深度学习实战
作者:Douwe Osinga
出版社:机械工业出版社
ISBN:9787111624837
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Deep_Learning_for_Computer_Vision_with_Python,三本全 评分:
Deep_Learning_for_Computer_Vision_with_Python,三本全,第二本第三本推荐,第三本主讲如何训练CNN,推荐,1/2是基础部分
上传时间:2018-05 大小:60.65MB
- 62.57MB
Deep Learning for Computer Vision with Python(全:三部曲)
2019-09-181. Deep.Learning.for.Computer.Vision.with.Python.Starter.Bundle.2017.9 2. Deep.Learning.for.Computer.Vision.with.Python.ImageNet.Bundle.2017.9 3. Deep.Learning.for.Computer.Vision.with.Python.Practitioner.Bundle.2017.9
- 25.99MB
Deep_Learning_for_Computer_Vision_with_Python.pdf
2018-12-01Dr. Adrian Rosebrock Deep Learning for Computer Vision with Python
- 25.87MB
Deep.Learning.for.Computer.Vision.with.Python.Starter.Bundle.2017.9.pdf
2019-04-11Deep.Learning.for.Computer.Vision.with.Python.Starter.Bundle.2017.9.pdf+配套代码
- 349KB
Deep_Learning_For_Computer_Vision_With_Python-master代码
2019-08-09Deep_Learning_For_Computer_Vision_With_Python代码,书中的代码部分。
- 25.98MB
Deep Learning for Computer Vision with Python
2018-03-14Dr. Adrian Rosebrock Deep Learning for Computer Vision with Python
- 60.58MB
Deep_Learning_for_Computer_Vision_with_Python_Adrian Rosebrock
2018-05-19Deep_Learning_for_Computer_Vision_with_Python,作者Adrian Rosebrock, 资料包含Starter, Practitioner, ImageNet Bundle三本书。
- 60.60MB
Deep Learning for Computer Vision with Python(全3本).zip
2019-06-11Deep learning for computer vision with python 由Adrian Rosebrock博士编写,本资料包含Starter,Practitioner,ImageNet bundle全部三本书。
- 60.33MB
deep learning for computer vision with python
2018-11-02deep learning for computer vision with python 三本全
- 9.25MB
Deep Learning for Computer Vision with_Python_Practitioner Bundle【完整版】
2018-05-06这个是《Deep Learning for Computer Vision with Python》的第二卷,基于keras框架写的深度学习图形图像书,值得推荐!!!
- 64.97MB
Deep-Learning-For-Computer-Vision-全三册PDF以及start章节代码
2018-12-17Adrian Rosebrock-Deep-Learning-For-Computer-Vision-全三册(Starter,Practitioner,ImageNet bundle)PDF高清-带目录和标签-以及start章节代码.1,2,3三本书从基础到入门提高,很好的资源
- 25.81MB
Deep_Learning_for_Computer_Vision_with_python
2018-06-04Deep_Learning_for_Computer_Vision_with_python Deep_Learning_for_Computer_Vision_with_python
- 6KB
DeepLearningForComputerVision
2018-10-23matlab机器视觉方面的深度学习方法的应用,不错的代码,可以学习使用
- 118.72MB
Deep Learning for Computer Vision with Python-Adrian Rosebrock-三本全
2018-08-31Adrian Rosebrock-Deep Learning for Computer Vision with Python,三本全,附赠一个Deep Learning for Computer Vision Expert techniques to train advanced neural networks using TensorFlow and Keras,侵删,...
- 60.63MB
DeepLearning_FOR_Computer_Vision_WithPython全三本
2018-12-11描述计算机视觉方面的深度学习方法, 从易到难,分为Starter,Practioner以及Imagenet Bundler,详细列出了从新手到高人的一整套流程.Starter主要描述关于深度学习和计算机视觉的基础 ,包括前处理,后处理,数据以及...
- 60.37MB
Deep Learning for Computer Vision with Python三本全
2019-02-25StarteBundle,PractitionerBundle,ImageNetBundle;三本都包含,但是ImageNetBundle的前几页有问题,之后的内容是正确的,放心下载啦!
- 60.60MB
Deep Learning for Computer Vision with Python123
2018-09-18Deep Learning for Computer Vision with Python123, 作者Dr. Adrian Rosebrock. 总共三本, 分别为starter bundle, Practitioner Bundle, ImageNet Bundle
- 57.0MB
深度学习(Deep Learning) 三本 Part IV 【共 5 个分卷】
2017-09-27Deep Learning Part IV ...Deep Learning with Python 2017_w ,英文文字版; 由于我的最大上传权限是 60 MB ,而且 英文版的 Deep Leraning 文件太大,所以把它们压缩成了 5 个分卷【每个分卷消耗 1 个资源分】
- 532KB
源码Deep-Learning-For-Computer-Vision-master
2018-10-04Deep Learning For Computer Vision master源码,作者是Adrian Rosebrock
- 199.88MB
Deep_learning_for_Computer_vision_with_python+code+data
2018-05-17Deep_learning_for_Computer_vision_with_python 是Adrian编写的深度学习简答入门教程,是理论结合实践最好的一份资料。既然你搜到了,相信也不用我多介绍了。资料包含电子书和相关代码。好好学习,支持原版。
- 238.86MB
Deep-Learning-For-Computer-Vision-第一册start-代码-按数据集分类
2018-12-17由Adrian Rosebrock博士编写,Deep-Learning-For-Computer-Vision-第一册start-代码-按数据集分类。全面的代码和数据集。
- 25.93MB
Deep Learning for Computer Vision with Python 3 ImageNetBundle.pdf
2019-06-10Deep Learning for Computer Vision with Python 3 ImageNetBundle
- 264.15MB
book ( python+opencv +deep learning ) - by Adrian at PyImageSearch
2018-08-03book- by Adrian at PyImageSearch, including book 'Python and OpenCV'+'Deep learning for computer vision with python'(全三本,注意看目录)。
- 2.50MB
Deepling learning with python+code
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- 6.90MB
Deep Learning with Python.pdf
2020-03-04运用python语言的深度学习案例说明。非常实用。适合入门学习或当做工具书进行查阅。全英文资料,免去因为翻译不同而产生的错误理解。深度讲解keras库内自带的相应内容
- 26.47MB
Deep Learning for Computer Vision with Python第一本
2018-06-04Deep Learning for Computer Vision with Python Adrian Rosebrock
- 60.62MB
【free】Deep Learning for Computer Vision with Python.zip
2019-06-22Welcome to the Practitioner Bundle of Deep Learning for Computer Vision with Python! This volume is meant to be the next logical step in your deep learning for computer vision education after completing the Starter Bundle. At this point, you should have a strong understanding of the fundamentals of parameterized learning, neural net works, and Convolutional Neural Networks (CNNs). You should also feel relatively comfortable using the Keras library and the Python programming language to train your own custom deep learning networks. The purpose of the Practitioner Bundle is to build on your knowledge gained from the Starter Bundle and introduce more advanced algorithms, concepts, and tricks of the trade — these tech- niques will be covered in three distinct parts of the book. The first part will focus on methods that are used to boost your classification accuracy in one way or another. One way to increase your classification accuracy is to apply transfer learning methods such as fine-tuning or treating your network as a feature extractor. We’ll also explore ensemble methods (i.e., training multiple networks and combining the results) and how these methods can give you a nice classification boost with little extra effort. Regularization methods such as data augmentation are used to generate additional training data – in nearly all situations, data augmentation improves your model’s ability to generalize. More advanced optimization algorithms such as Adam [1], RMSprop [2], and others can also be used on some datasets to help you obtain lower loss. After we review these techniques, we’ll look at the optimal pathway to apply these methods to ensure you obtain the maximum amount of benefit with the least amount of effort.