πνευματικός φτάρνισμα Κατάληξη ioannis pachoulakis Υπερβαίνω Λύπη προθεσμία
Schematic of an extended wind around a single star (left panel) and SEI... | Download Scientific Diagram
Softgoal hierarchy for adaptability | Download Scientific Diagram
Ioannis PACHOULAKIS | Professor (Associate) | Ph.D. | Hellenic Mediterranean University, Irákleion | Department of Informatics Engineering | Research profile
A Kinect-Based Physiotherapy and Assessment Platform for Parkinson's Disease Patients
Ioannis PACHOULAKIS | Professor (Associate) | Ph.D. | Hellenic Mediterranean University, Irákleion | Department of Informatics Engineering | Research profile
Realistic multimedia: from physical models to Instructive multimedia content
Exergames for Parkinson's Disease patients: The balloon goon game | Semantic Scholar
IOANNIS VOURDOUBAS - PROFESSOR - TEI of Crete | LinkedIn
IOANNIS VOURDOUBAS - PROFESSOR - TEI of Crete | LinkedIn
Kinect-Based Exergames Tailored to Parkinson Patients
Ioannis Deros - Sales Specialist - EPSILON NET | LinkedIn
Stefanakis Ioannis | M.Sc. in Informatics Engineering
Figure 1 from Building a gait analysis framework for Parkinson's disease patients: Motion capture and skeleton 3D representation | Semantic Scholar
Τα ονόματα των υποψηφίων του Β.Λαμπρινού όπως κατατέθηκαν στο Πρωτοδικείο | ekriti.gr
Technology-assisted Carpal Tunnel Syndrome Rehabilitation using serious games: the Roller Ball example | European Journal of Applied Sciences
Ioannis PACHOULAKIS | Professor (Associate) | Ph.D. | Hellenic Mediterranean University, Irákleion | Department of Informatics Engineering | Research profile
A Kinect-Based Physiotherapy and Assessment Platform for Parkinson's Disease Patients
PDF) Collaboration Framework in the EViE-m Platform
Vasilhs Bakopoulos | LinkedIn
Ioannis PACHOULAKIS | Professor (Associate) | Ph.D. | Hellenic Mediterranean University, Irákleion | Department of Informatics Engineering | Research profile
Realistic Multimedia Tools based on Physical Models: II. The Binary 3D Renderer (B3dR)
PDF) Building a gait analysis framework for Parkinson's disease patients: Motion capture and skeleton 3D representation