3D Medical Image Acquisition Lecture
Digital signals and images have great applications in Medical diagnosis and treatment, as well as in Biology, Biomedical Engineering, Dentistry and Pharmacology studies.
A Centre of Excellence delivering next generation AI Research and Training at the service of Media, Society and Democracy.
Motivated by the challenges, risks and opportunities that the wide use of AI brings to media, society and politics, AI4Media aspires to become a centre of excellence and a wide network of researchers across Europe and beyond, with a focus on delivering the next generation of core AI advances to serve the key sector of Media, to make sure that the European values of ethical and trustworthy AI are embedded in future AI deployments, and to reimagine AI as a crucial beneficial enabling technology in the service of Society and Media.
The AI4Media consortium, comprising 30 leading partners in the areas of AI and media (9 universities, 9 research centres, and 12 industrial partners) and 35 associate members, will establish the networking infrastructure to bring together the currently fragmented European AI landscape in the field of media, and foster deeper and long-running interactions between academia and industry, including Digital Innovation Hubs. It will also shape a research agenda for media AI research, and implement research and innovation both with respect to cutting-edge technologies at the core of AI research, and within specific fields of media-related AI. AI4Media will provide a targeted funding framework through open calls, to speed up the uptake of innovations developed within the network. A PhD programme will further enhance links to the industry and the fostering and exchange of talent, while providing motivation to prevent brain drain, and a set of use cases will be developed by the network to demonstrate the impact of the achieved advances in the media sector. The Excellence Centre that is established during the AI4Media project, and the ecosystem that will grow around it, will provide a long-term basis for the support of AI excellence in Europe, long after the project ends, with the aim of ensuring that Ethical AI guided by European values assumes a global leading role in the field of Media.
Digital signals and images have great applications in Medical diagnosis and treatment, as well as in Biology, Biomedical Engineering, Dentistry and Pharmacology studies.
Digital signals and images have great applications in Medical diagnosis and treatment, as well as in Biology, Biomedical Engineering, Dentistry and Pharmacology studies.
Digital signals and images have great applications in Medical diagnosis and treatment, as well as in Biology, Biomedical Engineering, Dentistry and Pharmacology studies.
Acoustic digital signals are ubiquitous and have many applications in several disciplines, notably in: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Scientific signal acquisition of any sort, e.g., E...
Acoustic digital signals are ubiquitous and have many applications in several disciplines, notably in: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Scientific signal acquisition of any sort, e.g., E...
Acoustic digital signals are ubiquitous and have many applications in several disciplines, notably in: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Scientific signal acquisition of any sort, e.g., E...
Acoustic digital signals are ubiquitous and have many applications in several disciplines, notably in: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Scientific signal acquisition of any sort, e.g., E...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Digital signals are ubiquitous and have many applications in several disciplines: -Digital Media, Social Media (music, voice signals), -Biomedical Signal Analysis and Diagnosis, -Bioinformatics -Autonomous cars, drones, marine vessels, robots -Big ...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
Many CVML scientists, engineers and enthusiasts do not have solid mathematical background, as it is so easy to jump into almost any CVML domain using available libraries and frameworks. This is very much true in Deep Learning and leads to a cacophony of i...
3D Computer Graphics and Virtual Reality play a very important role in computer games, TV/media production and in scientific/medical imaging.
3D Computer Graphics and Virtual Reality play a very important role in computer games, TV/media production and in scientific/medical imaging.
3D Computer Graphics and Virtual Reality play a very important role in computer games, TV/media production and in scientific/medical imaging.
3D Computer Graphics and Virtual Reality play a very important role in computer games, TV/media production and in scientific/medical imaging.
3D Computer Graphics and Virtual Reality play a very important role in computer games, TV/media production and in scientific/medical imaging.
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
3D images are an integral part of scientific imaging, used, e.g., in: -Biomedical imaging (e.g., CT MRI scans) -3D microscopy -Geophysical Prospecting. Furthermore, special types of 3D imaging, notably stereo, are routinely used in 3D cinema and 3...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
Nowadays, digital videos are everywhere and revolutionize very many domains, notably: -Digital Media (video/movie) Content Production and Broadcasting, -Social Media Streaming and Analytics (g., YouTube), -Mobile computing and streaming -Videoconfer...
A collection of online Artificial Intelligence Conference lists recommended by AUTH.
Digital Signals and Systems are everywhere. Digital 1D signals, 2D signals (images) and 3D signals (video) encompass the vast majority of digital information nowadays in several disciplines: -Digital Media, Social Media (music, images, video), -Biomed...
Digital Signals and Systems are everywhere. Digital 1D signals, 2D signals (images) and 3D signals (video) encompass the vast majority of digital information nowadays in several disciplines: -Digital Media, Social Media (music, images, video), -Biomed...
Digital Signals and Systems are everywhere. Digital 1D signals, 2D signals (images) and 3D signals (video) encompass the vast majority of digital information nowadays in several disciplines: -Digital Media, Social Media (music, images, video), -Biomed...
Digital Signals and Systems are everywhere. Digital 1D signals, 2D signals (images) and 3D signals (video) encompass the vast majority of digital information nowadays in several disciplines: -Digital Media, Social Media (music, images, video), -Biomed...