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Your search keyword '"Muradoglu, Saliha"' showing total 3 results
Start Over Author "Muradoglu, Saliha" Publication Type Electronic Resources
3 results on '"Muradoglu, Saliha"'

1. Grambank reveals the importance of genealogical constraints on linguistic diversity and highlights the impact of language loss. Science Advances

Author

Skirgård, Hedvig, Haynie, Hannah J., Blasi, Damián E., Hammarström, Harald, Collins, Jeremy, Latarche, Jay J., Lesage, Jakob, Weber, Tobias, Witzlack-Makarevich, Alena, Passmore, Sam, Chira, Angela, Maurits, Luke, Dinnage, Russell, Dunn, Michael, Reesink, Ger, Singer, Ruth, Bowern, Claire, Epps, Patience, Hill, Jane, Vesakoski, Outi, Robbeets, Martine, Abbas, Noor Karolin, Auer, Daniel, Bakker, Nancy A., Barbos, Giulia, Borges, Robert D., Danielsen, Swintha, Dorenbusch, Luise, Dorn, Ella, Elliott, John, Falcone, Giada, Fischer, Jana, Ate, Yustinus Ghanggo, Gibson, Hannah, Gï¿œbel, Hans-Philipp, Goodall, Jemima A., Gruner, Victoria, Harvey, Andrew, Hayes, Rebekah, Heer, Leonard, Miranda, Roberto E. Herrera, Hï¿œbler, Nataliia, Huntington-Rainey, Biu, Ivani, Jessica K., Johns, Marilen, Just, Erika, Kashima, Eri, Kipf, Carolina, Klingenberg, Janina V., Kï¿œnig, Nikita, Koti, Aikaterina, Kowalik, Richard G. A., Krasnoukhova, Olga, Lindvall, Nora L. M., Lorenzen, Mandy, Lutzenberger, Hannah, Martins, Tï¿œnia R. A., German, Celia Mata, Meer, Suzanne van der, Samamï¿œ, Jaime Montoya, Mï¿œller, Michael, Muradoglu, Saliha, Neely, Kelsey, Nickel1, Johanna, Norvik, Miina, Oluoch, Cheryl Akinyi, Peacock, Jesse, Pearey, India O. C., Peck, Naomi, Petit, Stephanie, Pieper, Sï¿œren, Poblete, Mariana, Prestipino, Daniel, Raabe, Linda, Raja, Amna, Reimringer, Janis, Rey, Sydney C., Rizaew, Julia, Ruppert, Eloisa, Salmon, Kim K., Sammet, Jill, Schembri, Rhiannon, Schlabbach, Lars, Schmidt, Frederick W. P., Skilton, Amalia, Smith, Wikaliler Daniel, Sousa, Hilï¿œrio de, Sverredal, Kristin, Valle, Daniel, Vera, Javier, Voï¿œ, Judith, Witte, Tim, Wu, Henry, Yam, Stephanie, Ye, Jingting, Yong, Maisie, Yuditha, Tessa, Zariquiey, Roberto, Forkel, Robert, Evans, Nicholas, Levinson, Stephen C., Haspelmath, Martin, Greenhill1, Simon J., Atkinson, Quentin D., Gray, Russell D., Skirgård, Hedvig, Haynie, Hannah J., Blasi, Damián E., Hammarström, Harald, Collins, Jeremy, Latarche, Jay J., Lesage, Jakob, Weber, Tobias, Witzlack-Makarevich, Alena, Passmore, Sam, Chira, Angela, Maurits, Luke, Dinnage, Russell, Dunn, Michael, Reesink, Ger, Singer, Ruth, Bowern, Claire, Epps, Patience, Hill, Jane, Vesakoski, Outi, Robbeets, Martine, Abbas, Noor Karolin, Auer, Daniel, Bakker, Nancy A., Barbos, Giulia, Borges, Robert D., Danielsen, Swintha, Dorenbusch, Luise, Dorn, Ella, Elliott, John, Falcone, Giada, Fischer, Jana, Ate, Yustinus Ghanggo, Gibson, Hannah, Gï¿œbel, Hans-Philipp, Goodall, Jemima A., Gruner, Victoria, Harvey, Andrew, Hayes, Rebekah, Heer, Leonard, Miranda, Roberto E. Herrera, Hï¿œbler, Nataliia, Huntington-Rainey, Biu, Ivani, Jessica K., Johns, Marilen, Just, Erika, Kashima, Eri, Kipf, Carolina, Klingenberg, Janina V., Kï¿œnig, Nikita, Koti, Aikaterina, Kowalik, Richard G. A., Krasnoukhova, Olga, Lindvall, Nora L. M., Lorenzen, Mandy, Lutzenberger, Hannah, Martins, Tï¿œnia R. A., German, Celia Mata, Meer, Suzanne van der, Samamï¿œ, Jaime Montoya, Mï¿œller, Michael, Muradoglu, Saliha, Neely, Kelsey, Nickel1, Johanna, Norvik, Miina, Oluoch, Cheryl Akinyi, Peacock, Jesse, Pearey, India O. C., Peck, Naomi, Petit, Stephanie, Pieper, Sï¿œren, Poblete, Mariana, Prestipino, Daniel, Raabe, Linda, Raja, Amna, Reimringer, Janis, Rey, Sydney C., Rizaew, Julia, Ruppert, Eloisa, Salmon, Kim K., Sammet, Jill, Schembri, Rhiannon, Schlabbach, Lars, Schmidt, Frederick W. P., Skilton, Amalia, Smith, Wikaliler Daniel, Sousa, Hilï¿œrio de, Sverredal, Kristin, Valle, Daniel, Vera, Javier, Voï¿œ, Judith, Witte, Tim, Wu, Henry, Yam, Stephanie, Ye, Jingting, Yong, Maisie, Yuditha, Tessa, Zariquiey, Roberto, Forkel, Robert, Evans, Nicholas, Levinson, Stephen C., Haspelmath, Martin, Greenhill1, Simon J., Atkinson, Quentin D., and Gray, Russell D.

Published
2023
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2. Eeny, meeny, miny, moe. How to choose data for morphological inflection

Author

Muradoglu, Saliha, Hulden, Mans, Muradoglu, Saliha, and Hulden, Mans

Abstract

Data scarcity is a widespread problem in numerous natural language processing (NLP) tasks for low-resource languages. Within morphology, the labour-intensive work of tagging/glossing data is a serious bottleneck for both NLP and language documentation. Active learning (AL) aims to reduce the cost of data annotation by selecting data that is most informative for improving the model. In this paper, we explore four sampling strategies for the task of morphological inflection using a Transformer model: a pair of oracle experiments where data is chosen based on whether the model already can or cannot inflect the test forms correctly, as well as strategies based on high/low model confidence, entropy, as well as random selection. We investigate the robustness of each strategy across 30 typologically diverse languages. We also perform a more in-depth case study of Nat\"ugu. Our results show a clear benefit to selecting data based on model confidence and entropy. Unsurprisingly, the oracle experiment, where only incorrectly handled forms are chosen for further training, which is presented as a proxy for linguist/language consultant feedback, shows the most improvement. This is followed closely by choosing low-confidence and high-entropy predictions. We also show that despite the conventional wisdom of larger data sets yielding better accuracy, introducing more instances of high-confidence or low-entropy forms, or forms that the model can already inflect correctly, can reduce model performance., Comment: EMNLP2022

Published
2022

3. SAXS study on the morphology of etched and un-etched ion tracks in apatite

Author

Nadzri, Allina, Schauries, Daniel, Afra, Boshra, Rodriguez, Matias, Santiago, Pablo, Muradoglu, Saliha, Kluth, Patrick, Hawley, Adrian, Nadzri, Allina, Schauries, Daniel, Afra, Boshra, Rodriguez, Matias, Santiago, Pablo, Muradoglu, Saliha, Kluth, Patrick, and Hawley, Adrian

Abstract

Natural apatite samples were irradiated with 185 MeV Au and 2.3 GeV Bi ions to simulate fission tracks. The resulting track morphology was investigated using synchrotron small angle x-ray scattering (SAXS) measurements before and after chemical etching. We present preliminary results from the SAXS measurement showing the etching process is highly anisotropic yielding faceted etch pits with a 6-fold symmetry. The measurements are a first step in gaining new insights into the correlation between etched and unetched fission tracks and the use of SAXS as a tool for studying etched tracks.

Published
2015

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