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20 results on '"Buschermöhle, Michael"'

1. Comparison of Different Interaction Formats for Automatized Analysis of Symptoms in Children with Autism Spectrum Disorder

Author

Pliska, Larissa, Neitzel, Isabel, Buschermöhle, Michael, Ritterfeld, Ute, Goos, Gerhard, Founding Editor, Hartmanis, Juris, Founding Editor, Bertino, Elisa, Editorial Board Member, Gao, Wen, Editorial Board Member, Steffen, Bernhard, Editorial Board Member, Yung, Moti, Editorial Board Member, Antona, Margherita, editor, and Stephanidis, Constantine, editor

Published
2023
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2. Usability und Akzeptanz

Author

Buschermöhle, Michael, Huscher, Hendrik, Effert, Jana-Sophie, Raveling, Nils, Groß, Martin, editor, Hennig, Birgit, editor, Kappel, Stefan, editor, and Wallhoff, Frank, editor

Published
2023
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3. Considerations for fitting cochlear implants bimodally and to the single-sided deaf

Author

Pieper, Sabrina H., Hamze, Noura, Brill, Stefan, Hochmuth, Sabine, Exter, Mats, Polak, Marek, Radeloff, Andreas, Buschermöhle, Michael, Dietz, Mathias, Pieper, Sabrina H., Hamze, Noura, Brill, Stefan, Hochmuth, Sabine, Exter, Mats, Polak, Marek, Radeloff, Andreas, Buschermöhle, Michael, and Dietz, Mathias

Abstract

When listening with a cochlear implant through one ear and acoustically through the other, binaural benefits and spatial hearing abilities are generally poorer than in other bilaterally stimulated configurations. With the working hypothesis that binaural neurons require interaurally matched inputs, we review causes for mismatch, their perceptual consequences, and experimental methods for mismatch measurements. The focus is on the three primary interaural dimensions of latency, frequency, and level. Often, the mismatch is not constant, but rather highly stimulus-dependent. We report on mismatch compensation strategies, taking into consideration the specific needs of the respective patient groups. Practical challenges typically faced by audiologists in the proposed fitting procedure are discussed. While improvement in certain areas (e.g., speaker localization) is definitely achievable, a more comprehensive mismatch compensation is a very ambitious endeavor. Even in the hypothetical ideal fitting case, performance is not expected to exceed that of a good bilateral cochlear implant user.

Published
2022

13. Neurosensory modeling of signal detection in comodulated noise

Author

Buschermöhle, Michael

Subjects
Physics
Abstract

Many everyday sounds are comodulated: they have common amplitude modulations in different frequency regions. Often, comodulated sounds hamper the detection of relevant sounds, thus acting as maskers. Signal detection in comodulated noise has been examined with two experimental paradigms, comodulation masking release (CMR) and comodulation detection difference (CDD). The present dissertation is concerned with modeling the processes underlying these experiments on a neurosensory basis. Models are derived which are based on neurophysiological knowledge of the auditory system. The aim of the present work is to focus on parsimonious models which preferably cover a wide range of experiments and which can be examined mostly with analytical methods. By thoroughly examining these models the contributions of different peripheral sensory mechanisms to the abovementioned comodulation effects can be estimated.

Published
2007

17. The Lower Saxony research networkdesign of environments for ageing: towards interdisciplinary research on information and communication technologies in ageing societies

Author

Haux, Reinhold, primary, Hein, Andreas, additional, Eichelberg, Marco, additional, Appell, Jens-E., additional, Appelrath, Hans-Jürgen, additional, Bartsch, Christian, additional, Bisitz, Thomas, additional, Bitzer, Jörg, additional, Blau, Matthias, additional, Boll, Susanne, additional, Buschermöhle, Michael, additional, Büsching, Felix, additional, Erdmann, Birte, additional, Fachinger, Uwe, additional, Felber, Juliane, additional, Fleuren, Tobias, additional, Gietzelt, Matthias, additional, Goetze, Stefan, additional, Gövercin, Mehmet, additional, Helmer, Axel, additional, Heuten, Wilko, additional, Hohmann, Volker, additional, Huber, Rainer, additional, Hülsken-Giesler, Manfred, additional, Jacobs, Gerold, additional, Kayser, Riana, additional, Kerling, Arno, additional, Klingeberg, Timo, additional, Költzsch, Yvonne, additional, Künemund, Harald, additional, Kunze, Jennifer, additional, Ludwig, Wolfram, additional, Marschollek, Michael, additional, Martens, Birger, additional, Meis, Markus, additional, Michael Meyer, Eike, additional, Meyer, Jochen, additional, Nebel, Wolfgang, additional, Neyer, Franz J., additional, Okken, Petra-Karin, additional, Remmers, Hartmut, additional, Rölker-Denker, Lars, additional, Rohdenburg, Thomas, additional, Schilling, Meinhard, additional, Schulze, Gisela C., additional, Song, Bianying, additional, Spehr, Jens, additional, Steinhagen-Thiessen, Elisabeth, additional, Tegtbur, Uwe, additional, Thoben, Wilfried, additional, Van Hengel, Peter, additional, Wabnik, Stefan, additional, Wahl, Friedrich, additional, Wegel, Sandra, additional, Wilken, Olaf, additional, Winkelbach, Simon, additional, Wist, Thorben, additional, Wittrock, Manfred, additional, Wolf, Klaus-Hendrik, additional, Wolf, Lars, additional, and DerLaan, Melanie Zokoll-Van, additional

Published
2010
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19. The Lower Saxony research network design of environments for ageing: towards interdisciplinary research on information and communication technologies in ageing societies.

Author

Haux, Reinhold, Hein, Andreas, Eichelberg, Marco, Appell, Jens-E., Appelrath, Hans-Jürgen, Bartsch, Christian, Bisitz, Thomas, Bitzer, Jörg, Blau, Matthias, Boll, Susanne, Buschermöhle, Michael, Büsching, Felix, Erdmann, Birte, Fachinger, Uwe, Felber, Juliane, Fleuren, Tobias, Gietzelt, Matthias, Goetze, Stefan, Gövercin, Mehmet, and Helmer, Axel

Subjects
INTERDISCIPLINARY research, INFORMATION technology, MEDICAL communication, MEDICAL care, MEDICAL technology
Abstract

Worldwide, ageing societies are bringing challenges for independent living and healthcare. Health-enabling technologies for pervasive healthcare and sensor-enhanced health information systems offer new opportunities for care. In order to identify, implement and assess such new information and communication technologies (ICT) the 'Lower Saxony Research Network Design of Environments for Ageing' (GAL) has been launched in 2008 as interdisciplinary research project. In this publication, we inform about the goals and structure of GAL, including first outcomes, as well as to discuss the potentials and possible barriers of such highly interdisciplinary research projects in the field of health-enabling technologies for pervasive healthcare. Although GAL's high interdisciplinarity at the beginning slowed down the speed of research progress, we can now work on problems, which can hardly be solved by one or few disciplines alone. Interdisciplinary research projects on ICT in ageing societies are needed and recommended. [ABSTRACT FROM AUTHOR]

Published
2010
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20. APPLICATION OF SPEECH AUDIOMETRIC MATRIX TESTS WITH HEARING IMPAIRED PATIENTS: EXPERIENCES WITH CI PATIENTS.

Author

Buschermöhle, Michael, Dietz, Aarno, and Kollmeier, Birger

Subjects
*SPEECH audiometry, *VERBAL behavior testing, *PSYCHOMETRICS, *DIAGNOSIS of deafness, *HEARING impaired
Abstract

Audiometric speech in noise testing is important in order to assess an individual's auditory ability to communicate in everyday (noisy) situations. Matrix sentence speech tests, based on an idea by Hagerman (1982), are internationally comparable speech in noise tests that use complete sentences to adaptively determine the speech reception threshold in noise. Since 1999, more than ten language versions of matrix tests have been developed. All available matrix tests have similar psychometric properties and are conducted with the same adaptive procedure. Thus, they are highly comparable across languages, which makes them ideal tools for speech audiometry in noise in different languages and/or countries/regions. Because of a limited amount of speech material and a very controlled speech rate, matrix tests are well suited for use with CI patients. One of the most recently developed matrix tests is the Finnish matrix test (Dietz et al., 2014). Here, we report on the practical application of the matrix test with hearing impaired patients, especially CI users. We present results of measurements with CI patients in Finland and compare them to experiences gathered in Germany with the German matrix test OLSA (Wagener et al., 1999). In comparison to conventional speech audiometry with lists of short words, matrix sentence tests have a better test-retest reliability. In addition, they do not show the often encountered ceiling effect of word tests (Gifford et al., 2008). Besides Finnish and German, matrix tests are available in Turkish, English, French, Italian, Russian, Spanish and Polish. Further languages are being developed. [ABSTRACT FROM AUTHOR]

Published
2015

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