Simulating events adds to our understanding of human behavior for example when under stress. A simulated operating room can provide a secure environment for training and evaluation: new protocols or high-tech tools can be tested and different scenarios can be simulated. A variety of data such as video streams, information from movement sensors, physiological data, and more can easily be integrated in a Noldus’ solution (medical simulation software: Viso and The Observer XT).
Noldus (multi-room) labs make use of the latest video technology, many different data acquisition systems, and software such as Viso, the multi video recording suite, and The Observer XT, user-friendly software for research and analysis.
Multi-room, multi-video recording suite
Viso is the ideal solution for high quality recording of video and audio in multiple rooms and therefore extremely suitable for medical simulation labs. With Viso, you can create synchronized recordings from up to 4 IP cameras (Pan-Tilt-Zoom or stationary) at once, including audio in each room. When recording, you can set markers or add comments from any location. In each session you can choose a different marker list and annotate the behaviors you want to focus on. Videos with markers and notes can be viewed both in real-time and after a session, from any location, allowing you to set up a debriefing session wherever you want.
Easily manage your recordings from one location (central room) and record in any number of rooms with up to four cameras in each room. Learn more about this new multi video recording suite.
Noldus’ integrated set ups include advanced digital video recording, observational data collection, physiological data acquisition, eye tracking, facial expression recognition, data analysis, and pattern detection. In addition to tools and systems, consultancy services and training courses on methods and techniques are also offered.
Behling Simulation Center, Buffalo, NY
In collaboration with professionals, we created a turn-key research and training facility in New York. The Behling Simulation Center at the State University of New York at Buffalo is a center of excellence where students and faculty of the UB Academic Health Center Schools apply and use simulation technologies for the improvement of health care education. Noldus created a center complete with multiple cameras, audio systems, and analysis software for optimization of the process of training and analysis in a safe environment.
The Observer XT
With The Observer XT, researchers can code behaviors, but, they can also use it for data integration and synchronization of video, audio, and simulator data, such as heart rate and blood pressure of the medical simulation mannequin. As a result, med sim professionals can quickly analyze user tasks, human performance, and combine physiological data with behavioral data. The Observer XT automatically synchronizes physiological data and scored behavior with the video files of one or more cameras.
You can also rely on our behavioral consultants who provide high quality service putting your research and results central. They are very knowledgeable, experienced, and ready to assist you. Think about coding your video material, observational services, or other consulting services. Read more about consulting services. You can also contact us for training courses or rental services.
Diverse scientific articles citing Noldus products are published in renowned journals each week. The following list is only a small selection of scientific publications relevant to the research field of medical simulation.
- Percival, N.B; Pearson, A.; Jones, J.; Wilkins, m.; Caird, J.K. (2012). Ease of use of automated external defibrillators (AEDs) by older adults. Proceedings of the Human Factors and Ergonomics Society 56th Annual Meeting, 906-910.
- Thomas, E.J.; Williams, A.L.; Reichman, E.F.; Lasky, R.E.; Crandell, S.; Taggert, W.R. (2010). Team training in the neonatal resuscitation program for interns: teamwork and quality of resuscitations. Pediatrics, 125, 539-546.
- Westli, H.K.; Johnsen, B.H.; Eid, J.; Rasten, I.; Brattebo, G. (2010). Teamwork skills, shared mental models, and performance in simulated trauma teams: an independent group design. Scandinavian journal of trauma, resuscitation and emergency medicine, 18 (47), doi:10.1186/1757-7241-18-47.
- Percival, N. B.; Mayer, A. K.; Caird, J. K. (2010). A heuristic evaluation of three automatic external defibrillators. Proceedings of the Human Factors and Ergonomics Society Annual Meeting September 2010, 54 (23), 1921-1925.
- Slort, W.; Blankenstein, A.H.; Schweitzer, B.P.M.; Knol, D.L.; Deliens, L.; Aaronson, N.K. Horst, van der, H.E. (2013). Effectiveness of the ACA (Availability, Current issues and Anticipation) training programme on GP-patient communication in palliative care; a controlled trail. BMC Family Practice, 14:93
- Weller, J.; Henderson, R.; Webster, C.S.; Shulruf, B.; Torrie, J.; Davies, E.; Henderson, K.; Frampton, C.; Merry, A.F. (2013). Building the Evidence on Simulation Validity, Comparison of Anesthesiologists Communication Patterns in real and simulated cases. Anesthesiology, 120, 1.
Would you like to read more? Check out the Behavioral Research Blog with blog posts about medical simulation software, doctor-patient interaction, and observing behavior in operating rooms.