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Any early career candidate nominated by a GÉANT Project NREN partner studying at a university or college in a GÉANT partner country, or working at a GÉANT NREN.

Depending on the number of  candidates in the programme, a maximum of 3 candidates per NREN.

Ideal candidates: (under) graduate, master and PhD students (possibly interns at the NREN), who want to commit time and energy to learn and develop beyond the basic university programme.

The subject matter of each presentation could be any idea, project or research or innovation the candidates have been working on which addresses a technical, economic, legal, security or environmental aspect in any IT and networks field. (see former topics below)

We expect NRENs to select and nominate a maximum of 3 candidates. All nominated candidates who comply with the programme requirements (see Requirements) will be admitted to the Future Talent Programme. The acceptance of the participant's proposal for the Lightning Talk programme at TNC will be the exclusive decision of the TNC Programme Committee without any interference of the Future Talent Programme. The Future Talent candidate competes with all the other proposals submitted for the conference. Winning proposals are selected based on originality and clarity. 

A complete application includes the online registration at https://events.geant.org/event/512/ including the mentor's contact details, the candidate’s contact details,  university and a short description of the topic the candidate wants to submit as a Lightning Talk. The application must be submitted by 14 March 2022

Your role as a mentor is to engage with your candidate on a regular basis during the programme, provide encouragement and advice throughout the programme and attend related events. If your candidate is selected to present at TNC, we encourage you to support him or her during the conference. All candidates' costs are funded by the programme and can be reclaimed from GN4.3-WP1-T5 following the normal GÉANT project claimant rules and procedures.

The programme runs from March to June, and includes 3 workshops for all participants. Depending on the number of participants the workshops will be organised in groups of max 5 and will run in March and April. TNC 'finalists' can expect further coaching from a professional trainer coach prior to the conference. The TNC conference will take place from 21-25 June online.

ICS cybersecurity is of increasing concern and this is evidenced by the mounting reports of cyber threats and attacks on ICS infrastructure that are referenced both within the technical community and the public media.

 https://learning.geant.org/conrad-ekisa/

Telomerase is considered the key to cellular immortality, the “fountain of youth.” This enzyme allows cells to multiply rapidly without aging. At the same time, telomerase allows cancer cells to divide indefinitely, which is the reason for the formation of tumors. Scientists from all over the world have been trying to solve this problem for a very long time. But today there is no exact model of the structure of human telomerase, due to the complexity of the structure and the high cost of this study. Computer modeling methods make it possible to quickly and cost-effectively reconstruct the spatial structure of human telomerase by homology based on the structural data of related templates. The work is done with the help of the State Supercomputer Multi-access Center of the UIIP NASB and the NREN BASNET network infrastructure. Computer methods of molecular dynamics optimize the model and make it accurate enough for rational design drugs and will help to understand that telomerase is eternal life or a panacea for oncology.

https://learning.geant.org/hanna-karpenko/

In this work, we designed a hierarchical learning architecture, where multiple agents cooperate to orchestrate network slices under different working conditions. Our hierarchical architecture will support PSC in a much more efficient way than conventional approaches, allowing the current telecommunication networks to assist emergency operators (e.g., firefighters, policemen, healthcare professionals) without the need for a dedicated infrastructure.

 https://learning.geant.org/federico-mason/

Navigation systems help users find their way around the world. But what if we wanted to reach the exact platform of our departing train and it’s a matter of minutes? Or what if in the earthquake/fire event we wanted the shortest path to the escape route? The skill is to move from a problem to an extremely innovative solution. Indoor localization allows users to access unknown environments. The main challenges of the proposed system are the safety, the access control, and the activity monitoring. In fact, knowing instantly the exact position of the people to be assisted is extremely important in an indoor environment. 

https://learning.geant.org/sara-raggiunto/

Wireless body area networks (WBANs) are becoming increasingly popular as they allow individuals to continuously monitor their vitals and physiological parameters remotely from the hospital. With the spread of the SARS-CoV-2 pandemic, the availability of portable pulse-oximeters and wearable heart rate detectors has boomed in the market. At the same time, in recent years we assisted to an unprecedented increase of healthcare breaches, revealing the extreme vulnerability of the current generation of WBANs. Therefore, the development of new security protocols to ensure data protection, authentication, integrity and privacy within WBANs are highly needed. In this context, we target a WBAN collecting ECG signals from different locations on the individual’s body, and we propose a new information theoretic key agreement protocol that exploits the inherent randomness of ECG signals to ensure authentication between the nodes within the WBAN.

 https://learning.geant.org/anna-valeria-guglielmi/

This presentation outlines a new approach on human-machine interaction that is inclusive to people with hand/arm movement impediments and vocal impairments through the use of an electroencephalography headset and electromyography surface electrodes respectively, all on a decentralized application that is developed to guarantee privacy on communication between users. 

https://learning.geant.org/luis-sampaio/

FaaSt (Forecast as a Service) is a project created on occasion of the hackathon organized by GARR (Hack The Cloud) on November 2019 whose main theme was environmental sustainability. The idea behind Faast is to use cloud communication infrastructure to improve the electric grid and provide end-users with real-time information on the sources of energy used in the grid and to opt for the renewable options.

https://learning.geant.org/alvise-baggio/

Recent advancements in quantum computing have brought about fundamental challenges to cryptography. The security of many classical cryptographic schemes, such as the digital signature algorithm (DSA), the Diffie-Hellman (DH) key exchange protocol, and their elliptic curve variants, relies on the hardness of the well-known discrete logarithm problem over cyclic groups in elliptic curves over finite fields. 

https://learning.geant.org/panayiota-smyrli/

Computer molecular modeling techniques play an important role in research into the development of new drugs. The use of neural networks for these methods in the rational design of potential drugs can minimize the time and cost of searching for various targets and potential drugs! Such a computer model can, with high probability, predict the vulnerability in the structure of the infectious agent and indicate which chemical compound should be synthesized.

https://learning.geant.org/hanna-karpenka/

Digital connectivity is transforming all aspects of our lives. Today information, ideas and financial flows are exchanged rapidly online and worldwide.  A case in point is Crowdfunding.  Enabling investors and entrepreneurs to connect worldwide online, to access much needed finance, this new model has emerged as a powerful disruptive force, reshaping traditional funding models and undermining traditional market dynamics.

https://learning.geant.org/kelly-wang/

Information-Centric Networking (ICN) is an alternative approach to the Internet networking architecture. The main idea behind this approach is that information is identified by name, rather than by IP address. Due to this capability, this information can be cached on some or all hops on the delivery path between a source and an end-user, depending on a caching policy. For example, if an end-user requests a video, a copy of this video may be cached at every hop along the path between the source and end-user. When an adjacent user requests the same video, the request may be serviced from a node closer to the user instead of from the source. This can lead to significant savings in quality, costs and latency

https://learning.geant.org/paul-duggan/

TNC19

Democratizing Smart Farming with AI on LoRa Sensor Networks – Luca Coviello, Fondazione Bruno Kessler, Italy (GARR)
https://tnc19.geant.org/video-archive/#s33
2A Lightning Talks: First Strike
Minute: 54:28 Luca 

Building Community Machine Learning Tool for Agriculture and Forest Species Identification – António Ferreira, University of Trás-os-Montes e Alto Douro (UTAD), Portugal (FCT/FCCN).]
https://tnc19.geant.org/video-archive/#s33
2A Lightning Talks: First Strike
Minute: 54:28 Antonio 

Sport-Related Sudden Cardiac Death: A New In- Cloud System for Athletes Prevention – Agnese Sbrollini, Università Politecnica delle Marche, Italy (GARR).
https://tnc19.geant.org/video-archive/#s33
2A Lightning Talks: First Strike
Minute: 49:40  Agnese

Content-Interaction-Powered Distance Learning – Contact, pointing, immersion and feeling of presence – Enrico Pietrocola, Conservatorio G.Verdi, Milano, Italy (GARR). 
https://tnc19.geant.org/video-archive/#s39

6A Lightning Talks: Second Strike
Minute: 35:20 Enrico

Project Fox, a Quest for a Statically Typed Embeddable Programming Language – Pierre van Houtryve, HEPH Condorcet, Mons, Belgium (BELNET).
https://tnc19.geant.org/video-archive/#s39
6A Lightning Talks: Second Strike
25:34 Pierre

FOG Computing as a Lifeline for E Health Users – Era Ajdaraga Krluku, Ss. Cyril and Methodius University, Macedonia (MARNET)
https://tnc19.geant.org/video-archive/#s39
Minute: 29:45 Era

TNC18

Hey network, what's going on? -- Virtual assistants for networks - Rüdiger Birkner, ETH Zurich/ SWITCH, Switzerland
https://tnc18.geant.org/web/media/archive/2A
Minute: 48:45 Rudiger

Back to the future: let’s bring schools to XXI century! - Ilaria Bortolotti, Università di Roma La Sapienza/GARR, Italy
https://tnc18.geant.org/web/media/archive/2A
Minute: 37:45 Llaria

Efficiency is the way to go: get to know Enki - José Pedro Guerra Brito, UTAD, Universidade de Tás os Montes e Alto Douro / FCT/FCCN, Portugal
ttps://tnc18.geant.org/web/media/archive/2A
Minute: 43:29 José

Empowering student involvement in campus network deployment - Antonio Angel Cruzado Castillo, University of Málaga / RedIRIS, Spain
https://tnc18.geant.org/web/media/archive/6AMinute: 32:25 Antonio

mySense - AI and Big Data for agroforestry applications Jorge Mendes, UTAD, Universidade de Trás os Montes e Alto Douro / FCT/FCCN, Portugal
https://tnc18.geant.org/web/media/archive/6A
Minute: 27.09 Jorge

V-Labs: autonomous provisioning of virtual environments using PaaS approach Simone Feretti, INFN Sezione di Roma Tor Vergata / GARR, Italy
Poster Presentation

SCOReS: A dynamic cache system for e-Science applications Davide Michelino, Università di Napoli Federico II - INFN Sezione di Napoli/ GARR, Italy
Poster Presentation

Network installation upgrade, done with students? Melchor Alejo Garau Madrigal, University of Málaga / RedIRIS, Spain
Poster Presentation

Privacy-Friendly Threat Detection Using DNS Gijs Rijnders, Eindhoven University of Technology / SURFnet, Netherlands
Poster Presentation

TNC17

Beyond Touch, Swipe and Tap for Smart Clothing! Retro brings Nostalgia Adwait Sharma, University of Applied Sciences Upper Austria, Hagenberg/ACONET, Austria Security risks and ethical
https://tnc17.geant.org/web/media/archive/2A
Minute: 23:40 Adwait

implications of sensitive data on the Internet of Things Ernesta Grigaityte, The University of Central Lancashire, Cyprus (UCLan Cyprus)/CYNET, Cyprus
https://tnc17.geant.org/web/media/archive/2A
Minute: 38.49 Ernesta

“SmartWindow”- Pablo Picasso meets Graham Bell Rafay Iqbal Ansari, Frederick University/CYNET, Cyprus Distributed
https://tnc17.geant.org/web/media/archive/2A
Minute: 17:58 Rafay

learning based on free open educational resources Tiago José Castro, ESMAD - Politecnico Porto/FCT/FCCN, Portugal
https://tnc17.geant.org/web/media/archive/2A
Minute 50:24 Tiago

Switches - routers in disguise. Software router acceleration using OpenFlow hardware Norbertas Kremeris, Kaunas University of Technology/LITNET, Lithuania
https://tnc17.geant.org/web/media/archive/6A
Minute 1.00:26 Norbertas

Using Raspberry Pis for cheap Wi-Fi monitoring Fredrik Strupe, Norwegian University of Science and Technology/UNINETT, Norway
https://tnc17.geant.org/web/media/archive/6A
Minute: 55:30 Fredrik