The paper considers the structure and functional elements of the emergency computing center that carries out operational control of sea catastrophes of vessels of the fishing fleet based on the integration of intelligent systems of new generations and high‐performance computing within the problem‐oriented dynamic environment of the virtual testing area. The real time operation of the computer center is provided by the system integration of information, algorithmic and software support based on dynamic measurement data and a structured knowledge base. The focus is on providing decision support in complex dynamic environments using modern catastrophe theory
This thesis examine opportunities for the application of information technology through mathematical...
This paper describes the architecture and requirements of an integrated system that is needed to sup...
Purpose. The article is devoted to developing the control body coordination model in the process of ...
AbstractThe paper describes the main tasks and features for emergency interventions in the marine en...
AbstractThis paper is the preface to the Third Workshop on Urgent Computing.The Urgent Computing wor...
Critical Infrastructures as complex technical systems need sophisticated control systems enabling th...
AbstractThe paper describes a simulation system to support emergency planning decisions when ship fl...
Urgent computing for decision support in critical situations requires a cutting-edge interdisciplina...
The paper investigates conditions and circumstances of the occurrence of emergencies during ship exp...
The main disadvantages of the existing methods of managing the current state of technical systems ar...
International audienceSpecialists now make the most of information and communication technologies at...
At the present time, awareness, education, computer simulation and information systems protection ar...
The research deals with improvement of methods and systems of controlling integrated power systems (...
International audienceAccording to studies of emergency command centers, working methods differ and ...
Surveillance of large volume traffic demands robust and scalable network architectures for distribut...
This thesis examine opportunities for the application of information technology through mathematical...
This paper describes the architecture and requirements of an integrated system that is needed to sup...
Purpose. The article is devoted to developing the control body coordination model in the process of ...
AbstractThe paper describes the main tasks and features for emergency interventions in the marine en...
AbstractThis paper is the preface to the Third Workshop on Urgent Computing.The Urgent Computing wor...
Critical Infrastructures as complex technical systems need sophisticated control systems enabling th...
AbstractThe paper describes a simulation system to support emergency planning decisions when ship fl...
Urgent computing for decision support in critical situations requires a cutting-edge interdisciplina...
The paper investigates conditions and circumstances of the occurrence of emergencies during ship exp...
The main disadvantages of the existing methods of managing the current state of technical systems ar...
International audienceSpecialists now make the most of information and communication technologies at...
At the present time, awareness, education, computer simulation and information systems protection ar...
The research deals with improvement of methods and systems of controlling integrated power systems (...
International audienceAccording to studies of emergency command centers, working methods differ and ...
Surveillance of large volume traffic demands robust and scalable network architectures for distribut...
This thesis examine opportunities for the application of information technology through mathematical...
This paper describes the architecture and requirements of an integrated system that is needed to sup...
Purpose. The article is devoted to developing the control body coordination model in the process of ...