For the last few decades satellite imaging technology has taken massive strides towards higher spatial resolution, larger swath coverage and almost real-time data delivery. Satellite imaging or remote sensing is exten...
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The integration of Artificial Intelligence (AI) in Mobile-Assisted Language Learning (MALL) environments has revealed potential for enhancing learner writing engagement. However, research conducted on the impact of AI...
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image feature matching is an essential problem in computer vision. Also, feature matching is an important task in many computer vision applications, such as in VR technology, drones, and autonomous driving. In this pa...
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Object detectors are at the heart of many semi- and fully autonomous decision systems and are poised to become even more indispensable. They are, however, still lacking in accessibility and can sometimes produce unrel...
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ISBN:
(纸本)9798350318920;9798350318937
Object detectors are at the heart of many semi- and fully autonomous decision systems and are poised to become even more indispensable. They are, however, still lacking in accessibility and can sometimes produce unreliable predictions. Especially concerning in this regard are the-essentially hand-crafted-non-maximum suppression algorithms that lead to an obfuscated prediction process and biased confidence estimates. We show that we can eliminate classic NMS-style post-processing by using IoU-aware calibration. IoU-aware calibration is a conditional Beta calibration;this makes it parallelizable with no hyperparameters. Instead of arbitrary cutoffs or discounts, it implicitly accounts for the likelihood of each detection being a duplicate and adjusts the confidence score accordingly, resulting in empirically based precision estimates for each detection. Our extensive experiments on diverse detection architectures show that the proposed IoU-aware calibration can successfully model duplicate detections and improve calibration. Compared to the standard sequential NMS and calibration approach, our joint modeling can deliver performance gains over the best NMS-based alternative while producing consistently better-calibrated confidence predictions with less complexity. The code for all our experiments is publicly available(1).
Lung cancer, a significant global health concern, continues to take many lives, especially as a result of late-stage diagnoses. Early detection continues to have the most significant impact on patient outcomes and mor...
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To address the challenges of image degradation and the limitations of single-domain information, this paper proposes a fusion network that integrates both frequency-domain and spatial-domain information for infrared a...
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ISBN:
(纸本)9798350379860;9798350379877
To address the challenges of image degradation and the limitations of single-domain information, this paper proposes a fusion network that integrates both frequency-domain and spatial-domain information for infrared and visible image fusion. We begin by designing an image fusion network that combines the phase components of the visible image with its amplitude spectrum, effectively processing the high, low and mid-frequency. This method achieves the fusion of salient targets and the preservation of visual quality in the frequency domain. Additionally, an information complementarity network is introduced to address spatial domain differences. This network features an innovative compensation mechanism that addresses the texture disparities between the fused image. Furthermore, the network utilizes implicit degradation estimation during feature fusion. This approach helps the fusion model identify and optimize various potential degradation factors, thereby improving the extraction and aggregation of important content in degraded scenes. The experiment demonstrates our proposed method achieves the superior performance against other comparison methods.
In this paper, we propose two new subband adaptive filtering (SAF) algorithms based on the cost function of the logistic distance metric cost function and use the proportionate proximal gradient algorithm to exploit t...
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This paper presents a review on automated disease detection processing. The primary issue in herbal plants is the diagnosis and stratification of its diseases. The conventional process is unpredictable and inconsisten...
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Owing to advancements in image synthesis techniques, stylization methodologies for large models have garnered remarkable outcomes. However, when it comes to processing facial images, the outcomes frequently fall short...
In this paper, we investigate the attitude control algorithms for antenna steering of spaceborne Synthetic Aperture Radars (SAR). They are based on the method of Nonlinear Least Squares (NLS), which has the ability to...
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