Thesis on Architectural Visualization in the Unreal Engine 4 by Alexander Elzinga URL to a development blog and the demonstration scene can be found inside.

This paper deals with the networking implementation and optimizations for a VR and AR game with mocap suit, voice over IP and gameplay data like player information, lobby, etc. The logic for implementing these systems in the game is studied. First, there is a general description of the game so the reader …

This research proposes new structural lay-outs for large wind turbine blades. The lay-outs were found by an optimisation method where the aerodynamics of wind turbine blades was combined with the structural model of the blade, formulated in a corotational framework. The aeroelastic blade loads were calculated …

This paper describes the concept of a new algorithm to control an Unmanned Aerial System (UAS) for accurate autonomous indoor flight. Inside a greenhouse, Global Positioning System (GPS) signals are not reliable and not accurate enough. As an alternative, Ultra Wide Band (UWB) is used for localization. The …

In November 2019, the High Performance Greenhouse project (HiPerGreen) was nominated for the RAAK Award 2019, as one of the best applied research projects in the Netherlands. This paper discusses the challenges faced, lessons learned and critical factors in making the project into a success.

Er is onderzoek gedaan naar de invloed van de facetten van de factor consciëntieusheid, studiemotivatie en factoren van het samenwerken op het studiesucces van studenten met ASS. Dit is gedaan bij studenten vanaf het tweede leerjaar of hoger van de opleidingen hbo-ICT en Technische Informatica. Er is …

Voor de opleiding HBO-ICT Software Engineering aan de Hogeschool van Amsterdam is een afstudeeropdracht uitgevoerd bij VHTO Landelijk expertisebureau meisjes/vrouwen en bèta/techniek. In deze afstudeeropdracht is onderzoek gedaan naar de volgende hoofdvraag: “Op welke wijze kunnen leraren op een gender-inclusieve …

To better control the growing process of horticulture plants greenhouse growers need an automated way to efficiently and effectively find where diseases are spreading. The HiPerGreen project has done research in using an autonomous quadcopter for this scouting. In order for the quadcopter to be able …

Greenhouses are in need of new monitoring tools, as they size grow bigger and bigger but still using old labour intensive methods ways of caring for the crop. HiPerGreen is set out to create a new tool, which can drive onto the pre-existing heating pipes to provide a birds eye perspective for image analysis …

On April 12th 2019, researchers, students and consortia gathered at the World Horti Centre for an update on the overall status of the HiPerGreen project. The day consisted of presentations from a variety of the HiPerGreen students, staff and guest speakers. There were a variety of exciting updates from …