EAI – European Alliance for Innovation

Exploring Cyber Threats: Insight from Ivan Cvitić’s Research Journey

sojykumari — Tue, 04 Mar 2025 11:21:31 +0000

In this interview Ivan Cvitić, Assistant Professor at University of Zagreb, spoke to Michal Hochel about his motivation for, and significant milestones achieved in the fields of cyber security and quantum communications, as well as his experience with EAI conferences. Additionally, Mr. Cvitić shared great advice for junior researchers to progress and move forward in professional societies.

What motivated you to pursue a career in research?

My fascination with understanding and improving cybersecurity, specifically in the domain of network anomalies and forensic analysis, began during my undergraduate studies at the Faculty of Transport and Traffic Sciences, University of Zagreb, Croatia. The ever-evolving challenges in cybersecurity, particularly those related to network traffic anomalies, ignited my passion for continuous learning and research. This was strongly reinforced by the insightful guidance of my mentor, Prof. Dr. Dragan Peraković, during my doctoral studies. My motivation is driven by a commitment to enhance the security and reliability of communication networks, which are critical in today’s digitally interconnected world. I am particularly motivated by the goal of developing innovative solutions to protect against emerging cyber threats and ensuring robust forensic capabilities.

What significant milestones did you encounter that were decisive for your current research specification?

t milestones in my academic journey include the completion of my doctoral thesis, which was a profound turning point as it established my expertise in cybersecurity and applied machine learning. Being appointed as the Head of the Laboratory for Cybersecurity and Digital Forensics further shaped my research direction towards advanced cybersecurity measures.

Another pivotal milestone was my role as the secretary of the Innovative FET Association, where I engaged with forward-thinking research and innovation in quantum technologies. My involvement with the Croatian Quantum Communication Infrastructure project and the CEN-CENELEC Focus Group on Quantum Technologies has been instrumental in steering my research towards quantum communications. My activities in the Research Task Group on Architecture and Standardization and Interoperability of Quantum Communication further solidified my focus on this cutting-edge domain.

Additionally, my role in the NATO Research Task Group IST-218 on Multi-Domain Quantum Key Distribution (QKD) for Military Usage has been crucial. This involvement has provided me with a platform to contribute to the development and implementation of quantum communication standards and architectures, aligning my research with the emerging global technological shifts. These experiences have been decisive in defining my current research focus and driving my passion for advancing cybersecurity and quantum communication technologies.

How would you describe your overall experience with EAI conferences?

My experiences with EAI (European Alliance for Innovation) conferences have been exceptionally enriching and intellectually stimulating. EAI, as a platform, organizes numerous conferences that facilitate insightful exchanges of cutting-edge research across various domains. These conferences have provided invaluable networking opportunities with peers, industry leaders, and experts from around the world. The interdisciplinary approach and the high standards of presentations and discussions at these conferences significantly contribute to the advancement of my professional skills and research capabilities. Additionally, EAI conferences foster a collaborative environment that encourages the sharing of innovative ideas and methodologies, which has been instrumental in broadening my perspective and enhancing the quality of my research. The exposure to diverse viewpoints and the opportunity to engage in meaningful dialogues have greatly enriched my academic and professional journey.

What were the most important parts of the conference program for you?

The most vital parts of the EAI conference programs for me have been the keynote speeches, the technical sessions, and the networking opportunities. Keynote speeches often provide strategic insights into the future directions of technology and research, which are crucial for aligning my own research with global trends. Technical sessions, on the other hand, allow for a deeper dive into specific areas of interest, offering detailed discussions and feedback on ongoing research projects.

Equally important are the networking opportunities. Through EAI conferences, I have met wonderful people, including researchers, experts, and friends. We have created a network that now collaborates on various activities beyond EAI. These connections have led to fruitful collaborations, joint research projects, and the continuous exchange of knowledge and resources. The relationships built at these conferences are invaluable and have a lasting impact on my professional and personal growth.

What advice would you give to junior researchers which we can also share through EAI as a professional society?

I would advise junior researchers to actively engage with the entire conference program, not just their own presentation sessions. Networking is key – take every opportunity to discuss your ideas with other researchers and seek feedback. Always be open to collaboration, as interdisciplinary projects can lead to innovative solutions and advancements.

Moreover, it is crucial to think outside the box. Innovation often comes from unconventional approaches and questioning established norms. Do not be afraid to explore new methodologies or challenge existing theories. This kind of creative thinking can lead to breakthroughs in your research.

Recognize the importance of sacrifice, hard work, and continuity. Science is a long-term commitment, and the fruits of your labor may not be immediately visible. Perseverance and dedication are essential. The road to significant scientific achievements is often paved with long hours, rigorous experiments, and numerous revisions. Embrace this process and stay committed to your goals.

Finally, do not be discouraged by setbacks. Scientific research is inherently challenging, and failure is a part of the journey. Each obstacle you encounter provides a learning opportunity and a chance to refine your approach. Remember that the impact of your hard work may take time to manifest, but it contributes to the collective progress of the scientific community.

By maintaining a positive outlook and staying resilient, you will find that the rewards of your dedication are well worth the effort. Your contributions, no matter how small they may seem initially, play a crucial role in advancing knowledge and driving innovation in your field.

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Latest News from the Publication Department: EAI Endorsed Transaction on AI and Robotics now in Scopus!

sojykumari — Tue, 04 Mar 2025 10:44:46 +0000

EAI Endorsed Transaction on AI and Robotics now in Scopus!

Many things need to go right to successfully launch a new journal.

Thanks to Editor-in-Chief, Shuai Steven Li, EAI Endorsed Transactions on AI and Robotics has achieved just this. AIRO published its first volume in 2022 and has remained consistent since then thanks to Professor Li and his board of editors. EAI Publications is immensely proud to support this dedicated team of researchers.

Before even launching a journal, the editors together with the publisher must agree on a scope. What makes this journal interesting or unique? What niche does it fill? A team of dedicated experts to fill the editorial board needs to be recruited and reliable reviewers also need to be found. Once all this is done, the task of attracting submissions begins. Authors often spend months, if not more, working on their research before submitting it to a journal for publication. Publishing in a newly launched journal can be a risk. This is why the choice of a knowledgeable and experienced Editor-in-Chief and editorial board is so important. We look forward to seeing this journal continue to grow!

EAI Endorsed Transactions on AI and Robotics (eISSN: 2790-7511) covers all aspects of robotics and knowledge-based AI systems along with interdisciplinary approaches to computer science, control systems, computer vision, machine learning, electrical engineering, intelligent machines, mathematics, and other disciplines. An important goal of this journal is to extend cutting-edge technologies in the control and learning of both symbolic and sensory robots with regard to smart systems. Our journal contains articles on the theoretical, mathematical, computational, and experimental aspects of robotics and intelligent systems.

You can access the journal, by clicking here.

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How AI is Revolutionizing Research and Publishing Services.

sojykumari — Tue, 04 Mar 2025 10:37:21 +0000

Artificial Intelligence (AI) is no longer a futuristic concept—it is reshaping industries, and the research and publishing sectors are no exception. From enhancing research capabilities to revolutionizing how academic content is reviewed and published, AI is driving efficiency and innovation.

Let’s explore the significant impacts AI is having on researchers, research, and publishing services, with examples that highlight its growing influence.

AI in Research: Accelerating Discovery and Analysis

In the research world, the sheer volume of data is staggering. Whether in healthcare, climate science, or engineering, the ability to process and analyze large datasets is crucial for making new discoveries. Traditional methods, while effective, are often too slow to handle the scale of data involved today. This is where AI shines.

One of the key contributions of AI to research is in data analysis. Machine learning algorithms can sift through vast amounts of data, uncovering patterns that would be nearly impossible for human researchers to detect. For example, in healthcare, AI is being used to analyze medical records and genomic data, helping researchers identify new treatments for diseases. In 2020, AI-driven models were used to assist in the identification of potential COVID-19 treatments by analyzing existing drug databases. This helped speed up the process of drug repurposing, leading to more rapid responses to the pandemic.

AI is also enhancing predictive modeling, which helps researchers forecast trends or outcomes based on historical data. For instance, climate scientists are using AI to predict extreme weather patterns and track the effects of climate change, offering better insights into future environmental shifts. AI tools can run simulations and refine models much faster than traditional methods, offering researchers an invaluable tool to address some of the world’s most pressing challenges.

Streamlining the Publishing Process

Publishing has traditionally been a time-consuming and resource-intensive process. Authors, editors, and reviewers spend significant time reviewing manuscripts, checking references, ensuring compliance with journal standards, and addressing issues like plagiarism. AI is now streamlining many of these steps, significantly reducing the time spent on routine tasks and allowing researchers and publishers to focus on higher-value work.

For instance, AI tools are increasingly being used in plagiarism detection. Traditional methods required manual cross-checking of references or reliance on databases that were not always comprehensive. Today, platforms like Turnitin and Grammarly use advanced AI algorithms to scan academic papers for similarities with existing literature, ensuring the originality of content before submission. This saves considerable time for both authors and reviewers and helps maintain the integrity of academic publications.

Moreover, AI is improving the peer review process, a crucial but often cumbersome part of academic publishing. AI can assist in identifying suitable reviewers for submitted papers, based on their expertise and previous publications. This not only speeds up the process but also helps ensure that the most qualified reviewers are involved. Additionally, AI tools can analyze the content of papers for consistency, grammar, and even logical flow, providing valuable feedback to authors before they submit to journals.

AI-Assisted Literature/Paper Reviews

One of the most labor-intensive tasks for researchers is conducting literature reviews—searching through hundreds or even thousands of published papers to identify relevant work. AI is making this process far more efficient. Tools like **Connected Papers** and **Semantic Scholar** leverage AI to help researchers quickly identify and explore academic papers related to their work. These platforms use natural language processing (NLP) to analyze the content of papers and build connections between them, enabling researchers to find relevant studies faster and more accurately than ever before.

The Future of AI in Publishing

The future of AI in research and publishing is undeniably promising. In addition to automating routine tasks, AI has the potential to improve the accuracy and accessibility of research. AI-powered tools can help ensure that academic publishing remains unbiased, objective, and transparent, addressing some of the ongoing concerns about fairness and equality in research evaluation.

For example, AI may help reduce bias in the review process by providing data-driven recommendations for reviewers based on their qualifications and prior work. It can also improve access to academic resources by translating papers into multiple languages, increasing the reach of research across the globe.

Moreover, AI can facilitate the discovery of new research by automatically analyzing trends and identifying gaps in existing knowledge. This could be particularly valuable in emerging fields or in under-researched areas where human researchers might not have the time or resources to dive deep into the literature.

Ethical Considerations and Challenges

Additionally, AI-driven automation in the review and publishing process could lead to the displacement of traditional roles. While AI can enhance efficiency, it is important to ensure that it complements human expertise rather than replaces it. Human oversight will continue to be crucial in ensuring the quality and accuracy of published research.

Conclusion

AI is undoubtedly transforming research and publishing services. By automating routine tasks, enhancing data analysis, and improving the efficiency of publishing workflows, AI is enabling researchers to focus on groundbreaking discoveries and academic excellence. While challenges remain, the future of AI in academic publishing holds great promise. As AI continues to evolve, its role in research will only grow, reshaping the way we conduct and disseminate scientific knowledge.

At EAI, we are committed to fostering discussions on these innovations and advancing AI-driven solutions that benefit the global research community. Stay tuned to our upcoming conferences and publications for more insights on the future of AI in research and publishing.

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EAI Spotlight: Interview with Prof. Gabriel Wainer

sojykumari — Tue, 04 Mar 2025 10:28:14 +0000

We are excited to feature Professor Gabriel Wainer in this exclusive interview for the EAI blog. Professor Wainer was a keynote speaker at SIMUTools 2023 and will be returning as a cofounder at this year’s SIMUTools 2024 in December, in Bratislava, Slovakia. As a pioneering researcher in Real-Time Operating Systems and RT scheduling, Professor Wainer has made significant contributions to the field, including the development of early RT-Linux kernels. In this interview, he shares his journey, experiences with EAI conferences, and valuable advice for the next generation of researchers.

Research background:

Question – What motivated you to pursue a career in research?

I started my research career in the field of Real-Time (RT) Operating Systems (OS) and RT scheduling in 1993 at University of Buenos Aires, Argentina. There were very limited resources, and I mostly finished my Master’s thesis self-supervised; there was no expertise in the field, and I learned how to conduct research by myself. My first results were published in various venues and a book. Shortly after, this idea was followed by other researchers in the field, leading to the development of the first versions of RT-Linux (many of these kernels followed and cited our original ideas, which were new in 1993 when Linux was still in its infancy and still used a monolithic kernel design). The independence and the ability to make your own decisions on how to proceed, together with an excitement when results were positive drove me to continue. I got a couple of research scholarships at the University of Buenos Aires, and one day I was told that my new scholarship was meant for me to do a PhD, so I did.

Experience with EAI conferences:

Question – How would you describe your overall experience with EAI conferences?

I co-founded SIMUTools, pushed by my colleague Olivier Dalle, who was very active and a brilliant researcher. So, starting a conference with him was an honor, and a lot of fun! We worked together for years trying to make SIMUTools better, and Olivier’s leadership was crucial in this sense. In parallel, we always counted with the support of Imrich Chlamtac, and the EAI team; organizing a conference with their support is fun and seamless. It’s always an enjoyable experience.

Question – What were the most important parts of the conference program for you?

We always strived to have exciting Keynote speakers, that would engage the audience. Then, establishing a collegial atmosphere for joint collaboration is one of the most important aspects of the conference.

Advice for junior researchers coming to the conferences:

Question – As with every conference, new junior researchers are coming to present their work. What advice would you give to junior researchers, which we can also share through EAI as a professional society?

Mingle. People in science and engineering tend to be shy and self-absorbed; try to join a group with common interests and talk to people. You will leave the conference enriched and you will learn a lot, not only from the scientific aspects but from the life experiences of your colleagues. Hopefully they will become your friends too.

Question – Have you faced any challenges while writing academic papers that you managed to overcome? If so, could you share your insights on how you successfully handled them?

One of the most complex challenges for researchers is rejection of their work; both papers and research grants. One insight: don’t give up and continue pushing hard. Rejection is hard on you, but time heals all wounds. I have had very aggressive reviewers with not meaningful or interesting insight to make our work better, and that’s always complex. But after a while you realize what are the most valuable aspects of your work, use any positive feedback to improve the quality, and in some cases, you realize there are some flaws and you need to go back from start: you shouln’t shy from doing that. Time takes care of everything. But also time is limited, so use it wisely.

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Empowering Researchers Worldwide | Join EAI

sojykumari — Tue, 04 Mar 2025 10:20:02 +0000

Join EAI’s Free, Inclusive Community for Collaborative Innovation.

EAI is the world’s largest open ICT society active in more than 160 countries.
EAI helps more than 250,000 researchers around the world achieve progress through
collaboration, recognition, and knowledge sharing. EAI is delivering progress through
collaboration.

We do this through free membership, a platform of innovative collaboration tools, our publishing services, and our global conferences, all of which have been built to encourage, mentor, and shape a researcher’s journey to success.

The free exchange of ideas and resources – whether through membership, open library,
EUDL.eu, or community initiatives – reinforces our commitment to an ecosystem where opportunities and growth are available to all. Just like the Möbius strip, there is no beginning or end to progress, ensuring that everyone moves forward together in a collaborative, ever evolving loop of innovation.

o Differentiating ‘open and inclusive’ engagement strategy that responds to a real need
o Established global networks and a database of 250,000 contacts
o Breadth of publications in partnership with Springer
o Personable, supportive, and proven approach to conference
o Program of over 100 global conferences scheduled and capacity to deliver

Progress Through Collaboration

We believe that the power of collective engagement, sharing talent and knowledge will
accelerate individual progress and enable us to harness technology for the benefit of society.

Join us as we continue to build the tools and community for the world’s largest, open, ICT
society.

EAI, The World’s Largest Open ICT Society

We help more researchers in more parts of the world make progress in their careers, be
recognized, and feel part of a community. We do this through our free membership, a platform of innovative collaboration tools, publishing, and our global conferences, all of which have been built to encourage, mentor, and shape a researcher’s journey to success.

We Level the Playing Field

We see ourselves as an antidote to the elitist approach to research, publishing, and
conferences – an approach that is often inaccessible to researchers in developing countries. We want to halt this disenfranchisement by offering free membership to our society with its unique platform of engagement tools to help researchers stop being isolated and start communicating, connecting, and collaborating.

Services

Transforming How Research Is Done

By connecting researchers to our suite of community collaboration tools, EAI is transforming the way research is done, evaluated, and rewarded. One key benefit of this new approach is early community recognition – researchers can give and receive feedback on abstracts and get recognition through a unique system of ‘credits for participation’ that enables their progress to be visible and recognized.

The Route To Easier Publishing

The publication of research papers provides the opportunity for researchers to share their knowledge, achieve recognition, success, and progress their academic career. EAI, through its unique partnership with Springer, supports this dissemination of knowledge through various
publications, including journals, books, and conference proceedings.

Conferences That Amplify Community

As well as successfully running over 200 conferences around the world EAI can use its
community platform to connect researchers with similar interests to conferences where they can share knowledge, network, and increase their profile, identify members with relevant
experience who can then take a role in an organizing committee or provide informed feedback on a paper for example.

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How AI is Transforming the Gaming Industry

sojykumari — Tue, 04 Mar 2025 10:01:07 +0000

Artificial Intelligence (AI) is significantly transforming the gaming industry in several key areas:

Game Development: AI is being utilized to create more dynamic, responsive, and immersive game environments. For example, AI is helping developers design smarter non-playable characters (NPCs) that can adapt to player behavior, making the game world feel more alive and interactive. Wired

Procedural Content Generation: AI-driven algorithms are increasingly being used to generate game content, such as levels, maps, and entire game worlds, dynamically. This helps in creating endless variations and richer experiences for players, improving replayability. Wikipedia

Personalization: AI algorithms analyze players’ behavior and preferences, allowing for more personalized gaming experiences. This can include adjusting the difficulty level based on player skill, providing tailored content, and even customizing in-game narratives. World Metrics

Enhanced Graphics and Visuals: AI is used in enhancing game graphics. Technologies such as AI-driven image upscaling and real-time rendering optimization have made a significant impact on the visual quality of games, making them more realistic and detailed. Interesting Engineering

Game Testing and Quality Assurance: AI is used to automate testing and bug-fixing processes in game development, improving efficiency and reducing the time needed to test new games before release. Interesting Engineering

AI in Game Design: AI is playing a role in creating adaptive game mechanics that evolve based on player decisions. This creates a more engaging experience, as the game can learn from and react to how the player interacts with it. Interesting Engineering

Esports and AI: AI is also being used in esports for analytics, player performance tracking, and strategy optimization. It helps in understanding player behavior and predicting outcomes, both for improving gameplay and for better coaching. Interesting Engineering

In summary, AI is significantly changing gaming by making experiences more immersive, personalized, and adaptive while also optimizing the development and testing processes.

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Congratulations to the Authors of the Highly-Cited Paper on IoT Interoperability!

sojykumari — Fri, 28 Feb 2025 10:07:47 +0000

We are thrilled to celebrate the remarkable success of the paper titled “Interoperability in Internet of Things: Taxonomies and Open Challenges”, authored by M. Noura, M. Atiquzzaman, and M. Gaedke, published in Mobile and Wireless Networks. Since its publication in 2019, the paper has been cited an impressive 722 times, reflecting its significant influence in the field of Internet of Things (IoT) research.

The paper, which explores critical issues related to IoT interoperability, has made a lasting impact by providing valuable insights into the challenges and potential solutions in this rapidly evolving domain. The widespread recognition of this work underscores its relevance and importance within the research community.

Given the substantial number of citations and its continuing influence, the authors have expressed interest in receiving formal recognition for their work. A best/high-impact paper award would not only honor the authors’ contributions but also highlight the ongoing importance of their research in advancing IoT technology.

Once again, congratulations to Noura, Atiquzzaman, and Gaedke on this well-deserved achievement. We look forward to seeing their continued success in shaping the future of IoT research!

The paper, “Interoperability in Internet of Things: Taxonomies and Open Challenges”, has been cited 722 times, as reflected on Google Scholar and can be accessed through Springer’s article page, showcasing its significant impact on the field of IoT research.

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Conferences You Should Know About in 2025

sojykumari — Fri, 28 Feb 2025 10:01:49 +0000

This year offers a range of exciting conferences that promise to spark fresh ideas and new connections. We recommend marking these selected events in your calendar!

5th EAI International Conference on Technology, Innovation, Entrepreneurship and Education

TIE 2025 explores innovative technologies in broadcasting, networking, and collaboration for sports events, including outside broadcasts. It also covers e-gaming, e-sports, and “serious games” for real-world applications, focusing on both technological advancements and their impact on enterprise, commercialization, and education.

March 17-18, 2025 | Cambridge, United Kingdom

21st EAI Security and Privacy in Communication Networks International Conference

The conference focuses on cybersecurity, addressing threats in modern networks like 5G, IoT, and cloud computing. Participants will explore blockchain technologies, enhance their incident response skills, and learn about advanced tools and strategies to secure data, protect systems, and adapt to rapidly changing cyber threats.

July 4-6, 2025 | Xiangtan, China

16th EAI International Conference on Bio-inspired Information and Communications Technologies

BICT 2024 explores how biological principles can advance ICT, focusing on bio-inspired algorithms and applications in healthcare. The conference highlights innovative solutions that mimic biological systems to transform medical practices and improve patient outcomes.

August 21-22, 2025 | London, UK

19th EAI International Conference on Pervasive Computing Technologies for Healthcare

PervasiveHealth focuses on the use of ubiquitous computing in healthcare, addressing technological, social, medical, legal, and financial aspects. The conference aims to understand patient and practitioner needs, and explores the design, implementation, and integration of healthcare technologies into the healthcare system.

October 15-17, 2025 | Eindhoven, The Netherlands (hybrid event)

16th EAI International Conference on Digital Forensics & Cyber Crime

ICDF2C conference focuses on emerging topics like AI and machine learning in digital forensics, adversary engagement, and threat intelligence. It also covers traditional topics such as digital investigations, cybersecurity, incident response, and risk management, fostering collaboration among academics, practitioners, and vendors.

November 11-13, 2025 | Miami, FL, USA

14th EAI International Conference: ArtsIT, Interactivity & Game Creation

ArtsIT explores the fusion of art and technology, with a focus on fields like digital media, cultural heritage, AI, and virtual reality. The conference brings together artists and technologists to discuss how digital art influences society, culture, and sustainability. It encourages interdisciplinary collaboration, driving innovation and new forms of creative expression that bridge the gap between art and technology.

November 13-15, 2025

21st EAI International Conference on Collaborative Computing: Networking, Applications and Worksharing

The conference explores advancements in electronic collaboration, focusing on networking, systems, and user interfaces. It covers the evolution from standalone tools to specialized grids, emphasizing better interoperation with application-specific tools. The scope includes enhancing collaboration in multi-organizational settings, enabling more effective teamwork between humans, applications, and robots.

November 15-16, 2025 | Shanghai, China

20th EAI International Conference on Body Area Networks: Intelligent Edge Cloud for Dependable Globally Connected BAN

EAI BodyNets 2025 focuses on IoT research utilizing sensing data from the human body and environment. It covers applications in healthcare, well-being, assisted living, and entertainment. The conference seeks papers on sensing technology, ICT, signal processing, and multimedia technology essential for these services and systems.

December 1-3, 2025 | Okayama, Japan

18th EAI International Conference on Performance Evaluation Methodologies and Tools

EAI ValueTools explores advancements in computer science, telecommunications, and operations research, focusing on complex systems like AI, cloud computing, and smart grids. It covers topics such as machine learning, optimization, and game theory, bringing experts together to discuss cutting-edge methodologies and their real-world applications.

December 11-12, 2025 | Glasgow, Scotland

This list of 10 conferences is just a tip of an iceberg, since the European Alliance for Innovation organizes 100+ conferences a year. Explore all upcoming events here.

Thinking of organizing an existing conference or would like to propose a new conference? Get more information here.

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Celebrating Excellence: Meet the 2024 EAI Fellows

admin — Wed, 26 Feb 2025 11:18:20 +0000

The European Alliance for Innovation (EAI) is proud to announce the 2024 Fellows, an esteemed group of 34 academics and researchers from around the world. This recognition honors their significant contributions to innovation, research, and the EAI community.

European Alliance for Innovation

These Fellows have demonstrated outstanding leadership and dedication, playing key roles in advancing knowledge and fostering collaboration across various disciplines. We invite you to explore the full list of this year’s honorees and join us in celebrating their achievements.

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Angel A. Juan	Universitat Politècnica de València, Spain
Atul Kumar	IIT BHU, Varanasi, India
Boualem Benatallah	Dublin City University, Ireland
Daphne Yao	Virginia Tech, USA
Domna Banakou	New York University, Abu Dhabi, UAE
Dr. Ivan W H Ho	The Hong Kong Polytechnic University
Ersin Uzun	Rochester Institute of Technology
Fan Wu	Beijing University of Posts and Telecommunications, China
Georgi Tuparov	New Bulgarian University, Sofia, Bulgaria
Hiep Xuan Huynh	Can Tho University
Ivan Landjev	New Bulgarian University, Sofia, Bulgaria
Jeremy Foss	Birmingham City University
José-Luis Guisado-Lizar	University of Seville, Spain
Justyna Trojanowska	Poznan University of Technology, PL
Kaizhu Huang	Duke Kunshan University
Kevin Butler	University of Florida, USA
Longzhi Yang	Northumbria University, UK
Marco Gribaudo	Politecnico di Milano, Italy
Markus Brillinger	Pro2Future GmbH
Maurizio Magarini	Politecnico di Milano
Mauro Iacono	Universita degli Studi della Campania “Luigi Vanvitelli”, Italy
Mor Harchol-Balter	Carnegie Mellon University
Nishu Gupta	VTT Technical Research Centre of Finland Ltd, Finland
Paolo Milazzo	University of Pisa, Italy
Raffaele L. Dellacà	Politecnico di Milano, Italy
Raymond Choo	University of Texas at San Antonio
Saed Alrabaee	United Arab Emirates University, UAE
Sanjiv Kapoor	Illinois Institute of Technology
Shancang Li	Cardiff University, United Kingdom
Stefanos Kollias	NTUA
Xiang Li	Santa Clara University, Santa Clara, CA, USA
Xiaofeng Tao	Beijing University of Posts and Telecommunications (BUPT), China
Xujiong Ye	Professor in Computer Vision, University of Lincoln, UK
Yifan Chen	University of Electronic Science and Technology of China

Dr. Domna Banakou, PhD

Visiting Assistant Professor of Interactive Media
NYU Abu Dhabi

"It is an honor to be named an EAI Fellow for 2024, and I am deeply grateful for the recognition. My experience with EAI has been incredibly rewarding, particularly through our collaboration in organizing the EAI ArtsIT 2024 conference. The event brought together researchers from around the world to present groundbreaking work, demonstrating the high-quality impact of the submitted research. The support and communication with the EAI management team were outstanding, ensuring a seamless and well-organized conference. ArtsIT 2024 provided a vital platform for researchers to share their work with a broad community, helping to establish new collaborations and advance the field of interactive media and arts. EAI’s dedication to bridging disciplines and creating opportunities for innovation is truly inspiring. I am grateful to be part of such a vibrant and impactful community and look forward to continuing our collaboration to further research and development."

Dr. José Luis Guisado Lizar

Associate Professor, tenured
University of Seville, Spain

"I am truly honored to be named an EAI Fellow for 2024 and deeply grateful for this recognition. Collaborating with EAI in organizing the SIMUtools 2023 and 2024 Conferences has been a rewarding experience. I am proud to be part of the EAI community and to contribute to its mission of advancing ICT research, fostering international collaboration, and driving societal progress."

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Mary Czerwinski: Stress detection – utilizing technology tools for mental well-being

admin — Fri, 02 Aug 2024 10:21:50 +0000

With a quarter of people expected to experience a mental health issue within the next 12 months and one in seven experiencing a common mental health problem, like anxiety and depression at work, it’s clear there is a major issue around well-being. But what can be done to overcome this global challenge? Well, in recent years, technology has evolved at a rapid rate and AI is now at the forefront of innovation.

But with no end in sight of how powerful AI can really be, it’s imperative we use it for the right reasons – to help society change and grow in a positive direction. With the right guardrails, AI can be steered and designed to help with mental health challenges. In addition, technology tools like wearable devices can be augmented with apps and chat-bots that can also enhance mental well-being, not only in the workplace, but also at home.

Utilizing technology

In the past, watches, necklaces and glasses were all accessories that helped bring an outfit together. Fast forward a decade or two and they are now used to help improve our lives. Wearable devices have changed the way we monitor our health by giving us real time updates on things like our heart rate and sleeping patterns. These devices can be used to constantly monitor us throughout the day (and night) and can alert users to signs of stress, allowing technical interventions that can teach users how to limit the impact of life stressors.

Mobile phones, just like accessories, have also evolved drastically in recent years. Phones used to be devices that allowed us to contact others with a click of a button, no matter where we were in the world. Now, most mobile phones have apps in them that keep users entertained, help with daily tasks, and provide a wealth of information – simply, if there’s a problem in your life, there is most likely an app that can fix it. This also holds for mental health issues. Mental health apps are an accessible way to help manage stress. Having a range of apps that focus on different issues can provide users with a personalize experience, allowing them to take control of their well-being. AI can be used to personalize mental health interventions even further and can provide assistance “just in time” when the help is needed.

Unlike the above devices discussed, AI hasn’t yet evolved to benefit users maximally. While AI has often been used to assist users, it’s only in recent years that it has become more powerful and can be used to do more. There are now tools on the market that can analyze user data and then provide insights into their mental health. These tools can detect patterns in a user’s mood, predicting issues before they arise in order to provide just in time interventions.

Limiting office burnout

Today, workers are constantly receiving communication from multiple channels, which has been heightened since Covid. With more people now working remotely, employees no longer rely on conventional ways to communicate via in-person meetings, emails and phone calls. Instead, multiple, new channels of communication have been introduced, such as instant messaging services, team communication channels, etc. As a result, this leads to interruptions throughout the day. Persistent multitasking can lead to a decrease in productivity and increase the risk of burnout. To prevent this, organizations can introduce technology tools to their employees that identify signs of stress so that they are more aware of their well-being at work. Once these tools “learn” the health and well-being patterns of an individual worker, it can then make personalize suggestions, such as taking short breaks. These interventions are for the employee’s personal use and the data of course needs to be kept confidential and private.

Looking beyond technology, it’s imperative that employers also create a supportive working environment, which often combats burnout. Organizations must ensure they have directors, managers, and other employees that appreciate workers’ achievements and contributions. This can be realized in the form of a reward scheme to celebrate workers’ accomplishments to a simple monthly appraisal meeting.

It should be noted that not all office environments are the same and some jobs can lead to more stress than others. Let’s look at red teamers for example – a security professional whose job it is to simulate cyberattacks in order to safeguard AI systems. A red teamer’s job can be regarded as intense because the worker often has to think like a criminal, which can have a psychological toll. The help of AI can change this and make the process easier for the red teamer by automating some or parts of the tasks. In turn, this should reduce the psychological burden so that these professionals can focus on other aspects of their job, which can take less of a toll on their mental health.

Away from the office

While the office is just one environment where mental health issues can occur, many also suffer at home. At the office, individuals can be limited to what solutions they are able to access, this can be because of funding or comfort. When at home, workers can personalize their mental health solutions even further, meaning they might be able to cater to their own needs even better.

For example, using the internet for therapy allows a person to connect with a therapist anywhere in the country, and even the world, from the comfort of their own home – they can get the support they need on a more regular basis. Understandably, not everyone feels comfortable talking to a human and for those people, AI-powered chatbots can also provide needed support.

Embracing technological advancements

It’s clear that mental health cases are growing but we now have the right tools to improve and monitor well-being. From wearable technology and mobile apps to AI-driven platforms, these tools provide support that couldn’t be accessed decades ago, helping individuals manage stress both at the office and at home. By embracing these advancements, we can create healthier, more supportive environments that promote mental well-being for all.

If you would like to learn more about this topic or any of the research discussed, please visit the Microsoft Research Human Understanding and Empathy website for more information: https://www.microsoft.com/en-us/research/group/human-understanding-and-empathy/

Mary will also be keynote speaker at EAI‘s 18th International Conference on Pervasive Computing Technologies for Healthcare at Heraklion, Greece, which will focus on technologies and human factors related to the use of ubiquitous computing in healthcare and for well-being.

Mary Czerwinski

Research manager at Microsoft

Mary Czerwinskis a Research Manager of the Human Understanding and Empathy group. Mary’s research focuses primarily on information worker task management, health and wellness for individuals and groups. Her background is in visual attention and multitasking. She holds a PhD in Cognitive Psychology from Indiana University in Bloomington.

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