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract Creating custom applications that support specific business processes and thatincorporate physical elements and modeling techniques adapted to particular needsof each domain such as logistics, production […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
Abstract We use advanced process modeling techniques to define, evaluate and optimizeoperations in productive environments, and thus anticipate possible inconveniences foraccelerate the development cycle. Scientific officer […]
01/07/2024
Published by Leire Villarroya on 01/07/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
Categories
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
Categories
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
Categories
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
Categories
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
27/06/2024
Published by Leire Villarroya on 27/06/2024
Categories
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.
04/05/2022
The amount of information being generated in different domains (e.g., in the context of genomics) and especially in complex environments requires the use of artificial intelligence techniques to facilitate data analysis and generate relevant conclusions for understanding the domain under study.