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The new SMI iView 2K platform combines ultimate data quality with a new level of versatility and intuitive use - for chinrest, remote and MRI studies. Following years of extensive research and development SensoMotoric Instruments (SMI) launches a whole new...
This platform combines the latest innovations and thinking in computer vision, eye modelling, camera technology, optics, illumination, interface technology and modular and user centered design - delivering ultimate tracking quality for the broadest range of research cases and participants.
Product Manager SMI
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SMI Experiment Suite Scientific software offers a very elegant solution for designing and analyzing Visual World and Preferential Looking experiments. With Proportion of Looks I can aggregate data over multiple stimuli and trials – which is very useful.
Dr. Paula Rubio-Fernandez
Center for the Study of Mind in Nature, University of Oslo
Eye tracking enhanced our study in two key ways: eye movements offered an objective measure to investigate teachers' visual processing of classroom events, and using gridded AOIs allowed us to specify where and what teachers were looking at in the classroom.
Charlotte Wolff, PhD
Welten Institute: Research Centre for Learning, Teaching, and Technology, Open University of the Netherlands
We are long-term and happy users of SMI eye tracking solutions which can be used for lab research and real classroom settings. The software comes with many intelligent functions which facilitate the creation of multimedia stimuli and help us analyze the visual interaction with different media types.
Prof. Katharina Scheiter
Since many of our participants are tested during the acute post-stroke phase, we need to be able to bring the eye tracker to the hospital and easily move it between clinical units to best accommodate our patients. The RED250mobile is basically no bigger than a stapler, so this can easily be accommodated. Despite the fact that many of our participants have age-related eye conditions and wear glasses, we’ve found that calibration has been accurate and easy to establish.
Dr. Maya Libben
University of British Colombia Okanagan
Me and my colleagues are impressed with the SMI remote eye tracking system: Even when working outside of a traditional lab, the system shows reliable calibration or track performance. We travel around a lot with the system – on busses, ferries, air planes to schools and kindergartens. On-site, the system is easy to set-up and fully functional within 5 minutes.
Dr. Björn Lundquist
Department of Language and Linguistics, University of Tromsø
Clinicians want objective markers that they can integrate with clinical judgment and other measures. The SMI RED250mobile eye tracker with its portable design at 250 Hz high-speed eye tracking is a great tool to conduct scientific research not only in the lab but also at schools and clinical offices. In combination with SMI ‘s powerful BeGaze analysis software, we are beginning to show validity in detecting autism spectrum disorder in young children.
Cleveland Clinic Children's Center for Autism
The high quality data output of the SMI system, including trigger pulses and messages, allows our EYE-EEG toolbox to synchronize it with EEG data at millisecond precision for the analysis of saccade- and fixation-related potentials, e.g. in natural reading.
Dr. Olaf Dimigen
Department of Psychology, Humboldt University Berlin
Our StimTracker for SMI provides a customized second output which allows to send up to eight signals simultaneously to the SMI eye tracking data file and to any one of these EEG recorders: AD Instruments, ANT Neuro, Biopac, Biosemi, Brain Products, EGI, MindWare, and Neuroscan.
The Proportion of Looks module, when combined with the Stimulus Properties editor and the new Composite feature, allows us to export Visual World data in a statistics-ready format. This saves a lot of the programming effort that would be required when carrying out Visual World eye-tracking studies with other less user-friendly systems.
Prof. Harald Clahsen
Institute for Multilingualism, University of Potsdam
Eye tracking with the SMI system provided the backbone for our results. Especially when using multisensory stimuli, it was critical to confirm that eye looks to the stimuli did not differ across the conditions. In this regard, the SMI system was simply indispensable.
Prof. Christopher I. Petkov
Newcastle University Medical School
At Lufthansa Systems we’re always looking to the future for ways to improve the way people use our products. Our work with SMI eye tracking gives us valuable insights into how flight ops controllers interact with our flagship NetLine/Ops ++ product. I would recommend it to anyone wanting to improve outcomes in screen-based workplaces.
Director Airline Planning and Control Lufthansa Systems
I successfully used an early release of the Digital Classroom to conduct reading experiments with children. Users of the upgraded launch product will benefit from the improved control it affords the researcher. In the past, multi-station experiments have meant going from PC to PC to say, start the experiment. Being able to control all aspects remotely means uniform experimental conditions and a more manageable research environment.
Dr Sascha Tamm
Center for Applied Neuroscience, Freie Universität Berlin
Using real-time eye gaze information from an SMI RED 250, we incorporated user fixation data into our model of operator overload, which predicted the likelihood of an imminent error on a supervisory control task. This allowed us to provide real-time feedback to the user, based on their attention, in the form of a useful cue.
Naval Research Laboratory
For the specification and development of the new iView 2K platform we left no stone unturned, questioning every assumption about existing high performance eye trackers. The result is a platform that combines the latest innovations and thinking in computer vision, eye modelling, camera technology, optics, illumination, interface technology and modular and user centered design - delivering ultimate tracking quality for the broadest range of research cases and participants.
Dr. Meike Mischo
Product Manager, SensoMotoric Instruments
We chose REDnSystem for our marking research as it combines a small, portable format with a high level of robustness and an extra large tracking range. This enables us to send the system easily from one researcher to the next, or one town to the next. Because it does not require a particular screen, we can connect the eye tracker to a wide range of different screens, we do not have to carry around so much equipment, and we can even keep pace with the rapid developments in screen technology. The accompanying software suite is user-friendly and provides us with quick access to meaningful results.
Head of Development & Support, Direct Marketing Services, Post CH Ltd (Swiss Post)
Eye tracking adds important quantitative data to translation research. This helps identify cognitive processes in reading, translation and writing from observable behavior, thus informing the development of advanced translation research, translation technology and of new translator education tools.
Prof. Michael Carl & Prof. Emer. Arnt Lykke Jakobsen
CRITT, Copenhagen Business School
Here at the Babylab Potsdam, we have used the RED250 since several years. Working with babies is challenging but with this eye tracker we have obtained robust eye tracking results. It has really helped for our studies on the cognitive faculties of children.
Prof. Birgit Elsner
BabyLab, University of Potsdam