| Intro | Venezuelan scientist |
| Is | Scientist |
| From | Venezuela |
| Type | Science |
| Gender | female |
Carolina Chang es una científica en computación venezolana, experta en inteligencia artificial y aprendizaje de máquinas. Actualmente es profesora asociada en el Departamento de Computación y Tecnología de la Información en la Universidad Simón Bolívar de Caracas. Desde 1999 es miembro del Grupo de Inteligencia Artificial de la universidad.
Premios y reconocimientos
- En el 2014 es galardonada con el Premio Anual de la Universidad Simón Bolívar por su sobresaliente labor académica durante el período 2012–2013.
Publicaciones
- A*mbush family: A* Variations for Ambush Behavior And Path Diversity Generation. (2012)
- Teeth/Palate and Interdental Segmentation Using Artificial Neural Networks. (2012)
- Estimación de la susceptibilidad a deslizamientos en masa usando redes neuronales basados en el modelo FALCON-ART. (2012)
- Real-time video smoothing for small RC helicopters. (2009)
- Two Algorithms for Measuring Human Breathing Rate Automatically. (2009)
- Towards Robot-Assisted Mass-Casualty Triage. (2007)
- Using sensor habituation in mobile robots to reduce oscillatory movements in narrow corridors. (2005)
- A method to detect victims in search and rescue operations using template matching. (2005)
- An Approach to Vision-Based Person Detection in Robotic Applications. (2005)
- Second-Order Conditioning in Mobile Robots. (2002)
- Sequence Learning in Mobile Robots using Avalanche Neural Networks. (2001)
- Combining associative learning and nonassociative learning to achieve robust reactive navigation in mobile robots. (2000)
- Improving Hallway Navigation in Mobile Robots with Sensor Habituation. (2000)
- Learning, Vision and Sonar Recognition with Mobile Robots. (1999)
- Application of biological learning theories to mobile robot avoidance and approach behaviors. (1998)
- Parameter estimation in superposition of decaying exponentials. (1998)
- A neural network model of avoidance and approach behaviors for mobile robots. (1997)
- Neural competitive maps for reactive and adaptive navigation. (1997)
- A model of operant conditioning for adaptive obstacle avoidance. (1996)