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55. Mortality from gastrointestinal congenital anomalies at 264 hospitals in 74 low-income, middle-income, and high-income countries: a multicentre, international, prospective cohort study

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Wright, Naomi Jane, Leather, Andrew J.M., Ade-Ajayi, Niyi, Sevdalis, Nick, Davies, Justine, Poenaru, Dan, Ameh, Emmanuel, Ademuyiwa, Adesoji, Lakhoo, Kokila, Smith, Emily Rose, Douiri, Abdel, Elstad, Maria, Sim, Marcus, Riboni, Cristiana, Martinez-Leo, Bruno, Akhbari, Melika, Tabiri, Stephen, Mitul, Ashrarur, Aziz, Dayang Anita Abdul, Fachin, Camila, Niyukuri, Alliance, Arshad, Muhammad, Ibrahim, Fowzia, Moitt, Natalie, Doheim, Mohamed Fahmy, Thompson, Hannah, Ubhi, Harmony, Williams, Isabelle, Hashim, Sophia, Philipo, Godfrey Sama, Herrera, Laura, Yunus, Aayenah, Vervoort, Dominique, Parker, Samuel, Benaskeur, Yousra-Imane, Alser, Osaid H., Adofo-Ansong, Nana, Alhamid, Ahmad, Salem, Hosni khairy, Saleh, Mahmoud, Elrais, Safa Abdal, Abukhalaf, Sadi, Shinondo, Patricia, Nour, Ibrahim, Aydin, Emrah, Vaitkiene, Agota, Naranjo, Kelly, Dube, Andile Maqhawe, Ngwenya, Sodumisa, Yacoub, Mina A., Kwasau, Henang, Hyman, Gabriella, Elghazaly, Shrouk Mahmoud, Al-Slaibi, Ibrahim, Hisham, Intisar, Franco, Helena, Arbab, Hana, Samad, Lubna, Soomro, Aqil, Chaudhry, Muhammad Amjad, Karim, Safina, Khattak, Muhammad Adnan Khan, Nah, Shireen Anne, Dimatatac, Doris Mae, Choo, Candy SC, Maistry, Niveshni, Mitul, Ashrarur Rahman, Hasan, Samiul, Karim, Sabbir, Yousuf, Hina, Qureshi, Taimur, Nour, Ibrahim Rabi, Al-Taher, Raed Nael, Sarhan, Osama Abdul Kareem, Garcia-Aparicio, Luis, Prat, Jordi, Blazquez-Gomez, Eva, Tarrado, Xavier, Iriondo, Martí, Bragagnini, Paolo, Rite, Segundo, Hagander, Lars, Svensson, Emma, Owusu, Sheila, Abdul-Mumin, Alhassan, Bagbio, Dominic, Ismavel, Vijay Anand, Miriam, Ann, T, Shajin, Anaya Dominguez, Marlene, Ivanov, Monica, Serban, Andreea Madalina, Derbew, Miliard, Elfiky, Mahmoud, Olivos Perez, Maricarmen, Abrunhosa Matias, Marcia, Arnaud, Alexis P, Negida, Ahmed, King, Sebastian, Fazli, Mohamad Rafi, Hamidi, Nadia, Touabti, Souhem, Chipalavela, Rossana Francisco, Lobos, Pablo, Jones, Brendan, Ljuhar, Damir, Singer, Georg, Cordonnier, Annelien, Jáuregui, Lorena, Zvizdic, Zlatan, Wong, Janice, St-Louis, Etienne, Shu, Qiang, Lui, Yang, Correa, Catalina, Pos, Lucie, Alcántara, Elvyn, Féliz, Erick, Zea-Salazar, Luis Enrique, Ali, Liza, Peycelon, Matthieu, Anatole, Nzanzu Kipata, Jallow, Cherno S., Lindert, Judith, Ghosh, Dhruv, Adhiwidjaja, Cathline Freya, Tabari, Ahmad Khaleghnejad, Lotfollahzadeh, Saran, Mussein, Haidar Mohammad, Vatta, Fabrizio, Pasqua, Noemi, Kihiko, David, Gohil, Hetal, Nour, Ibrahim R., Elhadi, Muhammed, Almada, Suad Ahmed, Verkauskas, Gilvydas, Risteski, Toni, Peñarrieta Daher, Alejandro, Outani, Oumaima, Hamill, James, Lawal, Taiwo, Mulu, Jack, Yapo, Benjamin, Saldaña, Lily, Espineda, Beda, Toczewski, Krystian, Tuyishime, Eugene, Ndayishimiye, Isaac, Raboe, Enaam, Hammond, Philip, Walker, Gregor, Djordjevic, Ivona, Chitnis, Milind, Son, Joonhyuk, Lee, Sanghoon, Hussien, Muaad, Malik, Sawazen, Ismail, Enas Musa, Boonthai, Ampaipan, Dahman, Nesrine Ben Hadj, Hall, Nigel, Castedo Camacho, Fabiola Ruth, Sobrero, Helena, Butler, Marilyn, Makhmud, Aliev, Novotny, Nathan, Hammouri, Ahmad G., Al-Rayyes, Maisara, Bvulani, Bruce, Muraveji, Qais, Murzaie, Muhammad Yousuf, Sherzad, Ajmal, Haidari, Sayed Aman, Monawar, Abdul Baqi, Samadi, Dr. Ahmad Zia, Thiessen, Jesh, Venant, Ntakarutimana, Hospital, Sonia Inamuco, Jérémie, Niyonkuru, Mbonicura, Jean Claude, Vianney, Butoyi Jean Marie, Tadesse, Amezene, Negash, Samuel, Roberts, Charles A., Jabang, John N., Bah, Abdoulie, Camamra, Kajali, Correa, Armandou, Sowe, Babucarr, Gai, A., Jaiteh, Musa, Raymond, Kwizera Jean, Mvukiyehe, Jean Paul, Itangishaka, Innocent, Kayibanda, Emmanuel, Manirambona, Emery, Lule, Joseph, Costas-Chavarri, Ainhoa, Shyaka Gashugi, Ian, Ndata, Albert, Gasana, Georges, Nezerwa, Yves Castar, Simeon, Turatsinze, Muragijimana, Jean De Dieu, Rashid, Sakina, Msuya, David, Elisante, Joseph, Solanki, Meghna, Manjira, Emmanuel, Lodhia, Jay, Jusabani, Mubashir, Tarmohamed, Murad, Koipapi, Sengua, Souhem, Touabti, Sara, Nabti, Sihem, Brahimi, Dania, Bouguermouh, Toufik, Iaiche Achour, Mounira, Baghdadi Nour el islam, Habiba, Alouani, Aragão, Liliana, Gonçalves, Victor, Lino Urquizo, Marcelo Mauricio, Varela, Maria Florencia, Mercado, Pedro, Horacio, Bonavia, Damiani, Andrea, Mac, Carlos, Putruele, Daniel, Liljesthrom, Karen, Bernaus, Marianela, Jauri, Cesar, Cripovich, Alejandrina, Bianchin, Ezequiel, Puig, Maria Gabriela, Andreussi, Lorna, Iracelay, Susana, Marcos, Dolores, Herrera, Carina, Palacios, Nelly, Avile, Romina, Serezo, Belen, Montoya, Debora, Cepeda, Rodrigo, Vaquila, Justo, Veronica, Sofficci, Pardo, Liliana, Valeria, Pelussi, Julio, Lapalma, Martin, Aranda Diego, Lucio, Palazzi, Gabriel, Comba, Marianella, Depetrini, Calderón Arancibia, José Alfredo, Huespe, Enrique, Losa, Gabriela Natalia, Arancibia Gutiérrez, Elsa, Scherl, Humberto, Gonzalez, Daniel Emilio, Baistrocchi, Valentina, Silva, Yanina, Galdeano, Marcelo, Medard, Pablo, Sueiras, Ines, Romero Manteola, Enrique, Defago, Victor Hugo, Mieres, 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Mohamed, Saleh, Amr, Sheir, Hesham, Wafa, Tamer, Elmenam, Mohamed Abd, Abdelmaksoud, Sherif, Reda, Ahmed, Mansour, Islam, Elzohiri, Mohamed, Waseem, Basma, Elewaily, Mohamed, El-Ghazaly, Mohammed, Elhattab, Ahmad, Shalaby, Amr, Elsaied, Adham, Adawy, Ahmad, Sadek, Mirna, Ahmed, Mahmoud Abdelfattah, Herdan, Mohamed Omar, Elassall, Gena Mohamed Hamed, Mohammed, Azhar Arabi, Takrouney, Mohammed Hamada, Essa, Tarek Mohamed, Mahmoud, Ahmed Mokhtar, Saad, Alshaimaa M., Fouly, Mariam Albatoul Nageh, Ibrahim, Mahmoud abdelshakour, Nageh, Mohammad, Saad, Mahmoud M., Badr, Helmy, Fouda, Mohamed Fayez, Nofal, Ahmed Hassan, Almohamady, Hisham, Arafa, Mohamed Ahmed, Amad, Mohamed, Mansour, Mohamed Awad, O'Connor, Jennifer, O'Connor, Zachary, Anatole, Nzanzu, Nkunzimana, Elysé, Machemedze, Solomon, Dieudonné, Lemfuka, Appeadu-Mensah, William, Anyomih, Theophilus Teddy Kojo, Alhassan, Priscilla, Abantanga, Francis A., Michael, Vishal, Mary Koshy, Roshine, Raj, Ankit, Kumar, Vijay, PT, Sundeep, Prabhu, P Santosh, Vosoughi, Armin, Al-Mayoof, Ali Farooq, Fadhle, Muhamed Jassim, Joda, Ali Egab, Algabri, Hayder Nadhim Obaid, Abdelhamid, Sultan S., Al-Momani, Hashem M., Amarin, Marzouq, Zaghlol, Louay Y., Alsaadi, Nijmeh Nasser, Qwaider, Yasmeen Z., Qutishat, Hibah, Aliwisat, Ahmad Hasan, Arabiat, Esraa, Bsisu, Isam, Murshidi, Raghad M., Jabaiti, Mohammad S., Bataineh, Ziad A., Abuhayyeh, Husam Aldean, Quran, Thekraiat M. Al, Za'nouneh, Faris J. Abu, Alebbini, Mohanad Mutasem, Qudah, Hamzah Abullah, Hussein, Omar Ghazi, Murad, Amir M.I., Amarin, Justin Z., Suradi, Haya H., Alzraikat, Sayel H., Omari, Rand Y., Matour, Bashar M., Al-Halbouni, Layana, Zurikat, Rajai O., Yanis, Ahmad H., Hussein, Sara Al, Shoubaki, Ali, Ghanem, Waleed H., David, Kuria, Chitiavi, Soita Wycliffe, Mose, Moraa, Mugo, Robert, Ndungu, James, Mwai, Timothy, Shahbal, Swaleh, Malik, Janan, Chauhan, Nirav, Syovata, Francisa, Ochieng, Kevin, Omendo Liyenzero, Polycarp, Hussain, Syeda Ra'ana, Mugambi, Stanley, Ochieng, Roseline, Elkhazmi, Ebtesam Othman Abdulsalam, Khaled, Ala, Albozidi, Aya, Enbaya, Manal Ben, Elgammudi, Mala, Soula, Enas, Khalel, Wegden ibrahim almabrouk, Elhajjaji, Yasmine Ali, Alwaggaa, Nouriyah Ali, Ghayth, Sumayyah, Zreeg, Dafer abdulhakim .S., Tantush, Sara Abobaker, Bibas, Fatma, Layas, Tesneem, Sharif, Randa Alamen M, Aljadidi, Wesal Omar F. Saied, Tarek, Ahmed, Ahmed, Hazem, Essamilghi, Kamila Almabrouk Mohammed, Alfoghi, Mabroka, Abuhlega, Ma'aly A., Arrmali, Saddam, Abduljawad, Fatima Mousa, Alosta, Hasan Mustafa, Abuajaila, Abdulsalam, Abdelmutalib, Fakereldeen, Bashir, Fatma, Almengar, Inas, Annajjar, Mohammad hasan, Deyab, Abdelaziz, Elzowawi, Fathi, Krayem, Yousef, Drah, Weam, Meftah, Asma, Mohammed, Abobaker, Arrmalli, Lina Ali, Aljaboo, Hajir, Elayeb, Abdallah, Altomi, Mohamed, Altaweel, Ahmed, Tumi, Mohamed, Bazozi, Hana Milad, Shaklawoon, Aisha, Alglaib, Mohammed Meftah, Elkaloush, Abdullahn Abdousalam, Trainba, Sara, Swessi, Hisham, Alnaeri, Ali, Shnishah, Aya Essam, Mustufa, Hamassat, Gargum, Sondas Ali, Tarniba, Sara Ali, Shalluf, Hawa Ahmed, Shokri, Hajer Ali, Sarkaz, Taher L., Tababa, Osama, Elhadi, Ahmed, Naunova, Vesna Cvetanovska, Jovcheski, Laze, Kamilovski, Marjan, Gavrilovska-Brzanov, Aleksandra, Latiff, Zarina Abdul, Pauzi, Siti Farhan Moh, Osman, Marjmin, Lim, Felicia, Bakar, Ainal Huda Abu, Zaman, Azrina SK, Ishak, Shareena, Teo, Rufinah, Qi, Dr. Tammy Teoh Han, Othman, Mohd Yusran Bin, Zahari, Dato' Dr Zakaria bin, Hassan, Zulfitri bin Md, Shan, Cheah Hui, Lechmiannandan, Abhirrami, Tamaddun, Hafatin Fairos bt, Adanan, Mohd Fitri Shukri bin Mohamed, Abdullah, Mohd Yusof bin, Junyi, Wang, Nor, Mohd. Tarmizi Mohd, Noor, Wan Ruzaimie, Hassan, Mohd Razin bin, Dalek, Noor Fa'izatul Rahil Ambok, Hashim, Hidayah Hayati binti, Zarwawi, Ahmad Zulhisyam bin, Vellusamy, V Muthualhagi M, Yuen, Quah Soong, Kannessan, Hemasutha a/p, Ramli, Najua binti, Bujarimin, Ahmad Shafiee bin, Anntinea, Jessmine, Dass, Anthony, Khalid, Hazlina Mohd., Hanifah, Nur Atiqah binti Mohd, Jyun, Keily Wong Yue, Razak, Rahilah binti Abd, Naim, Nur Atifah binti Mohd, Hamzah, Siti Nur Aien binti Hamid, Vidal, Cristian R. Zalles, Bracho Blanchet, Eduardo, Dávila Perez, Roberto, Fernandez Portilla, Emilio, Villegas Silva, Raúl, Ibarra, Daniel, Calderon Moore, Antonio, Carrasco-Ortega, Cesar, Noguez Castillo, Monica, Herappe Mellado, Dorihela, Yanowsky Reyes, Guillermo, Gonzalez Cortez, Luis Fernando, Santana Ortiz, Rafael, Orozco Perez, Jamie, Corona C.Rivera, Jorge Román, Cardenas Ruiz Velasco, Juan Jose, Quiles Corona, Moises, Peña Padilla, Christian, Bobadilla Morales, Lucina, Corona Rivera, Alfredo, Rios Flores, Izabel Maryalexandra, Aranda Sánchez, Cristian Irela, Ambriz-González, Gabriela, Martínez Hernández Magro, Nestor, León Frutos, Francisco Javier, Cárdenas Barón, José de Jesús, González Ojeda, Alejandro, Yarza Fernández, Jessica, Porras, Juan Domingo, Aguirre-Lopez, Pastor, Sánchez Paredes, Vicente, Montalvo Marin, Arturo, Diaz Gomez, Jose Manuel, Caamal, Lorenzo Juvencio, Bulnes Mendizabal, David, Sanchez Valladares, Pablo, Garcia Martinez, Humberto, Adesanya, Opeoluwa, Olanrewaju, Moses, Adegboyega, Rilwan, Abdulraheem, Nurudeen, Aremo, Anuoluwapo, Dedeke, Florence, Chukwuemeka, Anyanwu Lofty-John, Mohammad, Mohammad Aminu, Lawalbarau, Abdullahi, Collins, Nwokoro, Ibukunolu, Ogundele, Shonubi, Amo, Ladipo-Ajayi, Oluwaseun, Elebute, Olumide Abiodun, Seyi-Olajide, Justina, Alakaloko, Felix, Ihediwa, George, Olayade, Kayode, Bode, Christopher, Ogundoyin, Olakayode, Olulana, Dare I., Egbuchulem, Ifeanyichukwu Kelvin, Kumolalo, Felix O., Ulasi, Ikechukwu, Ezomike, Uchechukwu Obiora, Ekenze, Sebastian Okwuchukwu, Nwankwo, Elochukwu Perpetua, Nwangwu, Emmanuel Ifeanyi, Chukwu, Isaac, Amah, Christopher Chim, Obianyo, Nene Elsie, Williams, Omolara, Osuoji, Roland Iheanyichukwu, Faboya, Omolara Moronkeji, Ajai, Olalekan Temitope, Abdulsalam, Moruf Adekunle, Agboola, Titiloye Hannah, Temilade, Bolarinwa Bolanle, Osazuwa, Maryrose, Salawu, Morayo Monsurat, Ejinkeonye, Eze Chukwuemeka, Yola, Mariya Mukhtar, Mairami, Amsa B., Otuneye, Adekunle T., Igoche, Matthias, Tanimola, Adebayo Gbenga, Ajao, Emmanuel Akinlabi, Agelebe, Efeturi, Olori, Samson, Mshelbwala, Philip Mari, Osagie, Olabisi, Oyinloye, Adewale, Abubakar, Auwal M, Oyebanji, Lateef, Shehu, Ibrahim, Cletus, Cyril, Bamanga, Ahmed, Suleiman, Faruk, Adamu, Sani, C.Nwosu, David, S.Alkali, Yahya, Jalo, Iliya, Rasaki, Aliu, T.Sambo, Yusuf, A.Mohammed, Kalakwa, M.Ballah, Abubakar, Modekwe, Victor, Ekwunife, Okechukwu Hyginus, Ezidiegwu, Ugochukwu S, Osuigwe, Andrew N, Ugwu, Jideofor O, Ugwunne, Chuka A, Akhter, Nadeem, Gondal, Mudassir Fayaz, Raza, Rafee, Chaudary, Ali Raza, Ali, Hassan, Nisar, Muhammad Umar, Jamal, Muhammad Umer, Pandit, Ghuri Shankar, Mumtaz, Uzma, Amjad, Muhammad Bin, Talat, Nabila, Rehman, Wajeeh ur, Saleem, Muhammad, Mirza, Muhammad Bilal, Hashim, Imran, Haider, Naveed, Hameed, Soban, Saleem, Ayesha, Dogar, Sohail, Sharif, Muhammad, Bashir, Muhammad Kashif, Naumeri, Fatima, Rani, Zarqa, Baniowda, Muath A.M., Ba'baa', Basheer, Hassan, Majd Yousef Mohammed, Darwish, Ammar, Sehwiel, Abrar Shaheen, Shehada, Mohammed, Balousha, Abrar ghassan, Ajrami, Yara, Alzamari, Ainaa Ata Mohammad, Yaghi, Bashar, Al-saleem, Hasan Subhi Hasan Abu, Farha, Mervat Sufian Abu, Abdelhafez, Mohammad Omar Mohammad, Anaya, Firas, Qadomi, Asef belal, Odi, Abd Al-Naser Bany, Assi, Muath Abdelrahem Fuad, Sharabati, Fadwa, Abueideh, Ahmad, Beshtawi, Doha mustafa saleh, Arafat, Hasan, Khatatba, Lara Zahi Adel, Abatli, Safa' Jamal, Al-Tammam, Hiba, Jaber, Dania, Kayed, Yara Imad Omar, Abumunshar, Ali Abdelhay, Misk, Rami Anwar, Alzeer, Asmahan Mohammad Suliman, Sharabati, Mutassem, Ghazzawi, Ihsan, Darras, Osama Majed, M.Qabaja, Mahmoud, Hajajreh, Ma'alem sameer, Samarah, Yasmeen Ahmad, Yaghi, Dua Hasan, Qunaibi, Moradallah Asad Fahmi, Mayaleh, Abdelrazzaq Abu, Joubeh, Sharehan, Ebeido, Annan, Adawi, Samer, Adawi, Ihda, Alqor, Mohammad Omar Ibrahim, Arar, Ahmad Samih, Awad, Hadeel, Abu-Nejmah, Fawzi, Shabana, Osaid Shaher, Alqarajeh, Firas, Alzughayyar, Tareq Z., Madieh, Jomana, Sbaih, Mahmoud Fuad, Alkareem, Raghad mohammad abdu, Lahlooh, Raghad abdullateef, Halabi, Yasmeen Adly, Baker, Wisam, Almusleh, Tasneem Fathi Hasan, Tahyneh, Abdulraheem Adnan Abdulraheem, Atatri, Yazid yousef mahmoud, Jamie, Najlaa Abu, Massry, Nasrallah Ashraf Al, Lubbad, Walaa, A.Nemer, Ayoub, Alser, Mohammed, Salha, Aya Azmi Shehda, Alnahhal, Khaled, Elmzyyen, Aya Mahmoud, Ghabayen, Amir Talat Sheda, Alamrain, Abdulwhhab Ayman Abu, Al-Shwaikh, Samar H., Elshaer, Omar Adly, Shaheen, Nureddin, Fares, Jehad, Dalloul, Hisham, Qawwash, Anas, Jayyab, Mustafa abu, Ashour, Dina Ayman, Shaheen, Ahmad Ashraf, Naim, Samy Rafat Ramadan, Shiha, Eman Abu, Dammagh, Nagham Mohammed Al, Almadhoun, Walaa, Al-Salhi, Ashraf Ayman, Hammato, Abdalkarim Yhya, Salim, Jamal Mohammed, Hasanain, Doaa Khalil, Alwadia, Soha Marwan Salem, Nassar, Ismail, Al-Attar, Hala M., Alshaikhkhalil, Haya Abdulnasser Ali, Jamie, Yasmin Mohammed Khalil Abu, Ashour, Yara shareef, Alijla, Sharif S., Tallaa, Mohamed Anwer El, Abuattaya, Adham Ashraf, Wishah, Bisan D.M., ALDIRAWI, MOHAMMED A.M., Darwish, Ahmed S, Alzerei, Sulaiman T., Wishah, Nidal, Alijla, Sharif, Garcia, Isidora, Diaz Echegaray, Marlene, Cañapataña Sahuanay, Veronica Raquel, Trigoso Mori, Fernando, Alvarado Zelada, Jackelyne, Salinas Barreto, Juan Jose, Rivera Altamirano, Porfirio, Torres Miranda, Cesar, Anicama Elias, Rocio, Rivera Alvarez, Julio, Vasquez Matos, Juan Pedro, Ayque Rosas, Fernando, Ledesma Peraza, Jesmarina, Gutarra Palomino, Andrea, Vega Centen, Stephany, Casquero, Victor, Ortiz Argomedo, María Rosa, Lapouble, Francisco, Llap Unchón, Genaro, Delgado Malaga, Florangel Patricia, Ortega Sotelo, Luis, Gamboa Kcomt, Segundo, Villalba Villalba, Araceli, Mendoza Leon, Nancy Rossana, Cardenas Alva, Loreley Raquel, Loo Neyra, Maria Susana, Alanguia Chipana, Cathy Lee, Torres Picón, Cintya Maria de Jesus, Huaytalla Quiroz, Natalia, Dominguez, Danny, Segura Calle, Carlos, Arauco, Jenny, Ormeño Calderón, Luis, Ghilardi Silva, Ximena, Fernandez Wilson, Miriam Daniela, Gutierrez Maldonado, Joan Elizabeth, Diaz Leon, Cesar, Berrocal Anaya, Waldo, Chavez Galvez, Patricia, Aguilar Gargurevich, Prince Pamela, Diaz Castañeda, Flor de Maria, Guisse, Carmen, Ramos Paredes, Erika, Apaza Leon, Jose Luis, Aguilar Aguilar, Faye, Ramirez De La Cruz, Raul, Flores Carbajal, Lenny, Mendoza Chiroque, Carlos, Sulca Cruzado, Gladys Johana, Tovar Gutierrez, Natalia, Sotelo Sanchez, Jennifer, Paz Soldan, Carolina, Hernández Córdova, Karina, Delgado Quinteros, Edgar Fernando, Brito Quevedo, Luz Mery, Mendoza Oviedo, Juan Jose, Samanez Obeso, Angel, Paredes Espinoza, Patricia, de Guzman, Johann, Yu, Raisa, Cosoreanu, Vlad, Ionescu, Sebastian, Mironescu, Aurel, Vida, Lucian, Papa, Adrian, Verdeata, Roxana, Gavrila, Bogdan, Muntean, Liviu, Lukac, Marija, Stojanovic, Miona, Toplicic, Djordje, Slavkovic, Milan, Slavkovi, Andjelka, Zivanovic, Dragoljub, Kostic, Ana, Raicevic, Maja, Nkuliza, Delphine, Sidler, Daniel, Vos, Corné de, Merwe, Elmarie vd, Tasker, David, Khamag, Omar, Rengura, Cecilia, Siyotula, Thozama, Jooma, Uzair, Delft, Dirk von, Arnold, Marion, Mangray, Hansraj, Harilal, Shamaman, Madziba, Sanele, Wijekoon, Naveen, Gamage, Tharanga, Bright, Benedict Paul, Abdulrahman, Alaa, Mohammed, Ola Ahmed Abdulmjeed, Salah, Mohammed, Ajwa, Ahmad Elian Abu, Morjan, Mohammed, Batal, Mohammad Mohannad, Faks, Vivian, Mouti, Mohamad Bassel, Assi, Ahmadfateh, Al-Mouakeh, Ahmad, Tarabishi, Ahmad Sankari, Aljarad, Ziad, Alhamid, Aos, Khorana, Jiraporn, Poocharoen, Wannisa, Liukitithara, Sirima, Sriniworn, Anan, Nuntasunti, Wasun, Ngerncham, Monawat, Phannua, Ratiyaporn, Thaiwatcharamas, Kanokrat, Tanming, Patchareeporn, Sahnoun, Lassaad, Kchiche, Nahla, Abdelmoumen, Roua, Eroğlu, Egemen, Ozen, Mehmet Ali, Cömert, Hatice Sonay Yalçın, İmamoğlu, Mustafa, Sarıhan, Haluk, Kader, Şebnem, Mutlu, Mehmet, Aslan, Yakup, Beşir, Ahmet, Geze, Şükran, Çekiç, Bahanur, Yalcinkaya, Ali, Sönmez, Kaan, Karabulut, Ramazan, Türkyılmaz, Zafer, Şeref, Kıvanç, Altın, Merve, Aykut, Merve, Akan, M.Eren, Erdem, Melisa, Ergenekon, Ebru, Türkyılmaz, Canan, Keleş, Elif, Canözer, Ali, Yeniay, Aslı Öztürk, Eren, Elif, Cesur, İlknur Banlı, Özçelik, Zerrin, Kurt, Gökmen, Mert, Mustafa Kurthan, Kaya, Hatice, Çelik, Müge, Karakus, Suleyman Cuneyt, Erturk, Nazile, Suzen, Alev, Hakan, Nilay, Akova, Fatih, Pasaoglu, Mehmet, Eshkabilov, Shukurali, Yuldashev, Rustam Z., Abdunomonovich, Dekhkonboev Avazjon, Muslimovich, Aliev Makhmudjan, Patel, Azad, Kapihya, Chisengo, Ensar, Nicholas, Nataraja, Ramesh M, Sivasubramaniam, Mithila, Jones, Matthew, Teague, Warwick, Tanny, Sharman Tan, Thomas, Gordon, Roberts, Kiera, Venkatraman, Soundappan Sannappa, Till, Holger, Pigeolet, Manon, Dassonville, Martine, Shikha, Anas, Win, Win Sabai Phyu, Ahmad, Zahidah Adlynee Haji, Meloche-Dumas, Léamarie, Caouette-Laberge, Louise, St-Vil, Dickens, Aspirot, Ann, Piché, Nelson, Joharifard, Shahrzad, Safa, Nadia, Laberge, Jean-Martin, Emil, Sherif, Puligandla, Pramod, Shaw, Kenneth, Wissanji, Hussein, Duggan, Eileen, Guadagno, Elena, Puentes, Maria Consuelo, Leal, Paola Osses, Mendez Benavente, Carolina, Rygl, Michal, Trojanová, Barbora, Berková, Klára, Racková, Tereza, Planka, Ladislav, Škvařil, Jan, Štichhauer, Radek, Sabti, Shahad, Macdonald, Alex, Bouhadiba, Nordeen, Kufeji, Dorothy, Pardy, Caroline, Mccluney, Simon, Keshtgar, Alireza, Roberts, Rebecca, Rhodes, Hannah, Burns, Kate, Garrett-Cox, Robin, Ford, Kat, Cornwall, Hannah, Ravi, Krithi, Arthur, Felicity, Losty, Paul, Lander, Tony, Jester, Ingo, Arul, Suren, Gee, Oliver, Soccorso, Giampiero, Singh, Michael, Pachl, Max, Martin, Benjamin, Alzubair, Afnan, Kelay, Arun, Sutcliffe, Jonathan, Middleton, Thomas, Thomas, Amy Hughes, Kurian, Merina, Cameron, Fraser, Sivaraj, Jayaram, Thomas, Mark C, Rex, Dean, Jones, Ceri, Bradshaw, Kate, Bonnard, Arnaud, Delforge, Xavier, Duchesne, Camille, Gall, Caroline Le, Defert, Coralie, Laraqui Hossini, Samia, Guerin, Florent, Hery, Géraldine, Fouquet-Languillat, Virginie, Kohaut, Jules, Broch, Aline, Blanc, Thomas, Harper, Luke, Delefortrie, Thomas, Ballouhey, Quentin, Fourcade, Laurent, Grosos, Céline, Parmentier, Benoit, Levard, Guillaume, Grella, Maria Giovanna, Renaux Petel, Mariette, Grynberg, Lucie, Abbo, Olivier, Mouttalib, Sofia, Juricic, Mélodie, Scalabre, Aurelien, Haraux, Elodie, Rissmann, Anke, Krause, Hardy, Goebel, Peter, Patzer, Ludwig, Rolle, Udo, Schmedding, Andrea, Antunez-Mora, Alexandra, Tillig, Bernd, Bismarck, Sylvester von, Barbosa, Patricia Reis, Knorr, Christian, Stark, Domitille, Brunero, Marco, Avolio, Luigi, Manni, Francesco, Molinelli, Matilde, Guazzotti, Marinella, Raffaele, Alessandro, Romano, Piero Giovanni, Cavaiuolo, Silvia, Parigi, Gian Battista, Juhasz, Laszlo, Rieth, Anna, Strumila, Arunas, Dagilytė, Rūta, Liubsys, Arunas, Gurskas, Pranas, Malcius, Dalius, Mikneviciute, Agne, Vinskaite, Asta, Barauskas, Vidmantas, Vierboom, Liam, Hall, Timothy, Beasley, Spencer, Goddard, Lucy, Stringer, Mark, Weeratunga, Naveen, Adams, Stephen, Cama, Jitoko, Wong, Marilyn, Jayaratnam, Sridharan, Kukkady, Askar, Samarakkody, Udaya, Gerus, Sylwester, Patkowski, Dariusz, Wolny, Agnieszka, Koszutski, Tomasz, Tobor, Szymon, Osowicka, Marta, Czauderna, Piotr, Wyrzykowski, Dariusz, Garnier, Hanna, Anzelewicz, Stefan, Marta, Osowicka, Knurowska, Agata, Weiszewsk, Alicja, Grabowski, Andrzej, Korlacki, Wojciech, Pasierbek, Michal, Wolak, Przemyslaw, Piotrowska, Aneta, Roszkiewicz, Anna, Kalicińsk, Piotr, Trypens, Agata, Kowalewsk, Grzegorz, Sigalet, David, Alsaied, Amer, Ali, Mansour, Alsaggaf, Ameen, Ghallab, Alaa, Owiwi, Yazeed, Zeinelabdeen, Ali, Fayez, Mohamed, Atta, Ahmed, Zidan, Mazen, Radwan, Asaad saleh, Shalaby, Hanin, Abdelbaqi, Reem, Alattas, Khalid, Kano, Yar, Sindi, Omar, Alshehri, Abdullah, Altokhais, Tariq, Alturki, Fahad, Almosaibli, Mohammad, Krisanova, Dasha, Abbas, Wisam, Yang, Hee-Beom, Kim, Hyun-Young, Youn, Joong Kee, Chung, Jae Hee, Cho, Seok Hyeon, Hwang, In ji, Lee, Ju yeon, Song, Eung song, Arboleda, Jenny, Ruiz de Temiño Bravo, Mercedes, Siles Hinojosa, Alexander, García, Miriam, Casal Beloy, Isabel, Oliu San Miguel, Detlef, Molina Vazquez, Maria Elena, Alonso, Verónica, Sanchez, Alberto, Gomez, Oscar, Carrillo, Isabel, Wester, Tomas, Mesas Burgos, Carmen, Salö, Martin, Omling, Erik, Rudolfson, Niclas, Granéli, Christina, Arnadóttir, Helena, Grottling, Emma, Abrahamsson, Kate, Gatzinsky, Vladimir, Dellenmark Blom, Michaela, Borbonet, Daniel, Puglia, Paul, Jimenez Morejon, Vinicio, Acuna, Gaston, Moraes, Mario, Chan, Jonathan, Brahmamdam, Pavan, Tom, Alan, Sherer, Karen, Gonzales, Brandy, Cunningham, Aaron, Krishnaswami, Sanjay, Baertschiger, Reto, Leech, Mary, Williams, Regan, Camp, Lauren, Gosain, Ankush, Mora, Maria, Lyttle, Bailey D., Chang, Jeremy, McColl Makepeace, Lydia, Fowler, Kathryn L, Mansfield, Sara, Hodgman, Erica, Amaechi, Chukwubinyelum, Beres, Alana, Pernik, Mark N., Dosselman, Luke J., Almasri, Murad, Jain, Sunil, Modi, Varun, Fernandez Ferrer, Marianelly, Coon, John, Gonzalez, Joann, Honhar, Medhavi, Ruzgar, Nensi, Coghill, Griffin, Ullrich, Sarah, Cheung, Maija, Løfberg, Katrine, Greenberg, Jodie, Davenport, Kate, Gadepalli, Samir, Fox, Sarah, Johnson, Stephanie, Pilkington, Mercedes, Hamilton, April, Lin, Nicole, Sola, Juan, Yao, Yang, Davis, Jenna Kylene, Langer, Monica, Vacek, Jonathan, Abdullah, Fizan, Khlevner, Julie, Middlesworth, William, Levitt, Marc, Ahmad, Hira, Siddiqui, Sabina M, Bowder, Alex, Derks, Terry, Amoabin, Afua Amoabin, Pinar, Brooke, Owusu-Sekyere, Frank, Saousen, Benmanseur, Naidoo, Rasika, Karamustafic, Azra, Oliveira, Danielle Paula de, Motter, Sarah Bueno, Andrade, Jerhy, Šafus, Antonín, Langley, Jason, Wilke, Alexandra, Deya, Corazone, Murtadi, Habib Mansour, Berzanskis, Mindaugas, Calistus, Nwachukwu, Ajiboye, Olalekan S., Felix, Michael, Olabisi, Osagie O, Erçin, Seçil, Muradi, Teymursha, Burks, Stephen S., Lerma, Sergio, Jacobson, Jillian, Calancea, Calin, Valerio-Vazquez, Rafael, Sikwete, Guigui, Sekyere, Owusu, Mbonisweni, Akhona, Syed, Shahnoor, Hyeon, Cho Seok, Pajouhandeh, Fatemeh, and Kunfah, Sheba Mary Pognaa

Published
2021
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59. Ultrasound-Assisted Food Processing: A Mini Review of Mechanisms, Applications, and Challenges

Author

Alshehhi Mahra, Wu Guowei, Kangsadan Tawiwan, Chew Kit Wayne, and Show Pau Loke

Subjects
food processing, food quality, ultrasonication, ultrasound applications, ultrasound limitations, Environmental sciences, GE1-350
Abstract

Ultrasound technology in food processing holds promise in terms of energy efficiency, environmental impact, and sustainability compared to traditional processing methods. These conventional heat-based techniques, such as salting, smoking, and frying, are energy-intensive and time-consuming. Therefore, ultrasound as a promising technology has attracted the interest of scientists and stakeholders in the food processing field. This alternative solution utilizes ultrasound and can achieve similar results with reduced energy input. This not only reduces energy consumption but also contributes to reducing carbon footprint and greenhouse gas emissions. In addition, ultrasound processing technology enhances food safety and quality by inhibiting microbial growth and killing pathogens, leading to longer shelf life and reduced food waste. However, there are also present some limitations of ultrasound in food processing through dense and complex food matrices like protein. Current research and development efforts are expected to address these challenges and expand applications in food processing. Overall, ultrasonic technology could transform the sustainability of food processing in the future.

Published
2023
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61. The Effect of Accelerated Continuous Theta Burst Stimulation on Weight Loss in Overweight Individuals With Schizophrenia: A Double-Blind, Randomized, Sham-Controlled Clinical Trial.

Author

Kang, Dongyu, Zhang, Yi, Wu, Guowei, Song, Chuhan, Peng, Xinjie, Long, Yujun, Yu, Guo, Tang, Hui, Gui, Yawei, Wang, Quan, Yuan, Tifei, and Wu, Renrong

Subjects
BRAIN physiology, SCHIZOPHRENIA treatment, PREVENTION of obesity, WEIGHT loss, EMOTION regulation, BODY mass index, PSYCHIATRIC treatment, RESEARCH funding, STATISTICAL sampling, BODY weight, ELECTROENCEPHALOGRAPHY, SAMPLE size (Statistics), TREATMENT effectiveness, RANDOMIZED controlled trials, DESCRIPTIVE statistics, ATTENTION, FOOD habits, TRANSCRANIAL magnetic stimulation, ELECTROPHYSIOLOGY, EVALUATION
Abstract

Background and Hypothesis Obesity is a common comorbidity in individuals with schizophrenia and is associated with poor clinical outcomes. At present, there are limited effective approaches for addressing this issue. We conducted a double-blind, randomized, sham-controlled clinical trial to investigate the efficacy of noninvasive magnetic stimulation techniques in reducing obesity in individuals with schizophrenia. Study Design Forty overweight individuals with schizophrenia were recruited and randomly assigned to receive either the active or sham intervention. The active group received 50 accelerated continuous theta burst stimulation (cTBS) sessions over the left primary motor area (M1), while the sham group received sham stimulation. The primary outcomes were the change in body weight and body mass index (BMI), and the secondary outcomes were the psychiatric symptoms, eating behavior scales, metabolic measures, and electrophysiological to food picture stimuli. Study Results The study demonstrated a significant decrease in body weight and BMI after the intervention selectively in the active group (mean = −1.33 kg, P =.002), and this improvement remained at the 1-month follow-up (mean = −2.02 kg, P =.008). The score on the Barratt Impulsivity Scale (mean = −1.78, P = 0.036) decreased in the active group and mediated the effect of accelerated cTBS on body weight. In the food picture cue electroencephalograph task, the late positive potential component, which is related to motivated attention and emotional processing, decreased in frontal brain regions and increased in posterior regions after the active intervention. Conclusions The accelerated cTBS may offer a promising approach for treating obesity in individuals with schizophrenia. Further research with a larger sample size or individualized stimulation protocol should be promising. Trial Registration Clinical trial registered with clinicaltrials.gov (NCT05086133). [ABSTRACT FROM AUTHOR]

Published
2024
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62. Privacy Preservation in Publishing Electronic Health Records Based on Perturbation

Author

Yao, Lin, Wang, Xinyu, Chen, Zhenyu, Wu, Guowei, Akan, Ozgur, Editorial Board Member, Bellavista, Paolo, Editorial Board Member, Cao, Jiannong, Editorial Board Member, Coulson, Geoffrey, Editorial Board Member, Dressler, Falko, Editorial Board Member, Ferrari, Domenico, Editorial Board Member, Gerla, Mario, Editorial Board Member, Kobayashi, Hisashi, Editorial Board Member, Palazzo, Sergio, Editorial Board Member, Sahni, Sartaj, Editorial Board Member, Shen, Xuemin (Sherman), Editorial Board Member, Stan, Mircea, Editorial Board Member, Xiaohua, Jia, Editorial Board Member, Zomaya, Albert Y., Editorial Board Member, Li, Jin, editor, Liu, Zheli, editor, and Peng, Hao, editor

Published
2019
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66. Release of SR Proteins from CLK1 by SRPK1: A Symbiotic Kinase System for Phosphorylation Control of Pre-mRNA Splicing

Author

Aubol, Brandon E, Wu, Guowei, Keshwani, Malik M, Movassat, Maliheh, Fattet, Laurent, Hertel, Klemens J, Fu, Xiang-Dong, and Adams, Joseph A

Subjects
Biochemistry and Cell Biology, Biological Sciences, Genetics, 1.1 Normal biological development and functioning, Underpinning research, Generic health relevance, Catalysis, HeLa Cells, Humans, Phosphorylation, Protein Binding, Protein Interaction Domains and Motifs, Protein Serine-Threonine Kinases, Protein-Tyrosine Kinases, RNA Interference, RNA Precursors, RNA Splicing, RNA, Messenger, Ribonucleoprotein, U1 Small Nuclear, Spliceosomes, Time Factors, Transfection, beta-Globins, Hela Cells, Medical and Health Sciences, Developmental Biology, Biological sciences, Biomedical and clinical sciences, Health sciences
Abstract

Phosphorylation has been generally thought to activate the SR family of splicing factors for efficient splice-site recognition, but this idea is incompatible with an early observation that overexpression of an SR protein kinase, such as the CDC2-like kinase 1 (CLK1), weakens splice-site selection. Here, we report that CLK1 binds SR proteins but lacks the mechanism to release phosphorylated SR proteins, thus functionally inactivating the splicing factors. Interestingly, CLK1 overcomes this dilemma through a symbiotic relationship with the serine-arginine protein kinase 1 (SRPK1). We show that SRPK1 interacts with an RS-like domain in the N terminus of CLK1 to facilitate the release of phosphorylated SR proteins, which then promotes efficient splice-site recognition and subsequent spliceosome assembly. These findings reveal an unprecedented signaling mechanism by which two protein kinases fulfill separate catalytic features that are normally encoded in single kinases to institute phosphorylation control of pre-mRNA splicing in the nucleus.

Published
2016

72. Alterations of interhemispheric functional homotopic connectivity and corpus callosum microstructure in bulimia nervosa

Author

Wang, Yiling, primary, Tang, Lirong, additional, Wang, Miao, additional, Li, Weihua, additional, Wang, Xuemei, additional, Wang, Jiani, additional, Chen, Qian, additional, Yang, Zhenghan, additional, Li, Xiaohong, additional, Li, Zhanjiang, additional, Wu, Guowei, additional, Zhang, Peng, additional, and Wang, Zhenchang, additional

Published
2023
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78. A Failure Self-recovery Strategy with Balanced Energy Consumption for Wireless Ad Hoc Networks

Author

Qiu, Tie, Wang, Wei, Xia, Feng, Wu, Guowei, and Zhou, Yu

Subjects
Computer Science - Networking and Internet Architecture, 68M14, C.2.4
Abstract

In energy constrained wireless sensor networks, it is significant to make full use of the limited energy and maximize the network lifetime even when facing some unexpected situation. In this paper, all sensor nodes are grouped into clusters, and for each cluster, it has a mobile cluster head to manage the whole cluster. We consider an emergent situation that one of the mobile cluster heads is broken down, and hence the whole cluster is consequently out of work. An efficient approach is proposed for recovering the failure cluster by selecting multiple static sensor nodes as the cluster heads to collect packets and transmit them to the sink node. Improved simulated annealing algorithm is utilized to achieve the uniform deployment of the cluster heads. The new cluster heads are dynamically changed in order to keep balanced energy consumption. Among the new cluster heads, packets are transmitted through multi-hop forwarding path which is cost-lowest path found by Dijkstra's algorithm. A balanced energy consumption model is provided to help find the cost-lowest path and prolong the lifetime of the network. The forwarding path is updated dynamically according to the cost of the path and residual energy of the node in that path. The experimental results show that the failure cluster is recovered and the lifetime of the cluster is prolonged., Comment: To appear in Journal of Computers, Jan 2012

Published
2011

79. A Hop-by-hop Cross-layer Congestion Control Scheme for Wireless Sensor Networks

Author

Wu, Guowei, Xia, Feng, Yao, Lin, Zhang, Yan, and Zhu, Yanwei

Subjects
Computer Science - Networking and Internet Architecture, 68M14, C.2
Abstract

Congestions in wireless sensor networks (WSNs) could potentially cause packet loss, throughput impairment and energy waste. To address this issue, a hop-by-hop cross-layer congestion control scheme (HCCC) built on contention-based MAC protocol is proposed in this paper. According to MAC-layer channel information including buffer occupancy ratio and congestion degree of local node, HCCC dynamically adjusts channel access priority in MAC layer and data transmission rate of the node to tackle the problem of congestion. Simulations have been conducted to compare HCCC against closely-related existing schemes. The results show that HCCC exhibits considerable superiority in terms of packets loss ratio, throughput and energy efficiency.

Published
2011

80. A Fault-Tolerant Emergency-Aware Access Control Scheme for Cyber-Physical Systems

Author

Wu, Guowei, Lu, Dongze, Xia, Feng, and Yao, Lin

Subjects
Computer Science - Networking and Internet Architecture, Computer Science - Distributed, Parallel, and Cluster Computing, 68M14, C.2.4
Abstract

Access control is an issue of paramount importance in cyber-physical systems (CPS). In this paper, an access control scheme, namely FEAC, is presented for CPS. FEAC can not only provide the ability to control access to data in normal situations, but also adaptively assign emergency-role and permissions to specific subjects and inform subjects without explicit access requests to handle emergency situations in a proactive manner. In FEAC, emergency-group and emergency-dependency are introduced. Emergencies are processed in sequence within the group and in parallel among groups. A priority and dependency model called PD-AGM is used to select optimal response-action execution path aiming to eliminate all emergencies that occurred within the system. Fault-tolerant access control polices are used to address failure in emergency management. A case study of the hospital medical care application shows the effectiveness of FEAC.

Published
2011

81. Energy Efficient Ant Colony Algorithms for Data Aggregation in Wireless Sensor Networks

Author

Lin, Chi, Wu, Guowei, Xia, Feng, Li, Mingchu, Yao, Lin, and Pei, Zhongyi

Subjects
Computer Science - Networking and Internet Architecture, 68M14, C.2
Abstract

In this paper, a family of ant colony algorithms called DAACA for data aggregation has been presented which contains three phases: the initialization, packet transmission and operations on pheromones. After initialization, each node estimates the remaining energy and the amount of pheromones to compute the probabilities used for dynamically selecting the next hop. After certain rounds of transmissions, the pheromones adjustment is performed periodically, which combines the advantages of both global and local pheromones adjustment for evaporating or depositing pheromones. Four different pheromones adjustment strategies are designed to achieve the global optimal network lifetime, namely Basic-DAACA, ES-DAACA, MM-DAACA and ACS-DAACA. Compared with some other data aggregation algorithms, DAACA shows higher superiority on average degree of nodes, energy efficiency, prolonging the network lifetime, computation complexity and success ratio of one hop transmission. At last we analyze the characteristic of DAACA in the aspects of robustness, fault tolerance and scalability., Comment: To appear in Journal of Computer and System Sciences

Published
2011

82. A Group Key Management Protocol Based on Weight-Balanced 2-3 Tree for Wireless Sensor Networks

Author

Yao, Lin, Liu, Bing, Xia, Feng, Wu, Guowei, and Lin, Qiang

Subjects
Computer Science - Cryptography and Security, Computer Science - Networking and Internet Architecture, 68M14, C.2
Abstract

Multicast in Wireless Sensor Networks (WSNs) is an attractive mechanism for delivering data to multiple receivers as it saves bandwidth. To guarantee the security of multicast, the group key is used to encrypt and decrypt the packages. However, providing key management services in WSNs is complicated because sensor nodes possess limited resources of computing, storage and communication. To address the balance between security and limited resources, a multicast group key management protocol based on the weight-balanced 2-3 tree is proposed to generate, distribute, and update the group key securely and efficiently. The decentralized group key management method is employed. A weight-balanced 2-3 key tree is formed in every subgroup. Instead of using the conventional symmetric and non-symmetric encryption algorithms, the Maximum Distance Separable (MDS) code technique is used to distribute the multicast key dynamically. During the key updating, a series of adjustment rules are summarized to keep the tree weight-balanced, where pseudo-nodes as leaves are added to reduce the computation and communication complexity. Compared with some other group key management protocols, our scheme shows higher superiority on security and performance.

Published
2011

83. An Adaptive Fault-Tolerant Communication Scheme for Body Sensor Networks

Author

Wu, Guowei, Ren, Jiankang, Xia, Feng, and Xu, Zichuan

Subjects
Computer Science - Networking and Internet Architecture, 68M10, C.2
Abstract

A high degree of reliability for critical data transmission is required in body sensor networks (BSNs). However, BSNs are usually vulnerable to channel impairments due to body fading effect and RF interference, which may potentially cause data transmission to be unreliable. In this paper, an adaptive and flexible fault-tolerant communication scheme for BSNs, namely AFTCS, is proposed. AFTCS adopts a channel bandwidth reservation strategy to provide reliable data transmission when channel impairments occur. In order to fulfill the reliability requirements of critical sensors, fault-tolerant priority and queue are employed to adaptively adjust the channel bandwidth allocation. Simulation results show that AFTCS can alleviate the effect of channel impairments, while yielding lower packet loss rate and latency for critical sensors at runtime., Comment: 10 figures, 19 pages

Published
2010
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84. iCare: A Mobile Health Monitoring System for the Elderly

Author

Lv, Ziyu, Xia, Feng, Wu, Guowei, Yao, Lin, and Chen, Zhikui

Subjects
Computer Science - Other Computer Science, 68M14, C.2.4, J.3
Abstract

This paper describes a mobile health monitoring system called iCare for the elderly. We use wireless body sensors and smart phones to monitor the wellbeing of the elderly. It can offer remote monitoring for the elderly anytime anywhere and provide tailored services for each person based on their personal health condition. When detecting an emergency, the smart phone will automatically alert pre-assigned people who could be the old people's family and friends, and call the ambulance of the emergency centre. It also acts as the personal health information system and the medical guidance which offers one communication platform and the medical knowledge database so that the family and friends of the served people can cooperate with doctors to take care of him/her. The system also features some unique functions that cater to the living demands of the elderly, including regular reminder, quick alarm, medical guidance, etc. iCare is not only a real-time health monitoring system for the elderly, but also a living assistant which can make their lives more convenient and comfortable., Comment: The 3rd IEEE/ACM Int Conf on Cyber, Physical and Social Computing (CPSCom), IEEE, Hangzhou, China, December 18-20, 2010

Published
2010
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85. Leakage-Aware Reallocation for Periodic Real-Time Tasks on Multicore Processors

Author

Huang, Hongtao, Xia, Feng, Wang, Jijie, Lei, Siyu, and Wu, Guowei

Subjects
Computer Science - Distributed, Parallel, and Cluster Computing, Computer Science - Operating Systems, 68M20, C.3, D.4
Abstract

It is an increasingly important issue to reduce the energy consumption of computing systems. In this paper, we consider partition based energy-aware scheduling of periodic real-time tasks on multicore processors. The scheduling exploits dynamic voltage scaling (DVS) and core sleep scheduling to reduce both dynamic and leakage energy consumption. If the overhead of core state switching is non-negligible, however, the performance of this scheduling strategy in terms of energy efficiency might degrade. To achieve further energy saving, we extend the static task scheduling with run-time task reallocation. The basic idea is to aggregate idle time among cores so that as many cores as possible could be put into sleep in a way that the overall energy consumption is reduced. Simulation results show that the proposed approach results in up to 20% energy saving over traditional leakage-aware DVS., Comment: The 5th International Conference on Frontier of Computer Science and Technology (FCST), IEEE, Changchun, China, August 2010

Published
2010
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86. A Clustering-based Location Privacy Protection Scheme for Pervasive Computing

Author

Yao, Lin, Lin, Chi, Kong, Xiangwei, Xia, Feng, and Wu, Guowei

Subjects
Computer Science - Cryptography and Security, 68M14, C.2, K.4
Abstract

In pervasive computing environments, Location- Based Services (LBSs) are becoming increasingly important due to continuous advances in mobile networks and positioning technologies. Nevertheless, the wide deployment of LBSs can jeopardize the location privacy of mobile users. Consequently, providing safeguards for location privacy of mobile users against being attacked is an important research issue. In this paper a new scheme for safeguarding location privacy is proposed. Our approach supports location K-anonymity for a wide range of mobile users with their own desired anonymity levels by clustering. The whole area of all users is divided into clusters recursively in order to get the Minimum Bounding Rectangle (MBR). The exact location information of a user is replaced by his MBR. Privacy analysis shows that our approach can achieve high resilience to location privacy threats and provide more privacy than users expect. Complexity analysis shows clusters can be adjusted in real time as mobile users join or leave. Moreover, the clustering algorithms possess strong robustness., Comment: The 3rd IEEE/ACM Int Conf on Cyber, Physical and Social Computing (CPSCom), IEEE, Hangzhou, China, December 18-20, 2010

Published
2010
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87. Decentralized Inter-User Interference Suppression in Body Sensor Networks with Non-cooperative Game

Author

Wu, Guowei, Ren, Jiankang, Xia, Feng, Yao, Lin, and Xu, Zichuan

Subjects
Computer Science - Networking and Internet Architecture, Computer Science - Distributed, Parallel, and Cluster Computing, 68M10, C.2
Abstract

Body Sensor Networks (BSNs) provide continuous health monitoring and analysis of physiological parameters. A high degree of Quality-of-Service (QoS) for BSN is extremely required. Inter-user interference is introduced by the simultaneous communication of BSNs congregating in the same area. In this paper, a decentralized inter-user interference suppression algorithm for BSN, namely DISG, is proposed. Each BSN measures the SINR from other BSNs and then adaptively selects the suitable channel and transmission power. By utilizing non-cooperative game theory and no regret learning algorithm, DISG provides an adaptive inter-user interference suppression strategy. The correctness and effectiveness of DISG is theoretically proved, and the experimental results show that DISG can reduce the effect of inter-user interference effectively., Comment: International Workshop on Mobile Cyber-Physical Systems (MobiCPS 2010), in conjunction with UIC2010, IEEE, Xi'an, China, 26 - 29 October, 2010

Published
2010
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88. Dynamical Jumping Real-Time Fault-Tolerant Routing Protocol for Wireless Sensor Networks

Author

Wu, Guowei, Lin, Chi, Xia, Feng, Yao, Lin, Zhang, He, and Liu, Bing

Subjects
Computer Science - Networking and Internet Architecture, Computer Science - Distributed, Parallel, and Cluster Computing, 68M10, C.2.4
Abstract

In time-critical wireless sensor network (WSN) applications, a high degree of reliability is commonly required. A dynamical jumping real-time fault-tolerant routing protocol (DMRF) is proposed in this paper. Each node utilizes the remaining transmission time of the data packets and the state of the forwarding candidate node set to dynamically choose the next hop. Once node failure, network congestion or void region occurs, the transmission mode will switch to jumping transmission mode, which can reduce the transmission time delay, guaranteeing the data packets to be sent to the destination node within the specified time limit. By using feedback mechanism, each node dynamically adjusts the jumping probabilities to increase the ratio of successful transmission. Simulation results show that DMRF can not only efficiently reduce the effects of failure nodes, congestion and void region, but also yield higher ratio of successful transmission, smaller transmission delay and reduced number of control packets., Comment: 22 pages, 9 figures

Published
2010
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90. The brain’s topographical organization shapes dynamic interaction patterns to support flexible behavior

Author

Wang, Xiuyi, primary, Krieger-Redwood, Katya, additional, Lyu, Baihan, additional, Lowndes, Rebecca, additional, Wu, Guowei, additional, Souter, Nicholas E., additional, Wang, Xiaokang, additional, Kong, Ru, additional, Shafiei, Golia, additional, Bernhardt, Boris C., additional, Cui, Zaixu, additional, Smallwood, Jonathan, additional, Du, Yi, additional, and Jefferies, Elizabeth, additional

Published
2023
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92. The role of functional and structural properties of the nucleus accumbens subregions in eating behavior regulation of bulimia nervosa

Author

Wang, Yiling, primary, Tang, Lirong, additional, Wang, Miao, additional, Wu, Guowei, additional, Li, Weihua, additional, Wang, Xuemei, additional, Wang, Jiani, additional, Yang, Zhenghan, additional, Li, Xiaohong, additional, Li, Zhanjiang, additional, Chen, Qian, additional, Zhang, Peng, additional, and Wang, Zhenchang, additional

Published
2023
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