Conference Description:

Communicability is the cornerstone for the success of the interaction among human beings and the technological (r)evolution in scientfic visualization, expanded reality, motion graphics, internet of things, artificial intelligence, robotics, etc., devices in which a huge part of humankind is immersed. In these devices there is a convergence and intersection of disciplines deriving from the natural, formal and factual sciences. The main goal is to improve the interaction process with the new technologies on a daily basis.

Since its origins computer graphics has always been involved in the global village foreseen by McLuhan and has accompanied all the stages of the technological (r)evolution in the professional computer sector and telecommunications. Hence topics from the whole range of Advances in Software and Hardware for CAD, AI, Audio-Visual, Communicability, Computer Animation, Computer Graphics, Computer Vision, Creativity and Original Design, Design Architecture in Virtual Reality, Educational Quality, Face and Gesture Recognition, Human-Computer Interaction, ICT, Industrial Design Engineering, Imaging, Intelligent User Interface, Interactive Systems Engineering, Internet of Things, iTV, Low-level Vision and Image Processing, Medical Image Processing, Modelling, Motion Graphics, Quality Content in New Media, Rendering Systems, Scientific Visualization, Ubiquitous Computing, UX, Video Games, Virtual Agents, Vision for Robotics, and so on, are welcomed.

Last year’s symposia, workshops, conferences, etc., organized by ALAIPO and AInCI, for instance, included research works on the topics (see below the alphabetical order). An extensive listing connotes and reflects the requirement and also skill necessary to find intersection zones of the disciplines among the different domains, fields, and specialities; which at the same time potentially boosts and merges the formerly different scientific views.

Today the variegated devices of massive consumption of microcomputers, deriving mainly from the educational and entertainment sectors, have already entered the era of three-dimensional vision without using additional peripherals such as specialized glasses or virtual reality helmets. Evidently a new horizon is opening for 3D computer graphics and/or on-line and off-line interactive systems, contents, expanded reality navigation, metaverse, quantum computing, artificial intelligence, and so forth.