Research topics: Internet of Things (IoT), dependable and energy-efficient wireless communication, autonomous vehicles, distributed artificial intelligence (AI) and intelligent environments.
My research expertise lays in protocol design and protocol analysis within data communicaiton for achieving predictability and reliability demands of applications on networked embedded systems, as, e.g., industrial networks, wireless sensor networks, in-vehicle networks, tactical networks, intervehicular networks, and intelligent environments.
For a complete list of my publications see: Google scholar
Spring 2020
Deep Learning - methods and applications, distance, 7,5 hp (course responsible)
Digital electronics, 15 hp (course responsible)
Bachelor's thesis electronics och computer engineering, 15 hp (supervision)
Autumn 2020
Deep Learning metoder och tillämpningar, distans, 7,5 hp (course responsible)
Master's thesis Interaction & Design, 30 hp (supervision)
Autumn 2019
Data communication, distance, 7,5 hp
Data communication, distance, 7,5 hp (electric power engineering program)
Deep Learning - methods and applications, distance, 7,5 hp
Student conference in electronics och mechatronics, 7,5 hp