Call for Papers
Today, intelligent transportation systems (ITS) have emerged to enhance the efficiency of existing transportation schemes by providing greater services and efficiencies while enhancing safety and security in the mobility of people and merchandise. One of the evolving research topics in ITS is Internet of Vehicles (IoV) which aims to form a large network of vehicles and other wireless elements and infrastructures. Autonomous vehicles are also an important aspect of ITS providing real-time sensing and detection of safety threats, optimizing route / task planning, power consumption, coordination and collaboration with other vehicles while performing smart self-diagnostics and maintenance under different operating environment.
A natural evolution of IoVs is the Internet of Autonomous Vehicles (IAV) which extends the operational benefits of connected vehicles through incorporating intelligent real-time information processing, adaptation, self-learning and self-healing capabilities. In such system, Unmanned Areial Vehicles (UAV) autonomous underwater vehicle (AUV) could support surveillance and monitoring, search and rescue and anomaly and threat detection as well as accurate inspection, characterization tasks that are communicated to people or other terrestrial devices and robots.
However, there are several open research issues concerning the effective employment of multiple connected heterogeneous autonomous vehicles and devices for IoV applications such as: efficient and smart management of the autonomous vehicles and devices, reliable and secure communication between heterogeneous autonomous vehicles and devices and connectivity between autonomous vehicles. Due to the dynamic nature of the environment, operating conditions and mission objectives, balancing these issues becomes a challenging task. Hence, there is a need to develop novel techniques to manage and optimise real-time operation of these complex communication platforms in the face of dynamic and uncertain real-world deployment scenarios.
This special session aims at bringing together scholars from academia and industry to discuss and present the latest research and findings on all the aspects of IAVs.
Topics of interest include but are not limited to:
Communication Architectures for IAV
Dynamic spectrum management for IAV
Energy harvesting and power management in IAV
Connectivity and coverage
Security and privacy
Novel applications of IAV
Sensing and actuation in IAV
Software-defined network (SDN) for IAV
Network modeling and Performance evaluations of IAV
Computational Intelligence techniques for IAV
Cloud/edge/fog computing in IAV
January 22, 2019 Submission Deadline
February 16, 2019 Notification of Acceptance
February 28, 2019 Camera-ready copies of accepted papers
For further information visit the conference website: INAVEC
Interactive Coventry (IC) was recommended and shortlisted for Coventry University Excellence Award for being one of the fastest growing spin-outs of Coventry University. IC has invested heavily in R&D and managed to increase its research revenue by an astonishing 200%, during a short period of two years, attracting both public and private investors. IC work led to securing funding from prestigious awards such as the Innovate Newton Fund, as well as establishing collaborations with high profile commercial partners and academic institutions, creating new R&D opportunities and supporting CU research.
IC success relies on its patented deep learning approaches that feature human like intelligence and are able to achieve state of the art forecasting and classification accuracy by utilizing diverse historical and real-time data, in very competitive processing times. These approaches are used as the computational backbone for developing products with a significant impact at an institutional, national and global level. IC solutions are used in many modern and challenging application areas such as industrial computer vision, smart cities, advanced automotive and industrial fault diagnostics. The deployment of IC solutions in these areas has delivered many benefits for the public, private companies and government organisations. These benefits include but are not limited to: optimized industrial production, improved smart city management, safer driving and improved urban mobility, and easier access to business information.
Dr Rahat Iqbal was invited to deliver a keynote speech on new mobility and smart city in in FEAL2018, a prestigious event aiming to introduce the automotive industry in the Big Data era.
The event was called “FEAL2018-The Future of Automotive in Europe” (http://fealautomotive.com/ ) and it was hosted by the Chamber of Commerce of Lille France. FEAL2018 involved the entire automotive industry: manufacturers, suppliers, startups, clusters, institutions, associations, research laboratories, academics and consultants. Dr Iqbal was accompanied by the Chamber of Commerce of Coventry and Warwickshire, UK and was among the 20 key speakers of the event. Key speakers in FEAL2018 included representatives from world known companies like Toyota, Renault, Peugeot and Citroën and high-profile individuals such as: Luciano Biondo-president of Toyota Motor Manufacturing France, Xavier Bertrand president of the Hauts-de-France region and former minister, and Luc Chatel president of the PFA (Automotive industry and mobilities) and former minister.
During FEAL-2018, Dr Iqbal delivered a presentation for new mobilities and smart cities where he discussed the challenges and opportunities pertaining to the deployment of big data analytics and machine learning technologies in intelligent transport and urban mobility. Dr Iqbal explained the challenges for developing effective Big Data applications for the automotive industry, discussed the potential of Big Data and machine learning to deliver innovative commercial products and transform the automotive industry, and highlighted the changes that car manufacturing companies need to undergo in order to adopt to the technology augmented reality of today. Dr. Iqbal also presented Interactive Coventry’s current projects and ongoing work on Big Data, smart city, computer vision and driving assist systems. On day 2 of FEAL2018 Dr. Iqbal and Interactive Coventry’s Operational Manager Dr Tomasz Maniak, along with several members from the Chamber of Commerce of Coventry and Warwickshire took a special tour to visit manufacturers and suppliers’ sites. This tour included a visit to Toyota Motor Manufacturing France and Toyota Boshoku (Valenciennes et Somain) and a visit to Alphatech Plastic Omnium (Compiègne).
FEAL2018 is already a reference in the field of European events linked to the automotive industry of the future. Events like FEAL2018 promote economic development by supporting knowledge transfer and collaboration among key players in the industry. Dr. Iqbal’s and Interactive Coventry’s participation in FEAL2018 demonstrates the innovative and high impact work of IC and advertises Coventry University’s research on future transport and smart cities internationally.
FEAL2018 was a two-days event that took place from 20 to 21 of June in Casino Barriere- Lille (Hauts-De-France) and it was described as the meeting of the future Automotive Industry. The 21st century car manufacturing and large automotive companies witness the emergence of new tendencies and technologies and with them, it is necessary to reinvent a whole industry – addressing new technological challenges and creating new partnership schemes in an ecosystem that is more and more digitized. FEAL placed innovation at the centre of its agenda and selected high-profile speakers, who are in the heart of current and upcoming events. FEAL2018 aimed to highlight the profound change of the automotive industry’s role and relationship with the consumer and the end user in a world that is increasingly connected and urbanized. FEAL2018 agenda included major challenges and opportunities faced by the modern automotive industry such as: new mobilities and smart city: the challenges and opportunities for the automotive industry; autonomous and intuitive vehicle: uses and issues; vehicle electrification: technology, vision and impacts by 2030; the Future of automotive brands by 2030: from car manufacturer to mobility provider; the British automotive industry before and after Brexit; and the future of automotive industry in France
The rise in processing power of electronic devices, and the discoveries in neuroscience leading to a better understanding of the human brain, have produced an enhanced attention in their combined application to a wide spectrum of real-life problems. Science seems to be close in achieving the goal of truly comprehending the underlying mechanisms of the human brain. There is greater appreciation for incorporation of advanced technologies in order to inform policies, and support decision-making about the future.