Jan Höller is a Research Fellow at Ericsson where he is driving technology and research strategies and corresponding activities around IoT and Cyber-Physical Systems. He has over the years also contributed to corporate and product division strategies in the field. He established Ericsson’s research activities on IoT in 2006 and has been active in a number of research collaborations with academia and industrials. Jan is a co-author of the book "Internet of Things: Technologies and Applications for a New Age of Intelligence" that was recently released in its 2nd edition by Elsevier. He has held various positions in Strategic Product Management, Technology Management and has, since he joined Ericsson Research in 1999, led different research activities and research groups. Jan currently serves on the Board of Directors of the Open Mobile Alliance and is a co-chair of the Networking Task Group in the Industrial Internet Consortium.
Sessions in which Mr Jan Höller participates
Thursday 8 June, 2017
Tuesday 18 June, 2019
Much of the potential of the IoT will be realised through value-added services, but this is being held back by fragmentation and limited interoperability. W3C is addressing this through developing web standards for things that decouple applications from the underlying IoT technologies. Applications will no longer need to be developed around the details of the myriad IoT technologies and standards. This means that developers can create applications more easily, ...
Sessions in which Mr Jan Höller attends
Monday 30 August, 2021
Are you creating the next generation of the Internet of Things? Are you looking to apply your solution to novel use cases or to integrate leading tech into a new application area? Then this session is for you! Here you will find out about the different opportunities for funding from across the 5 Next Generation IoT projects, and specific use cases where you can contribute. Following this, you will have the opportunity to ideate and co-create new sol...
Wednesday 1 September, 2021
This session will explore different aspects of edge intelligence for industrial internet of things applications, including AI at the edge, human machine collaboration and cyber-security solutions for edge intelligence.
The COVID19 crisis has significantly pushed for the digital transformation of our society and economy. Beyond the visible face of digital transformation, deep technological revolutions are happening. Network virtualization, digital twins, far edge computing, artificial intelligence, and distributed ledger technologies are just a few examples. This session brings together representatives of several organizations and fora active in the ICT research domain to share their views on the most import...
Thursday 2 September, 2021
The tutorial will introduce the idea of semantic interoperability and the use of ontologies. Participants will learn what an ontology is and how it can be used. A focus will be on reusing and extending existing ontologies,e.g. SAREF, and getting experience on finding the right ontologies for a given purpose in an ontology catalogue. Finally, ontologies will be used to develop a semantic application for one application domain,e.g. smart home, which will then be extended to semantically interop...
Friday 3 September, 2021
Disclosing the key role of IoT in the so-called 4.0 revolution and how it is intertwined with other technologies that are going to fundamentally transform our world. We will also discuss about the key role of IoT, Edge IoT andAIoT (Artificial Intelligence of Things) for theIndustry 5.0 revolution.Pitch Title of Roberto Siagri: “Edge computing, Edge AI and the 5G Cloud matrix”
The data interoperability in the context of the Internet of Things (IoT) has several issues to be solved by the research community. For instance, the large amount of data, the numerous different data models and the data collection at high speed are key challenges to address by the different organizations working in the domain of IoT data interoperability. Different dimensions of IoT data interoperability exist like semantic interoperability, syntacticalinteroperability and the object abstr...
Artificial intelligence and industrial internet of things, IIoT, are enablers for digitising industries. The progress in technology delivers more intelligence at the edge that empowers IIoT devices with smarter decision-making, high performance, low power processing, and built-in security to create more intelligent and adaptive industrial applications. This session aims to present the research and development results related to the deployment of AI technologies implemented in ...