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КартаВръзкиТемиБългарияНощта (K-TRIO)Мария Склодовска-КюриЗа ученициЗа учителиМетодологияИзненадай ме
H2020Докторантска мрежа2015–2019

COSMOS · Complex Oscillatory Systems: Modeling and Analysis

„Хоризонт 2020“ — Действия „Мария Склодовска-Кюри“

Период
2015-01-01 → 2019-08-31
Финансиране от ЕС
3 877 488 €
Участници
16
Схема
MSCA-ITN

Линиите свързват координатора с партньорите.

Накратко на български

Сложните осцилаторни системи, като синхронизираните ритми в природата или инженерните устройства, се анализират чрез нови математически методи. Това помага да се разбере как множеството свързани части работят заедно и как се управлява тяхното общо поведение.

Този кратък обзор е генериран от изкуствен интелект

Кратко обяснение, генерирано от езиков модел по текста на CORDIS. Оригиналът е по-долу.

Резултати накратко

Complex Oscillatory Systems: Modeling and Analysis

Complex oscillatory systems are abundant in nature, physical and engineering devices, and life sciences. The overarching aim of COSMOS is to understand the behavior of such large and complex systems, specifically those composed of multiple interrelated subunits, many of which operate on different time scales. The novel interdisciplinary approach of COSMOS is to combine theoretical techniques with data-analysis procedures, to allow the development and validation of original analysis methods for complex systems. COSMOS is pursuing three main objectives: • The development of methods for the identification of the relevant variables describing collective dynamics of coupled oscillators (top-down) • The extraction of relevant information from multivariate-data recorded in complex oscillatory systems (bottom-up) • Integration of the two approaches for cross validation and refinement; implementation of the findings in software toolboxes for the use of unskilled users

Текст от CORDIS, на английски · Данни: CORDIS, © Европейски съюз

Цел на проекта

Many natural and artificial systems are often composed of oscillatory elements which, besides evolving according to their own non-trivial internal dynamics, mutually interact. As a result, many temporal and spatial scales are typically present, often accompanied by the spontaneous emergence of collective properties. Altogether, such features make the task of understanding the resulting evolution a challenging interdisciplinary problem. Zero-knowledge methods do generally require too large amount of data to allow drawing meaningful conclusions. In order to overcome this limitation, it is necessary to add skilful hypotheses about the structure of the underlying model and, thereby, on the relevant variables. This task is often tackled in an ad hoc way and the approach is based rather on personal preferences than on objective elements. The goal of this project is to fill the gap, by developing a general and coherent set of tools for the system identification and control, as well as to improve our ability to make predictions. The task will be pursued by combining top-down with bottom-up approaches which will be used to identify the most appropriate variables. Such analysis will be integrated by performing suitable case studies and mutually validating the various techniques to test the correctness of the underlying assumptions (both in the context of theoretical models as well as in experimental time series, such as physiological and neural data). A user-friendly software package will be ultimately developed to make the methods accessible to a broad set of potential users, including those with minimal theoretical competences. Furthermore, we will train a new generation of scientists able to implement a broad range of interdisciplinary approaches to the multivariate time signals that may be generated by the evolution of complex systems.

Оригинален текст от CORDIS (на английски).

Участници

Връзки

Данни: CORDIS, © Европейски съюз