Due to hardware limitations infrared images typically suffer from low resolution and low signal-to-noise ratio. Multi-frame image super-resolution technology exploits the additional information from micro-displacements in multiple low-resolution images to improve image resolution. In this work, we have designed an adaptive registration and reference-driven spatial attention network(ARRSAN) for multi-frame super-resolution. Additionally, a denoising module is integrated into the registration process to mitigate the impact of read shot noise on the registration and super-resolution processes. Results from three datasets, FLIR, Rafael and SIATD demonstrate the performance of our method, even in the presence of noise.
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