16th International KES Conference
Welcome to KES-AMSTA-22
KES-AMSTA is a hybrid international scientific conference for research in the field of agent and multi-agent systems. Agents and multi-agent systems are related to a modern software paradigm which has long been recognized as a promising technology for constructing autonomous, complex and intelligent systems.
Consisting of keynote talks by experts in the field, oral and poster presentations, KES-AMSTA-22 provided an excellent opportunity for researchers to discuss modern approaches and techniques for agent and multi-agent systems and their applications, as well as intelligent systems in the field of social networks, self-organisation and trust.
Proceedings
The Full Papers conference proceedings will be published by Springer as book chapters in a volume of the KES Smart Innovation Systems and Technologies series, submitted for indexing in Scopus and Thomson-Reuters Conference Proceedings Citation Index (CPCI) and the Web of Science. (The Short Papers and Abstracts conference proceedings will be published online and will not appear in the Springer volume).
Smart Digital Futures
Thank you for attending Smart Digital Futures 2022
SDF-2022 multi-conference organised by KES International covered six leading edge smart topics. The conferences took place in Rhodes, Greece, the largest of Greece's Dodecanese islands. An island of incredible culture, it is known for its beach resorts, ancient ruins and remnants of its occupation by the Knight of St. John during the Crusades.
You can access the SDF-22 Google photos album ..here.. By joining the album, we welcome you to add your own photos of your SDF-22 experience.
The conference was part of the Smart Digital Futures 2022 multi-theme hybrid conference which groups AMSTA-22, HCIS-22, IDT-22, InMed-22, SEEL-22 and STS-22 in one venue.
The event took place at the Sheraton Rhodes Resort and via the KES Online Conference Centre.
Best Paper Award
The winner of the Best Paper Award for KES-AMSTA-22 was ams22-025 - Development of a transport model dedicated to an agent-based simulation of land use
Authors: Associate Professor Simon Gorecki, Professor Traore Mamadou Kaba, Associate Professor Gaussier Nathalie, Associate Professor Zerguini Seghir