Search Results - The Visual Computer

Moya-Vergara, F., Barrera-Gutiérrez, I., Arriaza-Marholz, P., Piñones-Zuleta, E., Valverde-Esteve, T., García-Manso, J., Arriaza-Ardiles, E., Zúñiga-Barraza, M. “…Methods: A 3 × 3 interaction surface, front-facing visual stimuli, and HD video were orchestrated by a web application. …”

Çagin, M., Cicioglu, H. I., Ertan, H. “…After the resting records, the Stroop Test consisting of 100 images (50% compatible) was applied in a computer environment and EEG records were taken simultaneously. …”

Karungaru, S., Tanioka, H.

Jia, Y., Abdullah, N. A., Eliza, H., Lu, Q., Si, D., Guo, H., Wang, W. “…CNNs were the most common models for visual recognition tasks, while RNNs (including LSTMs) were frequently used for temporal sequence data. …”

Raj, A. Subjects: “…computer…”

Karelin, A., Brazhenko, D., Kliukovkin, G., Chernenko, Y. “…Leveraging the device`s advanced spatial computing capabilities, this research addresses the limitations of traditional fitness applications that lack precision for technique-based sports like boxing with visual-only hand tracking. …”

Bouvet, A., Nicolas, G., Bideau, N. “…Fisher tests and visualizations of the functional responses were used for interpretations. …”

Pandya, Y., Nandy, K., Agarwal, S. “…Modern live sports broadcasts display a wide variety of graphic visualizations identifying key players in a particular play. …”

Dunnhofer, M., Sordi, L., Micheloni, C. “…We performed experiments on videos of real-world professional competitions to quantify the visualization error, the computational efficiency, as well as the applicability. …”

Ibh, M., Grasshof, S., Witzner, D., Madeleine, P.

Jin, Z., Tian, W. “…In sports science research, the dynamic non-uniform blur caused by the movement of running athletes is a challenging problem in computer vision, that seriously affects the judgment accuracy of the finish-line photography system. …”

Bagot, S., Ramos, I., Hackney, A. C., Finlayson, G., Fournier, E., Boirie, Y., Duclos, M., Isacco, L., Thivel, D. “…Measurements included body composition (dual-energy X-ray absorptiometry), energy intake (48-h food record), appetite (visual analog scale), dietary profile (questionnaires), and food reward (computer task). …”

Novikova, N. B., Novikov, A. N., Ivanova, I. G., Belyova, A. N. “…Objective of the study was to experimentally validate the use of computer vision techniques to enhance the efficiency of ski racing training management. …”

Vicini, A., Sabick, M. B. “…Computer Methods in Biomechanics and Biomedical Engineering: Imaging & Visualization…”

Ma, W., Liu, Y., Yi, Q., Liu, X., Xing, W., Zhao, R., Liu, H., Li, R.

Ino, T., Samukawa, M., Ishida, T., Wada, N., Koshino, Y., Kasahara, S., Tohyama, H. “…It addresses the drawbacks associated with conventional three-dimensional motion analysis (3D-MA) and human visual detection-based motion analysis (Human-MA), including costly equipment, time-consuming analysis, and restricted experimental settings. …”

Bassek, M., Memmert, D., Rein, R. “…Using floodlight, we show a pipeline to create advanced data analysis and visualization that is interchangeable, reproducible, and requires minimal prior coding experience. …”

Singh, D., Lang, S., Tobias, F., Link, D. “…Gaze strategies affect anticipation accuracy, as good strategies improve the visual processing involved in anticipation. In this pilot study, we used stereoscopic videos and a head mounted display (HMD) to assess the gaze strategies of players professional and amateur and the effects of anticipation training. …”

Solopov, I. N., Fomichenko, T. G., Avdienko, V. B., Bgantseva, I. V. “…The «automated processes» component combines a number of procedural actions carried out using specialized computer software: normalization of all entered indicators (reduction to a single scale), differentiated assessment of each entered indicator, calculation of an integrative (average) assessment of the entire set of entered indicators, ranking and comparison of assessments of individual indicators, ranking and comparison of integrative assessments, visualization of assessments of all modalities, collection and archiving of information in a data bank, issuance of information to users. …”

Lenz, H., Sandau, I., Witt, M. “…Computer Methods in Biomechanics and Biomedical Engineering: Imaging & Visualization…”