Piano pedagogy research laboratory – technology-mediated teaching

An online digital video library of piano teaching was developed and a multiple case study methodology was employed to examine the experiences of five piano teachers as they interacted with this tool for four weeks. 7 data recovery review Findings from this study indicated that viewing the online videos was a beneficial professional development activity, which facilitated teacher learning and which could be immediately carried over into their teaching situation resulting in increased student success. Mode s database (Brook, 2007)

Following the success of this initial study, more than 700 piano teaching video clips were filmed and categorized at the Piano Lab, and an online video database created. Windows 8 data recovery These videos show multiple teaching strategies, various approaches to piano technique, activities in music reading, presentations of period instruments and examples of technology usage in the piano studio.


Java 8 database The value and the benefits of this resources for research and teacher-training purposes is now being evaluated.

In a first project, we looked at the design and implementation of a flexible and easy-to-use multi-camera acquisition setup for markerless human gesture monitoring that could provide non-invasive observations of a pianist’s fingers, hands and body movement. Database tools We were then able to highlight the advantages and limitations of such a system for assisting in piano pedagogy research. Drupal 7 database api (Cote, Payeur, & Comeau, 2007)

Using three-dimensional motion tracking, we developed two innovative applications to explore how 3D visual feedback could help with maintaining a good posture at the piano. Raid 6 data recovery First, through basic motion-capture techniques, we were able to create a 3D skeletal reconstruction of a student performing at the piano. Database architecture This reconstruction could then be displayed through an interactive user interface that permits the visualisation from any angle, making it possible to observe the performer from any possible view. Iphone 4 data recovery software In a second project, we reconstructed in three dimensions the posture and body motions of a professional piano player so that it could be compared to the posture and movements of various students, by simply overlaying the reconstructed model over two-dimensional videos of students playing the piano. Database java We were then able to study how this visual feedback can help a student noticing potential postural problems when playing the instrument. Data recovery android The possibility of using motion-capture technology to record piano posture and then to impose the 3D reconstruction above a range of available video performances proved to be an innovative application than can enhance and offer an additional teaching aid for the instructor. C database tutorial (Mora, Lee, Comeau, Shirmohammadi, & EI Saddik, 2007)

We studied the Microsoft Kinect sensor to find out if it is able to track and quantify the characteristics of the upright posture of pianists. Data recovery services cost We wanted to find out under what condition Kinnect would be a useful tool in tracking the characteristics of the neutral postures specific to different performers. Data recovery professional Up to now, results indicates that Kinect does not have a high enough resolution for measuring posture variables involving head, shoulder, and spine positions for the purpose of comparing the measurements over multiple trials. Data recovery images Presently, the technology is best suited for gaining qualitative information about the position of the head and shoulder, or general movement trajectories that involve large range of motion. Database management system (Payeur, Beacon, Comeau, Cretu, D’Aoust, & Charpentier, 2014)

We are also exploring whether Dartfish, video-based motion-tracking software used in elite and professional sports, could provide an effective tool for quantitatively tracking and measuring a pianist’s body position during live performance in order to compare posture variables before and after somatic training interventions. Sony xperia z data recovery We have tested the reliability and repeatability of distance and angle measurements in a controlled lab situation. Note 3 data recovery So far, the results indicate that Dartfish measurement error is small enough to permit quantitative measurement of pianists’ body postures and could be used effectively in studies with live subjects. Database image (Beacon, 2015)

Future project: We have examined Dartfish in its capacity as a quantitative measurement tool to analyse piano performance. S note data recovery We now want to investigate its suitability as a feedback tool for teaching somatic training in piano pedagogy. Database 4d Since webcams, smartphones and portable video cameras provide widely available devices for collecting video date quickly and easily, Dartfish could be used to help piano teachers instruct students about body positioning during piano lessons.

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