The University of Southampton

Published: 11 November 2016
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Ice front

An international electric car championship has teamed up with Southampton researchers, including a Web and Internet Science (WAIS) professor, to explore the effect of climate change on the Arctic ice sheet.

Formula E, a global FIA race that only uses electric-powered cars, is working with Professor Kirk Martinez, from Electronics and Computer Science, and Professor Jane Hart, from Geography and Environment, to understand how climate change is affecting glaciers and their break up into icebergs.

The innovative collaboration has already successfully planted a tracking device on an iceberg off the coast of Greenland that has enabled the researchers to monitor the iceberg’s journey in real time.

Since the tracker was placed in the summer, researchers have been able to follow the iceberg down the coast of Greenland and are gaining greater understanding of the way these iceberg movements can contribute to rising sea levels.

Formula E has now committed a £25,000 donation to further develop this research.

Kirk said: “We are studying glacier response to climate change using an interconnected sensor system that monitors glacier retreat. This retreat is partly controlled by water from the glacier surface melting and allowing glacier sliding, and the information we gather from our research will help us predict future melt rates.

“This donation from Formula E will allow us to use the latest technology to investigate this glacier melting and velocity by devising smart GPS units that can be trialled on a set of glaciers in Iceland.

“The melting and movement of glaciers varies around the globe – some move a few metres a year, while others cover the same distance in a matter of days. Iceland provides a wide range of glaciers in one study area, so by positioning these low-cost, networkable positioning systems on these glaciers we will be able to access their data by satellite or radio links on a daily basis.”

Jane, a Professor in Geography, added: “Climate change and its effects require considerable technological advances in order for us to understand and counter them. This new donation means we will be able to monitor glacier activity for a year, analysing the resulting information to better understand glacier response to climate change.

“It will also enable us to develop robust sensing systems that could be used to monitor other remote environments. The exchange of information between ourselves and Formula E will benefit not only our research but also the public understanding of science and technology.”

This project builds on previous research carried out by the pair in Iceland and the Cairngorm Mountains that used cutting-edge sensing technology to study the environment. They implemented innovative combinations of technologies from the Internet of Things (IoT) – smart Internet connected devices - in a sensor network system to develop a concept for environmental sensing in remote mountain settings.

Funded by a £174,000 technology proof of concept grant from Natural Environment Research Council (NERC), the pair worked with colleagues at the University of Dundee on the year-long project in the Cairngorms observing hydrological peatland and frozen ground processes.

Kirk said: “IoT inspired sensor networks offer a revolutionary new way of investigating the environment. By embedding sensors into the landscape, many remote or hazardous environments can be measured live for the first time throughout the whole year.”

To find out more about the iceberg tracking research, visit the team's Glacsweb website

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Published: 1 November 2016
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IEEE 59th International Midwest Symposium on Circuits and Systems

An ECS undergraduate student has presented his third year project results at the prestigious IEEE International Midwest Symposium on Circuits and Systems, held in Abu Dhabi in October.

Andrew Wightwick, a fourth year undergraduate student working towards an MEng degree in Electrical and Electronic Engineering, presented a paper titled “Secure communication interface design for IoT applications, using the GSM network”. The paper was based on a third year project and was supervised by Dr Basel Halak of the Electronics and Electrical Engineering research group.

Andrew's paper proposes a secure communication interface for IoT devices using GSM-based short messaging service; it also presents an implementation example of the scheme using field-programmable gate array (FPGA), which showcases a fully working prototype for remote control of a personal controller.

"To have a paper accepted for presentation in an international IEEE conference is an extraordinary achievement for Andrew,” said Dr Halak, "and a credit to the high quality education and support our students receive here in Electronics and Computer Science (ECS).”

The IEEE International Midwest Symposium on Circuits and Systems (MWSCAS) is the oldest circuits and systems symposium sponsored by the IEEE, the Institute of Electrical and Electronics Engineers.

Earlier this year, Andrew gained the best UK result in the International Microelectronics Olympiad, organised by Synopsys.

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Date:
2017-2017
Themes:
Modeling and Simulation, Energy Harvesting, Image processing and Computer Vision
Funding:
University of Southampton Research Collaboration Stimulus Fund 2016

Sabeur et al (1995-2002) simulated stable free surface CFD flows at solid structures using the VOF technique. Further simulations of compressible air-fluid flows have been successfully achieved on porous structures more recently (Sabeur et al 2016). The recent simulations showed clear evidence of the formation of compressed oscillatory air bubbles with high accelerations at the porous structure-water interfaces. A wide range of magnitudes of impact forces and air oscillatory frequencies were measured. These were observed by varying the complexity of the 3D geometry of the porous structure. These findings show that it is possible to control the corresponding high magnitude impact forces by intelligently re-designing the porous structures. The intelligent re-design of structures is not straightforward but the aim is that it should not compromise on the level of flooding through the structural interfaces. The remaining controlled energy of the flow can be safely harvested for the production of clean electricity at coastal defences in the future. This project is in collaboration with the Electrical Engineering Group at ECS. An early experimental design will be developed with strategies concerning 1- Video sensing and 3D flow reconstruction on complex porous structures; 2- Intensive CFD numerical simulations with big spectral data analytics; and 3- Design specification of sustainable harvesters at structures.

References: [1] Z.A.Sabeur, W.Roberts, and A.J.Cooper. (1995). Development and Use of an Advanced Numerical Model using the VOF Method for the Design of Coastal Structures, In ‘Numerical Methods for Fluid Dynamics V’, edited by K.W.Morton and M.J.Baines, Oxford University Press, pp 565-573. [2] Z.A.Sabeur, J.E.Cohen, J.R.Stephens and A.E.P.Veldman. (1998). Investigation on Free Surface Flow Oscillatory Impact Pressures with the Volume of Fluid Method. In ‘Numerical Methods for Fluid Dynamics VI’, edited by M.J.Baines, Oxford University Press, pp 493-498. [3] Z. A. Sabeur, R.B. Mayon, M. Tan, K. Djidjeli (2016). Analysis of fluid flow impact oscillatory pressures with air entrapment at structures, International Conference on Coastal Engineering (ICCE), American Society of Civil Engineers, Antalya, Turkey, November 17-20, 2016. [4] R.B. Mayon, Z. A. Sabeur, M. Tan, K. Djidjeli (2016). Investigation of Wave Impacts on Porous Structures for Coastal Defences, 12th International Conference on Hydrodynamics (ICHD), 18-23 September 2016, Delft, Netherland. [5]Hanbyul Joo, Hyun Soo Park, and Yaser Sheikh. MAP Visibility Estimation for Large-Scale Dynamic 3D Reconstruction, In CVPR, 2014. (http://www.cs.cmu.edu/~hanbyulj/14/visibility.html) [6] Cranny AWJ, Harris NRH and White NM. (2015) Screen-printable porous glass: a new material for electrochemical sensors. Journal of Materials Science: Materials in Electronics, 26(7), 4557-4564 [7] Zhu D, Glynne-Jones P, White NM, Harris NR, Tudor MJ, Torah R, Almusallam S and Beeby SP, 2013, Screen printed piezoelectric films for energy harvesting, Advances in Applied Electroceramics: Structural, Functional and Bioceramics, 112(2), 79-84.

Primary investigator

  • zas

Secondary investigators

Partners

  • Southampton Marine and Maritime Institute
  • Computational Engineering & Design Group (FEE)

Associated research groups

  • IT Innovation Centre
  • Electronics and Electrical Engineering
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Published: 2 November 2016
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Subjects within the University’s Faculty of Physical Sciences and Engineering have been placed in the top 100 amongst the Best Global Universities for 2017, according to rankings published by US News and World Report.

Amongst the publication’s subject rankings, Southampton features in the top 100 for: Computer Science, 95th; Engineering, joint 89th; Physics, 95th; and Space Science, joint 95th – subjects on offer from the Faculty’s departments of Electronics and Computer Science, Physics and Astronomy, and the Optoelectronics Research Centre

The Best Global Universities rankings focus specifically on academic research and reputation, encompassing the top 1,000 institutions spread across 65 countries. US News bases its rankings on 12 indicators which focus on global research reputation through publications, books, conferences, citation impact, and international collaboration.

Overall, the University has placed 104th, climbing six places from joint 110th overall last year. The rankings, now in their third year, also place Southampton 36th in Europe and 10th amongst UK universities listed. Harvard University is ranked number one overall with the University of Oxford first in both Europe and the UK.

Click to find the full list of US News and World Report Best Global Universities 2017.

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