Universidad Carlos III de Madrid
In recent months there has been a frenetic activity in the development of Artificial Intelligence (AI)-based tools. Especially due to recent developments in generative AI and the popularization of this term and specific tools in the media and social networks. These tools affect multiple sectors and higher education is definitely one of them.
Content generation, student support, assessment and certification of knowledge, competencies, and also research in education are strongly impacted by these new tools. Universities must modify their structures and processes to cope with these new changes, without forgetting the adequate training of teaching staff and taking into account the ethical aspects related to the use of AI-based tools. This talk collects some of the most recent advances in this field, which is evolving at a great speed.
New York University
The use of Machine Learning and Artificial Intelligence algorithms is not new in education or in Learning Analytics. However, recent advances in generative models, such as massive language models (LLMs), have radically transformed the potential applications of these technologies. In this talk, we will explore the various ways in which generative models, whether in text, images or audio, can be used to create Learning Analytics tools that foster deliberate practice, reflection, self-regulation and creativity in both students and teachers. Likewise, we will also visit possible dystopias resulting from an inadequate application of these models in the educational field.
In this talk we will also evaluate technical (What is possible?), pedagogical (What is beneficial for learning?), and ethical (What is beneficial for the individual and society?) issues. While this talk will not provide definitive answers to these last two questions, it will offer guidelines that each individual can use to address them in his or her own research and teaching practice.
University of Antwerp – IMEC
In this keynote talk, Prof. Marquez-Barja explores the current state of 6G technologies and their potential to reshape our world. As we stand at the forefront of a new era in connectivity, 6G offers unprecedented opportunities for innovation and progress. Prof. Marquez-Barja delves into the key drivers and objectives behind 6G development, including hyperconnectivity, ultra-low latency, higher data rates, and seamless integration with emerging technologies. The talk highlights the groundbreaking features of 6G networks, such as terahertz spectrum utilization, massive MIMO technology, native-AI operations, zero-touch management orchestration, software-programmable networks, enabling lightning-fast data transmission and powering immersive experiences, acknowledging the challenges ahead, from spectrum availability to security and ethical considerations.
This keynote talk provides an exciting overview of the current state of 6G technologies, highlighting their potential to reshape industries/verticals and enhance our digital experiences. By embracing the transformative power of 6G and addressing its challenges collectively, we can pave the way for a connected future that surpasses our wildest imaginations.
University of Costa Rica
In the realm of organizational development, the utilization of data and process analysis has emerged as a compelling driving force. By harnessing the valuable insights embedded within business processes, enterprises can achieve enhanced efficiency and sustainability on a global scale.
This presentation aims to enlighten participants on the transformative discipline known as process mining, showcasing its innovative methodologies and the integration of artificial intelligence tools. Through a comprehensive exploration of various research endeavors, we will elucidate the practical applications of process mining in domains such as incident management and medical emergency processes. Moreover, this talk will introduce cutting-edge advancements and future prospects in the realm of process-oriented data science.
This workshop will introduce participants to wireless hacking using microcontrollers, employing techniques such as: spectrum analysis, fake Access Point (AP), fake channel hopping AP, MAC flooding attack, DHCP starvation attack, and more, using MicroPython. During the tutorial, we will examine Wi-Fi vulnerabilities and work with Open-Source applications. Additionally, we will set up cost-effective Open-Source hardware and execute attack vectors using microcontrollers.
Requirements to attend this workshop: