Yearly Archives: 2017

Our new project CONTENT4ALL will start on September 1st. Together with 5 european partners we will develop a new approach, translating spoken language in media into sign-interpreted language via 3D representation of the human sign-interpreter on a personalized stream for the deaf.

CONTENT4ALL will demonstrate automated sign-translation applied to a real-world television broadcasting scenario, which is envisaged to lead to new approaches and innovations in the area in the long-run. HFC will bring in its user-centered design approach together with its expertise in user research, User Experience, and accessibility.

The team consists of the Fincons Group AG, the University of Surrey, the Fraunhofer Heinrich Hertz Institute, the Swiss TEXT AG, Vlaamse Radio- en Televisieomroeporganisatie and HFC Human-Factors-Consult and is funded by the European Union.

We are looking forward to 3 years of successful cooperation!

The topic of roboethics in the industrial domain was addressed by HFC in association with the Institute of Philosophy at the Technical University of Berlin for the German Federal Institute for Occupational Safety and Health (BAuA) in a nine-month-project.

The objective of the project was to identify socio-ethical aspects of human-robot-interaction that are especially relevant in the industrial domain. Following several theoretical analyses, three essential variables were identified that impact emotional aspects, the perceived responsibility, and the user acceptance in the industrial HRI: the hierarchical role of robot and human in the interaction, level of robot autonomy, and robot morphology in terms of shape, context, communication, and motion. The results form the basis of socio-ethical design guidelines for industrial HRI.

On june 24th, HFC participated at the Berlin / Brandenburg “Lange Nacht der Wissenschaften” presenting this project and having enthusiastic discussions at an invited panel session on roboethics.

In a research project on behalf of the Departments of Transportation of Baden-Wuerttemberg and Thuringia, HFC examined the impact of cycle helmets on improving traffic safety and measures to increase helmet use among cyclists. The final report is now published (PDF in German). Overall we conclude that many injuries and fatalities in Germany could be avoided by cyclists wearing a bicycle helmet.

HFC Human-Factors-Consult GmbH and m-click-aero GmbH will cooperate in order to provide state of the art situational awareness services for aeronautical traffic management in multiple airport control.

The companies will team up to combine m-click.aero’s expertise in the area of SWIM enabled aeronautical data integration, processing and delivery with HFC’s unique multi-airport control assistance MasterMAN®. With MasterMAN® HFC develops an innovative strategy and optimization tool, which supports air traffic and staff planning in multi-airport control operations. m-click.aero will provide the respective data integration and processing.

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Beginning in March 2017 we are working on the topic of “Stress and strain of control room operators when using advanced interaction concepts and mobile ICT” on behalf of the German Federal Institute for Occupational Safety and Health BAuA.

The project is part of a larger BAuA research program, in which potential hazards in control rooms arising from advanced ICT are investigated. The program aims at deriving required work design modifications. Of special interest in our project are novel communication technologies which support control room operators to exchange information on system status, maintenance works, etc. with their colleagues on site in the plant.

More information can be found in the project description.

HFC is starting a new project commissioned by the Bundesanstalt für Straßenwesen (BASt, German Federal Highway Research Institute) to investigate camera monitor systems (CMS) in a real world driving scenario.

Such systems enable a video-assisted monitoring of the rear vehicle area via one or more monitors inside the vehicle. The projects purpose is to check perception, behavior, and safety issues related to the performance of a CMS compared to conventional exterior mirrors and to conclude possible requirements for future CMS.

More information can be found in the description of the project.

Since October 2016, HFC supports small and medium-sized manufacturing businesses in the development of innovative system solutions for human-robot-collaboration (HRC).

With our expertise regarding Human Factors and human-machine interaction, we will facilitate the implementation of robots into the concrete work places in terms of a sound collaboration between humans and robots.

Discover more about the project’s objectives, approach and our partners at
www.kukomo.de (Website in German only).