Enabling a Social Robot to Process Social Cues to Detect when to Help a User

Autor: Wilson, Jason R., Aung, Phyo Thuta, Boucher, Isabelle

It is important for socially assistive robots to be able to recognize when a user needs and wants help. Such robots need to be able to recognize human needs in a real-time manner so that they can provide timely assistance. We propose an architecture

Externí odkaz: http://arxiv.org/abs/2110.11075

A national multicentre study of outcomes and patient satisfaction with the virtual fracture clinic and the influence of the COVID-19 pandemic: The MAVCOV study

Autor: Brown, Jonathon, Lim, Jun Wei, Smith, Matthew, Lau, Nicole, Kamaraj, Achi, Zhou, Andrew, Lim, Jiang An, Jenkins, Lydia, Tennyson, Maria, Khan, Wasim, Foster, Amy, Rutherfoord, Catharine, Nathoo, Nikita, Domos, Peter, Padwick, Thomas, White, William, Robinson, Andrew, Vusirikala, Anuhya, Ensor, David, Akula, Maheswara, Vignaraja, Vikram, Rogers, Benedict, Kalabi, Fatemeh, Chan, Gareth, Clayton-Yeomans, Jacob, Gibbs, James, Titheradge, Rachel, Spalvieri, Stefano, Nair, Abhinav, Nathwani, Dinesh, Selvakumar, Jashan, Wihba, Kinan, Zakieh, Omar, Park, Andrew, Crewe, Claire, Ayeni, Funbi, Prowse, James, Kumar, Pradeep, Akinyemi, Tosin, Solim, Zahirah Nahaboo, Shaerf, Daniel, Sheikh, Hamza, Poustie, Mark, Rai, Sumnima, Birole, Umesh, Russell, Aimee, Loh, Cheryl, Drury, Colin, Cemm, Nicholas, Pravinkumar, Ruth, Baig, Saira, Bigsby, Ewan, Sellers, Grace, Dow, Joseph, Jenner, Lydia, Rogers, Michaela, Rankin, Sally, Mangtani, Anisha, Brameier, Devon, Rooker, Jemma, Anwer, Mohammed Azher, Kumar, Nakulan Nantha, Lam, Ryan, Andronic, Adrian, Phillips, Hannah, Attwood, Joe, Sturdee, Simon, Panagiotopoulos, Andreas, McVie, James, Boylan, Luke, Reid, Michael, Cheekoty, Prashasth, Edwards, Rebecca, Lindh, Amy, Kettle, Sarah, Genena, Ahmed, Hourston, George, Gopaul, Steven, Garg, Sunil, Gowers, Benjamin, Lennox-Warburton, Hannah, Sambhwani, Sharan, Shyamsundar, Srinivasan, Srinivasan, Suresh, Tavakkolizadeh, Adel, Petohazi, Alexandra, O'Hanlon, Ciaran, Everton, Harry Donkin, Pilkington, Isobel, Graziadei, Vivien, Anwar, Walid, Wignall, Alice, Jassal, Arun, Ilyas, Haris, Palan, Jeya, Monkhouse, Ray, Nijamudeen, Aysha, Caruana, Ethan, Gilbody, Julian, Malik, Maymunah, Saadat, Waqar, Yusuf, Karshe, Davies, Kimberley, Mueller, Marion, Tint, Pyi Han, Sengupta, Shreya, James, Andrew, Virji, Faizan, Bond, Gemma, Thumbadoo, Ruben, Teng, Wai Huang, Gee, Christopher, Warren, Craig, Nair, Gopikrishnan, Bohler, Iain, Periasamy, Kumar, Liao, Quintin, Ramasubbu, Rohan, Baston, Tessa, Witek, Alexander, Parwaiz, Hammad, Williams, James, Aboelmagd, Karim, Haines, Samuel, Bänziger, Carina, Harrold, Fraser, Abishek, Joshua, Davies, Peter, Pennington, Rachel, Parulekar, Ramaa, Sinnerton, Robert, Ravury, Sheetal, Macdonald, Angus, Emmerson, Benjamin, Inman, Dominic, Moedbeck, Edwina, Barber, Margaret, Jaiswal, Sharlene, Lewis, Rebecca, Downie, Samantha, Ng, Samantha, Shue, Wan Nee, Fosu, Augustine, Ko, Chai Chi, Lewis, Charlotte, Thiruchandran, Gajendiran, Jain, Siddharth, Ng, Zhаn, Wilson, Christopher, Toh, Ching, Miller, Gillian, Duncan, Katherine, McKee, Lesley, Mitchell, Martin, Ferguson, David, Hambidge, John, Wickramarachchi, Lilanthi, Abouelela, Amr, Hong, Anna, Oo, Aung Phyo, Kitsis, Christos, Elgalli, Mosab, Aros-Atolagbe, Robert, Clement, Adeline, Gibb, Catriona, Goffin, Joaquim, Jalal, Murtadhah, Leung, Billy, Neal-Smith, Gregory, Khatkar, Harman, Maher, Mark, Davies, Neville, Aboelmagd, Tariq, Jarrat, Jeremy, McKay, Joseph, Walmsley, Matthew, Greenhalgh, Michael, McCabe-Robinson, Olivia, Berry, Alexander, Iftinca, Dorin, Easwaran, Palakkad, Patel, Akash, Awow, Fatima, Pan, Myat, Patel, Nikhil, Khanal, Pragalva, Wagner, Boris, Athawes, Kirsten, Makaram, Navnit, Hegde, Rutwik, White, Tim, Williamson, Thomas, McAskill, Victoria, Stevens, Chloe, Malagelada, Francesc, Nasser, Mohammad Zeeshan, Ogunfuye, Omodolapo, Zahoor, Ubaid, Rogers, Gareth, Telford, Jeremy, Cowie, Jonathan, Hoggett, Lee, Havenhand, Tom, Do, Anh Duy, Cross, Charlotte, Morris, James, Hunter, Joel, Nabahin, Maram, Choudhary, Tashi, Campbell, Aaron, Mercer, Alexandra, Deyermond, Chloe, Fowler, Chris, McGoldrick, Peter, McCormac, Philip, Kakar, Sahil, McKenna, Sean, Boutros, Ihab ^an, Vial, Izziddine ^an, Bhullar, Samraj ^an, Lyle, Victoria ^an, Thomas, Alexander, Shean, Kate, Jacobs, Neal, Townsend, Oliver, Sharma, Akshara, van der Broeck, Alyssa, Hartley, Laura, O'Riordan, Marguerite, Gella, Sreenadh, Adlawan, Anjeli, Ijaz, Arhum, Al-kamali, Aws, Livesey, Jon, Yeshitila, Natania, Thayaparan, Anthony, Hayter, Edward, McLean, Elizabeth, Davies, Jessica, Walker, Joseph, Anakwe, Raymond, Fell, Adam, Haque, Aniqa, Sobti, Anshul, Jacob, Joshua, Moore, Thomas, Bhandari, Farzaan, Boitnott, Jasmine, Cheong, Jeremy, Lim, Wei Boon, Michla, Yusuf, Gilmore, Catherine, McConway, Jim, Elliott, Jonathan, Khan, Azizah, Madhu, Divine, Yusuf, Hannah, Gibby, Mary Louise, Thomas, Phillip, Abdel-Fattah, Areej, Martinson, Eliott, Akhtar, Muhammad Adeel, Hossain, Fahad, Ismayl, Ghiath, Khadabadi, Nikhil, Moores, Thomas, Goude, William, Ibrahim, Edward, Sivaganesh, Karthikeyan, Ogunjimi, Michael, Wilson, Michael, Shah, Sachi, McCluskey, Aled, Zakaria, Benjamin, Berber, Onur, Cuthbert, Rory, Mergia, Teresa, Khawaja, Abdullah, Hayman, Gregory, Relwani, Jai, Shaeir, Mohammed, Shah, Sohail, Peach, Christopher, Cook, Edward, Helston, Olivia, Koh, Yun Jee, Ng, Zhan H., Makaram, Navnit S., Kolhe, Shivam N., Mackenzie, Samuel P., Clement, Nick D., Duckworth, Andrew D., White, Tim O.

Publikováno v: In Injury March 2024 55(3)

Towards a Fast Steady-State Visual Evoked Potentials (SSVEP) Brain-Computer Interface (BCI)

Autor: Wai, Aung Aung Phyo, Zhang, Yangsong, Guo, Heng, Chi, Ying, Zhang, Lei, Hua, Xian-Sheng, Lee, Seong Whan, Guan, Cuntai

Steady-state visual evoked potentials (SSVEP) brain-computer interface (BCI) provides reliable responses leading to high accuracy and information throughput. But achieving high accuracy typically requires a relatively long time window of one second o

Externí odkaz: http://arxiv.org/abs/2002.01171

Unilateral nasal obstruction affects development of cortical orofacial motor representation in the cortical masticatory area of growing rats

Autor: Fujita, Akiyo, Kato, Chiho, Abe, Yasunori, Ishidori, Hideyuki, Li, Ruixin, Thura Aung, Phyo, Ogawa, Takuya, Okihara, Hidemasa, Kokai, Satoshi, Ono, Takashi

Publikováno v: In Neuroscience Letters 13 July 2022 783

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