Pedestrian detection in the radiometric temperature based far infrared thermal images at night time
Tae-Hwan Kim, Taehoon Kim, Minseok Son, Sungho Kim, Eunryung Lee, Masoud Afrakhteh, Miryong Park
Abstract
Tae-Hwan Kim, Taehoon Kim, Minseok Son, Sungho Kim, Eunryung Lee, Masoud Afrakhteh, Miryong Park
Abstract
This paper proposes novel radiometric temperature based far infrared thermal dataset and thermal infrared radiometry-aggregated channel feature (TIR-ACF). The proposed approach achieved improved detection performance by 5% in the temperature dataset for pedestrian detection. Temperature information can be building blocks beyond the limit of gray infrared data processing.
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This paper proposes novel radiometric temperature based far infrared thermal dataset and thermal infrared radiometry-aggregated channel feature (TIR-ACF). The proposed approach achieved improved detection performance by 5% in the temperature dataset for pedestrian detection. Temperature information can be building blocks beyond the limit of gray infrared data processing.
Key concepts: Radiometry, Infrared, Remote sensing, Pedestrian detection, Thermal infrared, Radiometric dating, Thermal, Environmental science