The Intelligent Connected Societies Group (ICOS) is an interdisciplinary research group investigating the design, development and application of pervasive and data-driven machine learning, simulation and visualisation methodologies for creating digitally augmented and intelligently aware communities’, social and operational environments.
The group is part of the Centre for Computational Intelligence and aims to bring together interdisciplinary and cross-faculty expertise.
Wireless sensing and distributed intelligent embedded computation is spurring a growth in connected computing artefacts - enabling accessibility to a plethora of new and diverse, multi-modal sources of quantitative, qualitative, environmental and user-centred data.
Examples of these data sources include:
Other data sources also include captured and interpreted user behaviours and interactions within virtual and mixed reality environments.
These heterogeneous data sources can be used to contextualise, track and model user preferences, societal phenomena, systems and process.
A key challenge is to harmonise and extract meaningful features and associations from these data streams as well as to handle dynamically and real-time generated data where quantities of interest might be spatially and temporally distributed in terms of their relationships for modelling and predicting particular events, behaviours and conditions.
To address this challenge there is a need to develop novel sustainable methodologies based on pervasive connected sensing, novel Internet of Things (IoT) infrastructures combined with intelligent data modelling and learning capabilities for deriving understanding and predictive insight into complex human centred phenomena.
Our research brings together academics from various disciplines and institutions to work on these methodologies and projects.
The iSpace laboratory at the University of Essex is a world-leading test bed for smart homes technologies and the Internet of Things.
The facility offers unique pervasive sensing, ambient intelligent and mixed reality capabilities for both teaching and cutting-edge interdisciplinary research in areas such as human behaviour monitoring, assistive technology, remote sensing and the design future inhabited and connected environments.
Group member
School of Computer Science and Electronic Engineering, University of EssexGroup member
School of Computer Science and Electronic Engineering, University of EssexGroup member
School of Computer Science and Electronic Engineering, University of EssexGroup member
Department of Government, University of EssexGroup member
School of Mathematics, Statistics and Actuarial Science, University of EssexAssociate Professor
Institute for Future Transport and Cities, Coventry UniversityAlso Chief Executive Officer of Interactive Coventry Ltd.
Senior Lecturer
Christ Church Business School, Canterbury Christ Church UniversityLecturer
School of Engineering and Sciences, Monterrey Institute of TechnologyDistinguished Researcher
School of Computer Science, UNED, Spain