IEEE MELECON 2024 is a major international forum presenting design methodologies, techniques, and experimental results in emerging electro-technologies. The technical program will include plenary sessions, regular technical sessions, special sessions, panels, tutorials, and special events devoted to students and young professionals, Women in Engineering, entrepreneurs and industries.
There will be a SUPERIOT paper at this event:
WED 26-Jun-2024; 15:15
Session 3W4: Communications Systems (Room 4)
Incremental Redundancy HARQ Communication Schemes Applied to Energy Efficient IoT Systems
The Brazilian Materials Research Society (B-MRS) and the Organizing Committee of the XXII B-MRS Meeting invite the worldwide community of materials research to attend the 2024 Meeting that will be held at the Blue Med Convention Center in Santos, São Paulo, Brazil, September 29th to October 3rd, 2024.
SUPERIOT plans to have a presentation at this event.
SUPERIOT will hold its first webinar on WED 29-May-2024 at 15:00 CEST, online using Zoom.
The event will take approximately an hour, and will include a project overview from the Coordinator, Marcos Katz (University of Oulu), three technical presentations by project researchers and a short Q+A session.
An agenda and registration form may be found on the following link.
At EUCNC 2024, SUPERIOT will share Booth #16 with the related projects TERRAMATA, TIMES and CONVERGE. Please feel free to drop in and find out more about the projects!
SUPERIOT will hold its first webinar on WED 29-May-2024 at 15:00 CEST, online using Zoom.
The event will take approximately an hour, and will include a project overview from the Coordinator, Marcos Katz (University of Oulu), three technical presentations by project researchers and a short Q+A session.
An agenda and registration form may be found on the following link.
SUPERIOT will hold its first webinar on WED 29-May-2024; 15:00 CEST.
This free 60 min webinar will outline the objectives of the project and give a short update on some early results regarding truly sustainable IoT nodes.
Ultra-low power or energy-autonomous flexible, stretchable, and printable sensors and actuators for the body, plants, and other curved surfaces with compatible read-out electronics.
Flexible, stretchable, and printable energy harvesters such as photovoltaics, thermoelectric, triboelectric, piezoelectric, etc. for the body, plants, and other curved surfaces.
Flexible, stretchable, and printable energy storage solutions including (super)capacitors, batteries, fuel cells, etc.
3D-printed functional materials and devices for energy-efficient sensing, actuating or energy harvesting/storage.
Flexible, stretchable, and printable autonomous sensing/actuating architectures for wearables and the IoT, including flexible low-power electronics, antennas, etc.
Large-area sensing and actuating systems, energy harvesters and energy storage solutions for autonomous smart textiles, e-skin and robotic skin.
Advanced manufacturing techniques for large-area, flexible, stretchable, and printed sensors/actuators, such as 3D printing, roll-to-roll fabrication, etc.
The event will be focused on showcase and promote the debate among Public Authorities, Research and Industry on concrete advancements in the application of 5 to 6G emerging technologies solutions for urban innovation towards the upcoming European paradigm of “CitiVerse”
The Technical Program covers a wide range of cutting-edge developments in printed and flexible electronics, focusing on flexible devices, materials, systems and the related physics. The IEEE IFETC 2024 aims to bring together a wide variety of stakeholders, from chemists, materials scientists, physicists to mechanical and electrical engineers, the fabrication and manufacturing communities, as well as end-users, e.g. packaging and medical communities.
Emanuel Carlos from NOVA will co-chair the track “Materials and Manufacturing”.
SUPERIOT plans to have some representation at this event.
