Spontaneous coordinated activity in cultured networks: Analysis of multiple ignition sites, primary circuits, and burst phase delay distributions von Ham, Michael I., Bettencourt, Luis M., McDaniel, Floyd D., Gross, Guenter W.

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Model cortical association fields account for the time course and dependence on target complexity of human contour perception von Gintautas, Vadas, Ham, Michael I, Kunsberg, Benjamin, Barr, Shawn, Brumby, Steven P, Rasmussen, Craig, George, John S, Nemenman, Ilya, Bettencourt, Luís M A, Kenyon, Garrett T, Kenyon, Garret T

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Functional structure of cortical neuronal networks grown in vitro von Bettencourt, Luís M A, Stephens, Greg J, Ham, Michael I, Gross, Guenter W

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Identification of functional information subgraphs in cultured neural networks von Gintautas, Vadas, Bettencourt, Luis MA, Ham, Michael I

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Identification of functional information subgraphs in complex networks von Bettencourt, Luís M A, Gintautas, Vadas, Ham, Michael I

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Correction: Model Cortical Association Fields Account for the Time Course and Dependence on Target Complexity of Human Contour Perception von Gintautas, Vadas, Ham, Michael I., Kunsberg, Benjamin, Barr, Shawn, Brumby, Steven P., Rasmussen, Craig, George, John S., Nemenman, Ilya, Bettencourt, Luís M. A., Kenyon, Garrett T.

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Density-dependence of functional development in spiking cortical networks grown in vitro von Ham, Michael I., Gintautas, Vadas, Rodriguez, Marko A., Bennett, Ryan A., Maria, Cara L. Santa, Bettencourt, Luìs M. A.

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Vaginal morphology and position associated with prolapse recurrence after vaginal surgery: A secondary analysis of the DEMAND study von Bowen, Shaniel T., Moalli, Pamela A., Abramowitch, Steven D., Luchristt, Douglas H., Meyer, Isuzu, Rardin, Charles R., Harvie, Heidi S., Hahn, Michael E., Mazloomdoost, Donna, Iyer, Pooja, Carper, Benjamin, Gantz, Marie G., Ferrante, Kimberly, Johnson, Sherella, Lukacz, Emily S., Nager, Charles W., Diwadkar, Gouri B., Dyer, Keisha Y., Mackinnon, Linda M., Tan‐Kim, Jasmine, Zazueta‐Damian, Gisselle, Amundsen, Cindy, Bruton, Yasmeen, Coleman‐Taylor, Notorious, Kawasaki, Amie, McLean, Shantae, Siddiqui, Nazema, Weidner, Alison, Carter, Kathy, Ellington, David, Lockhart, Mark E., Patel, Sunita, Richter, Holly E., Saxon, Nancy, Willis, Velria B., Carberry, Cassandra, Hampton, B. Star, Korbly, Nicole, Meers, Ann S., Myers, Deborah L., Sung, Vivian W., Viscione, Elizabeth‐Ann, Wohlrab, Kyle, Dunivan, Gena, Komesu, Yuko, Jeppson, Peter, Arya, Lily, Flick, Lorraine, Kingslee, Michelle, Smith, Ariana, Bonidie, Michael, Gruss, Judy, Shepherd, Jonathan, Sutkin, Gary, Zyczynski, Halina M., Barber, Matthew, Graham, Annette, Paraiso, Marie Fidela R., Ferrando, Cecile, Rogers, Rebecca G., Burdekin, Kate, Ham, Michael, Sridhar, Amaanti, Wallace, Dennis, Whitworth, Ryan, Swankie, Taylor

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Defining mechanisms of recurrence following apical prolapse repair based on imaging criteria von Bowen, Shaniel T., Moalli, Pamela A., Abramowitch, Steven D., Lockhart, Mark E., Weidner, Alison C., Ferrando, Cecile A., Nager, Charles W., Richter, Holly E., Rardin, Charles R., Harvie, Heidi S., Mazloomdoost, Donna, Sridhar, Amaanti, Albo, Michael E., Alperin, Marianna, Columbo, Joann, Curry, Jodi, Ferrante, Kimberly, Herrala, Kyle, Johnson, Sherella, Kirby, Anna C., Lukacz, Emily S., Nager, Charles W., Ruppert, Erika, Wasenda, Erika, Diwadkar, Gouri B., Dyer, Keisha Y., Mackinnon, Linda M., Menefee, Shawn A., Tan-Kim, Jasmine, Zazueta-Damian, Gisselle, Amundsen, Cindy, Bruton, Yasmeen, Coleman-Taylor, Notorious, Gilliam, Robin, Harris, Acacia, Hayes, Akira, Kawasaki, Amie, McLean, Shantae, Raynor, Mary, Siddiqui, Nazema, Visco, Anthony G., Ballard, Alicia, Carter, Kathy, Ellington, David, Patel, Sunita, Saxon, Nancy, Varner, R. Edward, Willis, Velria, Carberry, Cassandra, Douglas, Samantha, Hampton, B. Star, Korbly, Nicole, Meers, Ann S., Myers, Deborah L., Sung, Vivian W., Viscione, Elizabeth-Ann, Wohlrab, Kyle, Box, Karen, Dunivan, Gena, Jeppson, Peter, Middendorf, Julia, Rogers, Rebecca G., Arya, Lily, Andy, Uduak, Butler, Norman, Cain, Doris, Carney, Teresa, Flick, Lorraine, Desai Khanijow, Kavita, Kingslee, Michelle, Lee, Daniel, O’Donnell, Patricia, Smith, Ariana, Thompson, Donna, Bonidie, Michael, Gruss, Judy, Shepherd, Jonathan, Sutkin, Gary, Zyczynski, Halina M., Barber, Matthew, Dastoli, Kathleen, Edington, Maryori, Graham, Annette, Krishnan, Geetha, Jelovsek, Eric, Paraiso, Marie Fidela R., Pung, Ly, Ferrando, Cecile, Walters, Mark, Burd, Andrew, Burdekin, Kate, Glass, Kendra, Grant, Tracey, Grey, Scott, Ham, Michael, Pickett, James, Wallace, Dennis, Whitworth, Ryan, Shaffer, Amanda, Swankie, Taylor

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Model Cortical Association Fields Account for the Time Course and Dependence on Target Complexity of Human Contour Perception: e1002162 von Gintautas, Vadas, Ham, Michael I, Kunsberg, Benjamin, Barr, Shawn, Brumby, Steven P, Rasmussen, Craig, George, John S, Nemenman, Ilya, Bettencourt, Luís MA, Kenyon, Garret T

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Density-dependence of functional spiking networks in vitro von Ham, Michael I, Gintautuas, Vadas, Rodriguez, Marko A, Bettencourt, Luis M A, Bennett, Ryan, Santa Maria, Cara L

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Epidemiological Investigation of Bovine Ephemeral Fever Outbreaks in Israel von Van Ham, Michael, Friedgut, Orly, Yeruham, Israel, Braverman, Yehuda, Mumcuoglu, Kosta Y., Yadin, Hagai, Stram, Yehuda

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Visualizing classification of natural video sequences using sparse, hierarchical models of cortex von Brumby, Steven, Ham, Michael, Landecker, Will, Kenyon, Garrett, Bettencourt, Luís

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A Boundary Approximation Algorithm for Distributed Sensor Networks von Ham, Michael I, Rodriguez, Marko A

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Spontaneous coordinated activity in cultured networks: Analysis of multiple ignition sites, primary circuits, burst phase delay distributions and functional structures von Ham, Michael I, Gintautas, Vadas, Gross, Guenter W

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A Boundary Approximation Algorithm for Distributed Sensor Networks von Ham, Michael I, Rodriguez, Marko A

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Spontaneous coordinated activity in cultured networks: Analysis of multiple ignition sites, primary circuits, burst phase delay distributions and functional structures von Ham, Michael I, Vadas Gintautas, Gross, Guenter W

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Identification of functional information subgraphs in complex networks von Bettencourt, Luis M A, Vadas Gintautas, Ham, Michael I

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Model Cortical Association Fields Account for the Time Course and Dependence on Target Complexity of Human Contour Perception von Vadas Gintautas, Ham, Michael I, Kunsberg, Benjamin, Barr, Shawn, Brumby, Steven P, Rasmussen, Craig, George, John S, Nemenman, Ilya, Bettencourt, Luis M A, Kenyon, Garrett T

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The functional structure of cortical neuronal networks grown in vitro von Bettencourt, Luis M. A, Stephens, Greg J, Ham, Michael I, Gross, Guenter W

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