7 个仓库
Implementations of RNNs and CNNs designed to analyze and predict patterns within sequential data.
Distinct from Sequence-to-Sequence Tasks: Focuses on general sequential pattern recognition rather than specific sequence-to-sequence translation tasks.
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This project provides a collection of practical machine learning code examples, including implementations for supervised, unsupervised, and reinforcement learning algorithms. It features deep learning model implementations for convolutional, recurrent, and generative architectures, alongside specific examples of reinforcement learning agents that maximize rewards in simulated environments. The repository includes dedicated data preprocessing pipelines for sanitization, feature scaling, and dimensionality reduction. It also provides implementations for a wide range of specific models, such as
Implements recurrent and convolutional networks for analyzing and predicting patterns in sequences.
This PyTorch-based deep learning library provides a framework for analyzing and forecasting temporal data. It implements specialized architectures for time series forecasting, anomaly detection, data imputation, and classification. The project distinguishes itself through the inclusion of zero-shot inference capabilities, allowing large-scale temporal models to be evaluated on unseen datasets without requiring task-specific fine-tuning. The framework covers a broad range of analytical capabilities, including the recovery of missing values in incomplete datasets, the identification of irregul
Uses RNNs and CNNs to analyze and extract characteristic trends and patterns within sequential temporal data.
This repository is a collection of practical deep learning implementations and examples built using the TensorFlow framework. It provides a variety of neural network architectures focusing on natural language processing, recommendation systems, reinforcement learning, and time series prediction. The project features a range of specialized models, including sequence-to-sequence and transformer architectures for text processing, and factorization machines for personalized ranking and retrieval. It also includes implementations of reinforcement learning agents using actor-critic and policy gradi
Provides implementations of RNNs and LSTMs designed to analyze and predict patterns within sequential data.
Lihang 是一个统计学习算法库和框架,提供监督和非监督机器学习模型的实现。它作为一个参考仓库,将统计学习理论转化为可执行的代码,用于数据分类和模式识别。 该项目具有用于概率模型实现的专门工具,利用似然估计和贝叶斯方法来确定最优模型参数。它包含一个用于识别有序数据序列中模式的序列数据标注工具,并支持线性和非线性二分类。 该框架涵盖了广泛的机器学习功能,包括用于聚类和主题分析的非监督数据分析,以及用于自动检索学术书目和参考资料的流水线。 该项目集成了用于迭代数据分析和模型验证的交互式笔记本。
Processes ordered data streams using statistical models to identify patterns and assign tags.
本项目是一系列 PyTorch 深度学习课程,包含实践项目和编程练习。它专注于实现神经网络架构和模型训练,以解决复杂的数据问题。 该仓库包含一个计算机视觉项目套件,用于构建图像分类器、自动编码器和风格迁移应用。它具有用于创建合成图像的生成对抗网络(GAN)实验室,以及用于将预训练权重适配到新任务的迁移学习实现。 代码库涵盖了使用循环神经网络和词嵌入进行自然语言处理的序列数据分析。其他功能包括图像数据预处理、模型性能评估以及将训练好的模型部署到云基础设施。 这些材料以一系列 Jupyter Notebook 的形式提供。
Implements RNNs and CNNs to analyze and predict patterns within sequential data and natural language.
该项目是一个数据挖掘算法库和机器学习参考实现。它提供了一系列用于执行分类、聚类和关联规则挖掘的工具,以及一个用于自然启发式优化的工具包。 该库包括用于图和序列挖掘的专用实用程序,能够提取频繁子图和序列模式。它还具有一个使用粗糙集理论从数据集中删除冗余属性的降维实用程序。 该项目涵盖了广泛的分析功能,包括用于对节点重要性进行排序的网络和图分析,以及用于数据分类的概率模型和决策树。它还实现了用于数据分组的基于距离和密度的方法,以及用于解决复杂优化问题的启发式搜索模式。
Detects significant sequences of events or items over time using sequential mining techniques.
该仓库作为通过 Keras 框架学习深度学习和神经网络开发的教育资源。它提供了一系列交互式教程和文档化的代码示例,旨在引导用户完成机器学习模型的构建、训练和评估。 该项目专注于跨多个领域的实际实现,包括计算机视觉、自然语言处理和序列数据分析。用户可以探索图像分类、目标检测和人脸识别的工作流,以及将文本转换为机器可读格式的技术。 材料组织为一系列 Jupyter Notebook,允许迭代执行和模型训练指标的实时可视化。这些 Notebook 展示了如何利用高级接口来管理复杂的数学运算、数据预处理和模块化基于层的模型组合。
Identifies patterns in sequential data using recurrent neural networks and sequence modeling.