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shuixiayuchuli
- 水下图像预处理的文章 希望对各位有大大的帮助！谢谢支持-Underwater Image Pre-processing of the article you want to have a significant help! Thank you, Support
DIP
- 利用ＤＴＷ对水下图像进行处理。并且用小波变换进行分解。增加细节-Using DTW underwater image processing. And decomposition using wavelet transform. Add details
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- 一种针对光照不均且低对比度环境下的水下图像增强算法。-Underwater image enhancement algorithm in a low contrast environment
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- 一种针对光照不均且低对比度环境下的水下图像增强算法。-Underwater image enhancement algorithm in a low contrast environment
underwaterimagerestoration
- 基于模拟方法的水下图像复原:采用模板、离焦模糊和大气湍流干扰3 种退化模型模拟散射过程, 对水下图像进行复原. 试验表明, 模拟方法可行, 复原图像质量有明显改善, 可为水下图像散射退化机理研究提供参考.-Three deg radation models such as template hypo thesis,defocus blur and at mospheric turbulence interference were u
nsctshuixiatuxiang
- nsct变换用于水下图像增强方法，算法很详细-image enhancement
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- MATLAB 用于水下图像预处理 文献加实现代码-MATLAB for underwater image preprocessing literature plus implementation code
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- 一种基于直方图改进的FCM聚类水下图像分割算法 文献加matlab实现代码-Improved histogram based FCM clustering literature plus underwater image segmentation algorithm matlab code
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- 基于小波变换的水下图像目标检测论文加matlab实现代码-Wavelet-based underwater image target detection papers plus matlab code
shuixia
- 水下图像的matlab程序，FCM水下图像聚类及图像增强matlab代码，非常有用-Underwater image matlab procedures, FCM underwater image clustering and image enhancement matlab code, very useful
underwater-image-enhance
- 新的水下图像对比度增强和分割算法（实现对比度的增强和图像分割，内容包括：新的水下图像对比度增强算法、水下图像的分割算法--2008a）-The new underwater image contrast enhancement and segmentation algorithm (implemented contrast enhancement and image segmentation, including: new underw
2014
- 《A RETINEX-BASED ENHANCING APPROACH FOR SINGLE UNDERWATER IMAGE》基于retinex的水下图像复原算法，非常有效-" A RETINEX-BASED ENHANCING APPROACH FOR SINGLE UNDERWATER IMAGE" underwater retinex based image restoration algorithm is v
underwater
- 水下图像的增强及边缘检测，效果很好，具有很好的参考作用-Underwater Image Enhancement and Edge Detection
underwater_dehazing
- 基于暗通道先验的水下图像去模糊，用导向滤波优化透射率-Based dark channel prior underwater image deblurring program guide filtering with optimal transmission
Image-visibility-improving-master
- 去散射和边缘增强是水下图像从严重细节损失、颜色偏移和模糊中提取的关键步骤。本文提出了一种增强水下图像对比度和边缘的新方法。(De-scattering and edge enhancing are critical procedures for underwater images which surfer from serious detail loss, color deviation and blurring. In this wo
Code
- 对图像进行两种方法融合的图像增强，具有较好的效果(Image enhancement with two methods of fusion)
图片饱和度的增强
- 此程序对于增强水下模糊图像有帮助，首先将RGB空间转换到HSV空间，然后增强饱和度S的值，整体提高了图像的饱和度。(This program helps to enhance the underwater blurred image. First, the RGB space is converted to the HSV space, then the value of the saturation S is enhanced, an
Harris
- 基于离散分数布朗随机场模型的水下图像目标检测方法。该方法根据分形理论和水下图像的特点，以图像中每 个像素点为中心取窗口，计算在该窗口内的分形维数均值，将该均值作为中心像素的分形特征，然后根据分形维 数分布图确定分割阈值，从而实现对水下图像分割，并且通过将目标表面不同尺度下的灰度差分平均值进行归一 化处理，减少了用于表示不同尺度下的平均绝对值灰度差分的数据，从而提高算法检测效率(Underwater target detection
水下图像去雾与增强
- 这篇论文提出了一种较好的水下图像增强的方法。首先使用经过端到端训练的卷积神经网络去测量输入图片，同时以自适应双边滤波器对传输图片进行处理。接着提出一种基于白平衡的策略来消除图片的颜色偏差，用拉普拉斯金字塔融合获得无雾和色彩校正图像的融合结果。 最后，输出图像被转换为混合小波和方向滤波器组（HWD）域，用于去噪和边缘增强。 实验结果表明，该方法可以消除颜色失真，提高水下图像的清晰度。(This paper proposes a bette
pianzhen
- 对水下模糊的图像用偏振的物理方法实现去雾的matlab代码，附水下图片(The physical method of polarization is used to realize the matlab code of fog removal for the underwater blurred image, and the underwater image is attached.)