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Django测试
Django测试,Django测试Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,Django测试,
- 2023-02-07 22:05:03下载
- 积分:1
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classification
利用keras实现文本分类,分词,并对微博文本进行情绪分析(Using keras to implement text classification)
- 2018-05-17 16:40:38下载
- 积分:1
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机器学习(周志华)配套代码
机器学习 西瓜书配套代码
- 2020-11-03下载
- 积分:1
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RIS+UAV+DQN-Simulation
说明: 深度增强学习优化无人机航迹, 让无人机实现通信和计算任务(UAV trajectory optimization using deep reinforcement learning)
- 2020-09-18 17:09:46下载
- 积分:1
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SuiteTooth
ZigBee network wireless sensor networks This document describes software examples for the CC2430 System-on-Chip solution for IEEE
802.15.4/ZigBee. It also describes the necessary hardware and software to run the examples, and
how to get started. The software examples are able to run on the CC2430EM or CC2430-CC2591EM
mounted on SmartRF04EB.
- 2012-01-01 04:14:45下载
- 积分:1
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sub
说明: Kaggle competition final submission score 0.985(Kaggle competition final submission score 0.985
fsaaddaewfew5sadf4asf)
- 2020-06-25 05:20:02下载
- 积分:1
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FBP
说明: 滤波反投影算法,基于python编写小巧方便你值得拥有啊啊啊啊啊啊啊啊啊啊啊啊啊啊(Filtered back projection)
- 2020-11-30 21:09:29下载
- 积分:1
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模式识别与机器学习_第十周作业_2018011476
说明: 实现canopy聚类和一致聚类算法,绘制对应的热力图、TSNE可视化图像(使用mnist数据集)(The fulfillment of canopy and consensus clustering algorithm)
- 2020-12-21 00:19:08下载
- 积分:1
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python计算器
python计算器,完全适合本科生平常的小作业。实现键盘输入 键盘响应
python计算器,完全适合本科生平常的小作业。实现键盘输入 键盘响应
python计算器,完全适合本科生平常的小作业。实现键盘输入 键盘响应
重要的事情
- 2022-03-24 04:52:49下载
- 积分:1
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joint_sparse_algorithms-master
说明: 我们描述了所提出的方法对超声(US)信号的压缩多路复用的直接应用。该技术利用压缩多路复用器架构进行信号压缩,并依靠频域中US信号的联合稀疏性进行信号重建。由于换能器元件具有压电特性,因此可以获得有关US信号频率支持的准确先验知识,并且可以在联合稀疏算法中使用。
我们在数值实验中验证了所提出的方法,并显示了它们在秩次缺陷情况下相对于最新方法的优越性。我们还证明,与没有已知支持的重建相比,该技术可显着提高体内颈动脉图像的图像质量。(We describe a direct application of the proposed methods for compressive multiplexing of ultrasound (US) signals. The technique exploits the compressive multiplexer architecture for signal compression and relies on joint-sparsity of US signals in the frequency domain for signal reconstruction. Due to piezo-electric properties of transducer elements, accurate prior knowledge of the frequency support of US signals is available and can be used in joint-sparse algorithms.
We validate the proposed methods on numerical experiments and show their superiority against state-of-the-art approaches in rank-defective cases. We also demonstrate that the techniques lead to a significant increase of the image quality on in vivo carotid images compared to reconstruction without known support.)
- 2020-03-16 16:45:38下载
- 积分:1