MIVIM: Multipolar Infrared - Vision - Infrarouge Multipolaire

该椅子的中心长期目标是解决限制红外视觉在多极民用应用中使用的关键问题。三个研究轴计划与重要的和独特的进展，预计在：* 图像捕获（例如：室内使用机器人和无人机的移动的方法、太赫兹、连接到物联网的低成本成像仪），* 图像判读（例如：红外图像的定量解释，包括数据融合、获取部分数据和热建模），用于 * 各种活动，例如：热/红外无损检测（例如：新复合材料检查）、安保/监督（例如：生物识别应用）、环境部署（例如：野生动物行为调查），动物科学（例如：监测更好的畜牧生产方法）、文化遗产（例如：通过红外线调查了解/维护）和其他新领域。研究生将参与其中。结果将在重要的国家和国际论坛上传播。与工业界的关系将有助于加拿大经济。

The central long-term objective of the chair is to solve the key problems limiting the use of infrared vision in multipolar civilian applications. Three research axis are planned with important and unique progresses expected on: * image capture (ex: mobile approaches using robot and drones for indoor uses, Tera-Hertz, low-cost imagers connected to IoT), * image interpretation (ex: quantitative interpretation of infrared images including data fusion, access to partial data and thermal modeling) for use in * diversified activities such as: Thermal/Infrared NonDestructive Testing (ex: new composite material inspection), security/surveillance (ex: biometric applications), environmental deployment (ex: surveys of wild animal behaviors), animal science (ex: monitoring for better livestock production practices), cultural heritage (ex: understanding/maintaining from infrared surveys) and other new fields. Graduate students will be involved. Results will be disseminated in important national, international forums. Relationship with industry will contribute to Canada economy.