This video presents an application and its underlying algorithms to enable an AR.Drone 2.0 to automatically follow people. It was developed as a semester project at EURECOM.We do insist on the fact that the drone is NOT remotely controlled, and is thus flying completely autonomously.
Software applications are vulnerable to remote attacks via the internet or local networks and are cyber-attackers’ target of choice. While methods combining hardware and software have already been integrated into the most recent processors to prevent cyber-attacks, solutions based solely on hardware, which by definition cannot be remotely attacked, could soon help defend our computer programs. Jean-Luc Danger, a researcher at Télécom ParisTech, works on these devices that are invulnerable to software attacks.
Magnetic resonance imaging (MRI) enables doctors to obtain precise images of human structure and anatomy and the pathologies that affect patients’ brains. However, to analyze and interpret these complex images, radiologists need specific mathematical tools. While some tools exist for interpreting images of the adult brain, these tools are not directly applicable in analyzing brain images of young children and newborn or premature infants. The Franco-Brazilian project STAP, which includes Télécom ParisTech among its partners, seeks to address this need by developing mathematical modeling and MRI analysis algorithms for the youngest patients.
Thibault Rieutord, PhD student at Telecom ParisTech, and Yuan He are co-recipient of a Best Student Paper Award for their paper An Asynchronous Computability Theorem for Fair Adversaries co-authored with Petr Kuznetsov, professor at Telecom ParisTech, Computer Science and Network department. The award is presented on July 25, 2018, during the ACM PODC Symposium on Principles of Distributed Computing in London.
The National University of Singapore (NUS), acting through its School of Computing (SoC) and Télécom ParisTech, signed on the 11th of April 2018 two agreements, one to establish a student exchange programme for doctoral students, and a Memorandum of Understanding (MoU) that aims to strengthen the scientific collaborations between both institutions.
This framework agreement, signed on 6 March 2018 in Paris, actualises the creation of the BART (Blockchain Advanced Research & Technologies) joint research initiative: a first in France in the Blockchain field. About 30 researchers from four institutions are pooling their research expertise and activities to remove the scientific obstacles related to this disruptive technology under a common roadmap set for a period of six years
The principle behind diffusion imaging and tractography is exploring how water spreads through our brain in order to study the structure of neurons. Doctors can use this method to improve their understanding of brain disease. Pietro Gori, a researcher in image processing at Télécom ParisTech, has just launched a project called Neural Meta Tracts, funded by the Emergence program at DigiCosme.
Cryptocurrencies like Bitcoin only have value if all the participants in the monetary system view it to as currency. It must therefore be rare, in the sense that it must not be easily copied (a problem equivalent to counterfeit banknotes for traditional currencies).
This is a requirement that is met by the Bitcoin network, which ensures no double-spending occurs. In addition to the value linked to the acceptance of the currency, Bitcoins owes its value to a variety of economic mechanisms linked to the analysis of the Bitcoins’ supply and demand.
The study of the complex, unstable dynamics of lasers is not just of scientific value but is also creating new opportunities for making secure lidar and generating high-frequency microwave signals.
What does it take to produce an original work of science, art, or design ? Are inventors and designers all "Leonardos" facing the daunting task of connecting all bodies of knowledge ?
While 4G is still being rolled out, 5G is already in the starting blocks. For consumers whose smartphones still show “3G” alongside a reception indicator which rarely makes it over two bars out of four, this can be quite perplexing. Is it realistic to assure them that 5G is already a reality, when they can barely see proof of 4G? It is.
PyroElectro, Sep. 9
1st Place goes to Sylvain Ract and his team from Télécom ParisTech, who created this POV device for their "RoseAce " Embedded Systems course.
Emergency Management, Sep. 8
Attention has been placed on how best to use social media tools and the content available to enhance preparedness, response and recovery efforts. By Caroline Rizza, professor at Telecom ParisTech, et al.
The Direction of International Relations is delighted to welcome you on its blog.
This blog was created to keep students and partners up-to-date with the latest news and information on international studies at Telecom ParisTech.
The articles posted on our blog cover topics from application procedures, student visa, scholarships to latest developments in our international strategies.
We hope you will follow along.
What happens when shoppers pick their own prices? CBS News - Aug. 14, 2014
The research team [studying Radiohead digital business] included faculty from Telecom ParisTech [Marc Bourreau,] and Crest, Harvard Kennedy School and Yonsei University.
Studying the business of Radiohead - via Boston Globe - Aug. 27, 2014
« Dogan and her colleagues Marc Bourreau and Sounman Hong collected data on the physical and digital sales of “In Rainbows” after the PYOP [Pick Your Own Price] offer expired. »
Best Paper Award in ICPR 2014 (Int. Conference on Pattern Recognition , Stockholm, late August 2014), for Segmentation of Retinal Arteries in Adaptive Optics Images, by N. Lermé, F. Rossant, I. Bloch, M. Paques and E. Koch. Isabelle Bloch is professor at Signal Image Processing department at Telecom ParisTech.
Nausikaa Geeraert, PhD student at Telecom ParisTech / KUL University Leuven (Belgium) / General Electric, gets the Best Paper Award at International Conference on Radiation Protection in Medicine RPM 2014 which was held from May 30 to June 2, 2014, at Varna (Bulgaria).
Photography contest organized in 2014 by 'FLE' (French as a foreign language) illustrating the following words through photos taken in Paris: Parisian, surprising, funny, free.
On Multimodal Brain Image Analysis(147 KB) at University of Amiens - deadline June 30, 2014
Quantum physics opens up a variety of possibilities for radical new applications such as quantum cryptography, a discipline to which Romain Alléaume, researcher at Télécom ParisTech / Institut Mines-Télécom, devotes his energy. Member of the Quantum Information team at Télécom ParisTech, the researcher uses specifically quantum properties of light to design and create systems allowing confidential data to be remotely transmitted. His most recent work addresses the security of these quantum devices as well as their compatibility with ‘traditional’ telecommunications networks. More on Institut Mines-Telecom website
A provocative 21st century pamphlet. Think Jonathan Swift—with computational tools.
As you might know, the Telecom Debating Society sent 2 teams and one judge to the Cambridge IV 2013 (15th-16th of December). During this IV, which is one of the largest and most prestigious in Europe, we’ve had the pleasure to compete in BP style at the Cambridge Union Society against teams from all over the world : Oxford, St Andrews, Yale, Princeton, Trinity College Dublin, Leiden, Vienna, etc. The debates were fierce and the motions varied... Continued
Congratulations go to Alasdair Newson, Matthieu Fradet, Patrick Perez, Andres Almansa & Yann Gousseau for their paper Towards fast, generic video inpainting which won the Best Student paper prize. Andres Almansa is CNRS research fellow and Yann Gousseau is professor at Telecom ParisTech. November 2013.
It’s an old dream in the process of becoming reality: the first "3D cameras", allowing you to adjust the angle long after taking the shot, are finally emerging from laboratories. Expectations are huge from professionals in cinema, computer-aided design and computer games. But the technology is not yet fully mature: the data obtained is so large that it is impossible to exploit directly in existing applications. Research teams from Institut Mines-Télécom, including the Télécom ParisTech-based Computer Graphics group led by Tamy Boubekeur, are working to tackle this issue. The researchers are developing innovative tools, capable of processing raw data to obtain new types of media. [More on Institut Mines-Telecom website ]
Today we use information technology, tomorrow we’ll use robots… machines of all kinds are an integral part of our daily life. Yet, exchange between machines and us, the users, can sometimes be challenging. How can one communicate naturally with a robot, a computer or an IT program? Herein lies the purpose of the embodied conversational agent, an interface allowing for a genuine dialogue between man and machine. Institut Mines-Télécom has been carrying out research in this field, which straddles the domains of cognitive science and artificial intelligence, observing human-human communication in view to model human-agent communication. At Télécom ParisTech, Catherine Pelachaud has been working for several years to humanize machines… [More on Institut Mines-Telecom website ]
Application to Quantitative Finance - a book co-written by Patrick Duvaut, Research Director of Telecom ParisTech.
granted by the IEEE Circuits and Systems Society , "to editors whose tireless effort and professionalism have made a significant impact to the reputation of the Transactions on Circuits and Systems for Video Technology". All our professors worthy of note.