# TopicShare **Repository Path**: DustOfStars/TopicShare ## Basic Information - **Project Name**: TopicShare - **Description**: No description available - **Primary Language**: Unknown - **License**: Not specified - **Default Branch**: main - **Homepage**: None - **GVP Project**: No ## Statistics - **Stars**: 0 - **Forks**: 0 - **Created**: 2021-08-27 - **Last Updated**: 2021-08-27 ## Categories & Tags **Categories**: Uncategorized **Tags**: None ## README # TopicShare 开源学习论坛 > 组织成员:杨夕、Naomi、净信、糖醋鱼、HK、along等小伙伴们
> [Topic 发起表](https://shimo.im/sheets/y98CHkv6KHvkwrQ3/MODOC)
> **学习口号:以区块链模式推广学习**
## 一、动机 1. 你是否也再一个人干巴巴的学习么? 2. 你是否在学习过程中,特别想找人分享自己的见解? 3. 你是否也特别希望有一群小伙伴可以和你一起讨论学习? 那么,加入我们,将使你解决以上烦恼!!! 1. 发起人 先 确定好 Topic 和 预分享的时间; 2. 负责人会 提前两周 做一次宣传,帮 发起人 找 参与者,然后建群; 3. 发起人 和 参与者 可以一起分工,对该 Topic 进行调研和设计; 4. 发起人 觉得 准备 OK 之后,由负责人帮忙定一个时间 组织群内分享; ## 二、 TopicShare 存在价值 TopicShare 想做的事: 1. 选取比较成熟的 Topic 和 做一些 开源方案 分享; 2. 给 TopicShare 成员一个一起学习一起讨论的空间,以帮助组织成员更好**“高效+全面”**学习; 3. 认识更多更优秀的小伙伴! ## 三、TopicShare 的学习模式及口号 ### 3.1 TopicShare 基本信息 - **活动通知公众号** ![](img/f6e60b62aa532b11b533789cdcc4bec.png) - **分享方式:腾讯会议** - **Topic 分享:每周六 晚上 20:30** ### 3.2 **学习模式** 1. 发起人 先 确定好 **[Topic 发起表](https://shimo.im/sheets/y98CHkv6KHvkwrQ3/MODOC) **和 预分享的时间; 2. TopicShare组织者 会提前两周 做一次宣传,帮 发起人 找 参与者,然后建群; 3. 发起人 和 参与者 可以一起分工,对该 Topic 进行调研和设计; 4. 发起人 觉得 准备 OK 之后,由 TopicShare组织者 帮忙定一个时间 在学习群内分享 腾讯会议 会议 ID; 5. Topic 分享开始时,TopicShare组织者 会 组织 发起人 分享,并在 学习群内,通知学员参与旁听; ![](img/学习模式流程图.png) ### 3.3 **学习口号:以区块链模式推广学习** ![](img/微信图片_20210805193232.jpg) ### 3.4 **目前已沉淀的 开源方案** 1. [nlp_paper_study](https://github.com/km1994/nlp_paper_study) 该项目主要是本人在研读顶会论文和复现经典论文过程中,所见、所思、所想、所闻。 2. [NLP 百面百搭](https://github.com/km1994/NLP-Interview-Notes) 本项目是作者们根据个人面试和经验总结出的自然语言处理(NLP)面试准备的学习笔记与资料,该资料目前包含 自然语言处理各领域的 面试题积累。 3. [知识图谱构建 DeepKg](https://github.com/powerycy/DeepKg) 本项目致力于知识图谱的构建,目前正一点一点搭建其方法,也希望能帮助更多的人, 4. [RS_paper_study](https://github.com/km1994/RS_paper_study) 该项目主要是本人在研读顶会论文和复现经典论文过程中,所见、所思、所想、所闻。 5. [NLP 项目 的 tensorflow 实现](https://github.com/km1994/bert_to_nlp_tf) 该项目主要 使用 tensorflow 框架 复现 NLP 基础任务上的应用。 6. [Leetcode 刷题手册](https://github.com/km1994/leetcode) 因为目前正在 找工作需要刷题,为了方便后期学习,我将自己刷过的 题目以及对应的解法记录 于该项目中,方便后期学习,也方便大家学习。 ## 四、如何旁听 Topic 分享?如何加入我们? - **如何旁听 Topic 分享?** 我会建立一个 TopicShare 旁听群,然后 每一个 想听分享的成员会先加入该群,然后 每周末我们会在 该群里面 发 Topic 飞书分享链接。 > TopicShare 旁听群 ![](img/03e988eba74101d8fa93e9e8f036562.png) - **如何加入我们?** 在 ** [Topic 发起表](https://shimo.im/sheets/y98CHkv6KHvkwrQ3/MODOC) ** 上面 填写 想分享的 Topic,然后 添加 TopicShare 组织者 微信号 blqkm601,注明参与分享即可。 ## 五、 TopicShare 分享顺序 每个人选择自己感兴趣的 Topic,确定每一个 Topic 的分享时间,每一个组织成员需要记住分享时间,避免忘记分享;(**PS:如果觉得自己因为工作或者其他原因没时间,那么我觉得没必要参与进来,因为这种方式对于你来说进步并不大,而且还会浪费过多的时间和精力**) ## 六、TopicShare 管理机制 为方便审核组的管理,我们将成立审核组,审核组工作: 1. 负责 新成员 的加入 考核; 2. 负责 TopicShare 学习群 的 通知 和 管理; 3. 负责 TopicShare 学习群 的优化工作; ## 七、TopicShare 构思 梯度 方式(建立 一个 分享群,所有人都可以加入,每周定期有人分享,比较优秀的人可以加入 TopicShare 学习群) ## 八、TopicShare 必须分享内容 1. 领域知识介绍(10-20 min); 2. 常用方法,思路; 3. 预处理代码、模型代码; 4. 业界方法 和 学术界方法 调研; 5. 个人观点; ## 九、TopicShare 分享 Topic 管理 ### Topic 8 #### 基础算法专题 1. [逻辑回归(Logistic Regression)](https://blog.csdn.net/wangrongrongwq/article/details/119514134) 2. [图论(图挖掘)主题:PageRank算法公式手推并代码实现](Topic8/PageRank算法分析_V0.1.pptx) 3. [批量归一化操作的目的和实现(The motivations and operations of Batch Normalization )分享](Topic8/BatchNormalization.pdf) #### 知识图谱专题 1. [知识图谱基础介绍](Topic8/KG/知识图谱基础介绍.pdf) 2. [知识图谱_图数据库简介](Topic8/KG/2021-08分享_Pasca_知识图谱_图数据库简介.pdf) 3. [知识图谱与用户画像](Topic8/KG/知识图谱与用户画像.pdf) #### 强化学习专题专题 1. [浅谈强化学习](RL/RL_Intro.pdf) ### Topic 7 #### Topic 7 >> 自然语言处理 1. [Named Entity Recognition as Dependency Parsing](https://github.com/km1994/TopicShareShare/tree/master/Topic7/nlp/biaffier/biaffier.pdf)【杨夕】【[论文](https://github.com/km1994/TopicShareShare/tree/master/Topic7/nlp/biaffier/2020.acl-main.577.pdf)】 2. [SimCSE](https://github.com/km1994/TopicShareShare/tree/master/Topic7/nlp/biaffier/SimCSE.pdf)【Lver】【[论文](https://github.com/km1994/TopicShareShare/tree/master/Topic7/nlp/biaffier/2104.08821.pdf)】 3. [盘点近年来的命名实体识别](https://zhuanlan.zhihu.com/p/375805722)【Ycy】 #### Topic 7 >> 推荐系统 ### Topic 6 #### Topic 6 >> 自然语言处理 1. [A User-Centered Concept Mining System for Query and Document Understanding at Tencent](https://github.com/km1994/TopicShareShare/tree/master/Topic6/NLP/ELECTRA.pptx)【Sm1les】 2. [Attention is All you need](https://github.com/km1994/TopicShareShare/tree/master/Topic6/NLP/transformer/post.pdf)【[paper](https://github.com/km1994/TopicShareShare/tree/master/Topic6/NLP/transformer/paper.pdf)】【丽萍】 3. [Document-Level RE with Adaptive Thresholding and Localized Context Pooling](https://github.com/km1994/TopicShareShare/tree/master/Topic6/NLP/docrel/post.pdf)【[paper](https://github.com/km1994/TopicShareShare/tree/master/Topic6/NLP/docrel/paper.pdf)】【海顺】 #### Topic 6 >> 图像处理 #### Topic 6 >> 推荐系统 1. [DeepCF A Unified Framework of Representation Learning and Matching Function Learning in Recommender System](https://github.com/km1994/TopicShareShare/tree/master/Topic6/RES/Faiss.pdf)【Jespon】 ### Topic 5 #### Topic 5 >> 自然语言处理 1. [A User-Centered Concept Mining System for Query and Document Understanding at Tencent](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/concept.pdf)【Sm1les】 2. [Multi-Source Domain Adaptation with Mixture of Experts](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/MOE.pdf) 3. [XLNet: Generalized Autoregressive Pretraining for Language Understanding](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/XLNet.pdf)【玲玲】【[视频分享](https://pan.baidu.com/s/1DZemw2uvQEUGNnFy5XBqWw) 提取码:g1ky 】 4. [模型蒸馏](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/模型蒸馏/模型蒸馏.pdf)【李威】【[视频分享](https://pan.baidu.com/s/1kT051jAqVHESAsaKzGL19w) runl 】 1. [DistilBERT](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/模型蒸馏/DistilBERT.pdf) 2. [FastBERT](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/模型蒸馏/FastBERT.pdf) 3. [TinyBert](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/模型蒸馏/TinyBert.pdf) 5. [Neural Snowball for Few-Shot Relation Learning](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/FewShotRelationLearning.pdf)【王翔】【[视频分享](https://pan.baidu.com/s/1LSz_ky2i_1qPBd0xHCgqoA ) yaoa 】 6. [Rethinking Self-Attention in Transformer Models](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/RethinkingSelfAttention/注意力思考_20201031231713.pdf)【大好人】 7. [TextCNN](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/RethinkingSelfAttention/textCNN.pdf)【以若】 8. [Double Graph Based Reasoning for Document-level Relation Extraction (EMNLP 2020)](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/RethinkingSelfAttention/dw_chs.pdf)【陈海顺】 9. [Event Extraction via Dynamic Multi-Pooling Convolutional Neural Networks](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/DMCNN_20201215221301.pdf)【周郴莲】 10. [知识图谱构建](https://github.com/km1994/TopicShareShare/tree/master/Topic5/NLP/知识图谱构建.pdf)【王翔】 #### Topic 5 >> 图像处理 1. [EAST学习笔记](https://github.com/km1994/TopicShareShare/tree/master/Topic5/CV/EAST学习笔记/EAST学习笔记.pdf)【安晟】 2. [CNN可解释性](https://github.com/km1994/TopicShareShare/tree/master/Topic5/CV/ABN.pdf)【李国樑】【视频有需要找负责人拿,谢谢】 3. [FOTS: Fast Oriented Text Spotting with a Unified Network](https://github.com/km1994/TopicShareShare/tree/master/Topic5/CV/FOST.pdf)【苏静静】 4. [Interpretable CNN](https://github.com/km1994/TopicShareShare/tree/master/Topic5/CV/InterpretableCNN.pdf)【李文涛】 5. [YOLOv5](https://github.com/km1994/TopicShareShare/tree/master/Topic5/CV/YOLOv5.pdf)【王立杰】 6. [Progressive Feature Alignment for Unsupervised Domain Adaptation](https://github.com/km1994/TopicShareShare/tree/master/Topic5/CV/Progressive_feature_alignment.pdf)【苏丽敏】 #### Topic 5 >> 推荐系统 1. [DeepCF A Unified Framework of Representation Learning and Matching Function Learning in Recommender System](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/deepcf_20201010224648.pdf)【Jespon】 2. [EMBEDDING-BASED RETRIEVAL IN FACEBOOK SEARCH](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/EBR_20201010224722.pdf)【星】 3. [FiBiNET: Combining Feature Importance and Bilinear feature Interaction for Click- Through Rate Prediction](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/FiBiNet分享.pdf)【Stefan】 4. [Deep_Match_to_Rank_Model_for_Personalized_Click](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/Deep_Match_to_Rank_Model_for_Personalized_Click.pdf)【阿泽】【[视频分享](https://pan.baidu.com/s/1DFqZMBxeqiZJuepDQHIDyA) 提取码:gxdc 】 5. [Local Item-Item Models for Top-N Recommendation 笔记](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/GLSLIM/GLSLIM_笔记.pdf)【白玉瑶】【[视频分享](https://pan.baidu.com/s/1-EW0dVzcHO2_rA5j3mteOg) 提取码:o0wt 】 1. [Local Item-Item Models for Top-N Recommendation 论文](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/GLSLIM/GLSLIM.pdf) 6. [Knowledge Enhanced Personalized Search 笔记](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/KnowledgeEnhancedPersonalizedSearch/KEPS.pdf)【宋志伟】 1. [Knowledge Enhanced Personalized Search 论文](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/KnowledgeEnhancedPersonalizedSearch/KnowledgeEnhancedPersonalizedSearch.pdf) 7. [基于元矩阵分解的联邦评分预测任务](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/MetaMF/MetaMF-TopicShare-20201213.pdf) 【Honglei Zhang】 8. [ATBRG: Adaptive Target-Behavior Relational Graph Network for Effective Recommendation](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/MetaMF/ATBRG_20201220213931.pdf) 【田雨】 ### Topic 4 #### Topic 4 >> 自然语言处理 1. [Fine-tune BERT for Extractive Summarization](https://shimo.im/docs/3cpY66PhYydPpxPh#anchor-Hkcy)【杨夕】 2. [句子重排序论文串讲](https://shimo.im/docs/3cpY66PhYydPpxPh#anchor-GNkw)【张帆】 3. [seqGAN 文本生成](https://shimo.im/docs/3cpY66PhYydPpxPh#anchor-21M2)【李文乐】 4. [命名实体识别 之 Dynamic Architecture](https://github.com/km1994/nlp_paper_study/tree/master/NER_study/DynamicArchitecture)【杨夕】 1. [Chinese NER Using Lattice LSTM(ACL2018)](https://github.com/km1994/nlp_paper_study/tree/master/NER_study/DynamicArchitecture/1_ACL2018_LatticeLSTM) 2. [LR-CNN: CNN-Based Chinese NER with Lexicon Rethinking(IJCAI2019)](https://github.com/km1994/nlp_paper_study/tree/master/NER_study/DynamicArchitecture/2_IJCAI2019_LR_CNN) 3. [CGN: Leverage Lexical Knowledge for Chinese Named Entity Recognition via Collaborative Graph Network(EMNLP2019)](https://github.com/km1994/nlp_paper_study/tree/master/NER_study/DynamicArchitecture/3_EMNLP2019_CGN) 4. [LGN: A Lexicon-Based Graph Neural Network for Chinese NER(EMNLP2019)](https://github.com/km1994/nlp_paper_study/tree/master/NER_study/DynamicArchitecture/4_EMNLP2019_LGN) 5. [FLAT: Chinese NER Using Flat-Lattice Transformer](https://github.com/km1994/nlp_paper_study/tree/master/NER_study/DynamicArchitecture/5_ACL2020_FLAT) 5. [Attention Is All You Need]() 1. [Transformer理论源码细节详解](https://zhuanlan.zhihu.com/p/106867810)【我是大好人】 2. [【关于Transformer】 那些的你不知道的事](https://github.com/km1994/nlp_paper_study/tree/master/transformer_study/Transformer)【杨夕】 #### Topic 4 >> 图像处理 1. [Deep Face Recognition: A Survey](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-KppZ)【安晟】 2. [人脸识别损失函数](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-Kgue)【蘇靜】 3. [MTCNN](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-92e8)【】 4. [YOLO](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-yYYw)【张文涛】 5. [YOLO v2](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-d1Ga)【张文涛】 6. [Circle Loss](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-dr8c)【CJ】 7. [SPP-Net](https://shimo.im/docs/p3dqHGXRxwrDtpRw#anchor-fjRs)【李国梁】 8. [YOLO_V4](https://github.com/km1994/TopicShareShare/tree/master/Topic4/CV/YOLO_V4.pdf)【以若】 #### Topic 4 >> 推荐系统 1. [Entire Space Multi-Task Model: An Effective Approach for Estimating Post-Click Conversion Rate](https://github.com/km1994/TopicShareShare/tree/master/Topic5/RES/ESMM分享.pdf)【Stefan】 ### Topic 3 #### Topic 3 >> 自然语言处理 1. 【[【关于 实体关系联合抽取】 那些你不知道的事](https://github.com/km1994/TopicShareShare/tree/master/Topic3/NLP/)】 2. [GraphRel:Modeling Text as Relational Graphs for Joint Entity and Relation Extraction [ACL2019]](https://shimo.im/docs/KKHw8DDvkTYYvxq9#anchor-bb5z)【杨夕】 3. [A Novel Cascade Binary Tagging Framework for Relational Triple Extraction [ACL2020]](https://shimo.im/docs/KKHw8DDvkTYYvxq9#anchor-jyQn)【我是大好人】 4. [CopyMTL: Copy Mechanism for Joint Extraction of Entities and Relations with Multi-Task Learning [AAAI2020]](https://shimo.im/docs/KKHw8DDvkTYYvxq9#anchor-Hq1F)【李方】 5. [Span-based Joint Entity and Relation Extraction with Transformer Pre-training [ECAI 2020]](https://shimo.im/docs/KKHw8DDvkTYYvxq9#anchor-fFxn) 6. [Joint Extraction of Entities and Relations Based on a Novel Decomposition Strategy](https://shimo.im/docs/KKHw8DDvkTYYvxq9#anchor-Pr97) 7. [Joint entity recognition and relation extraction as a multi-head selection problem](https://shimo.im/docs/KKHw8DDvkTYYvxq9#anchor-sbDK) #### Topic 3 >> 图像处理 1. [医学图像分割总结](https://shimo.im/docs/6Q6CwhxwT63r3C8d#anchor-ABpp) 2. [U-Net: Convolutional Networks for Biomedical Image Segmentation](https://shimo.im/docs/6Q6CwhxwT63r3C8d#anchor-bb5z) 3. [Cell R-CNN V3: A Novel Panoptic Paradigm for Instance Segmentation in Biomedical Images](https://shimo.im/docs/6Q6CwhxwT63r3C8d#anchor-rLIa)【蘇靜】 4. [CS-Net: Channel and Spatial Attention Network for Curvilinear Structure Segmentation](https://shimo.im/docs/6Q6CwhxwT63r3C8d#anchor-6p8J)【蘇靜】 5. [Capsule network for biomedical image segmentation](https://shimo.im/docs/6Q6CwhxwT63r3C8d#anchor-Bgtu)【张强】 ### Topic 2 #### Topic 2 >> 自然语言处理 之 基于细粒度情感分析 1. [LCF: A Local Context Focus Mechanism for Aspect-Based Sentiment Classification](https://github.com/km1994/TopicShareShare/tree/master/Topic2/NLP/4-LCF.pdf)【杨夕】 ### Topic 1 #### Topic 1 >> 自然语言处理 之 文本匹配 1. [Lattice CNNs for Matching Based Chinese Question Answering](https://github.com/km1994/TopicShareShare/tree/master/Topic1/NLP/3-LCNQA.pdf)【杨夕】 2. [自然语言处理(Natural Language Processing,NLP)](https://github.com/km1994/TopicShareShare/tree/master/Topic1/NLP/NLP介绍.pdf)【杨夕】 3. [Multi-Perspective Sentence Similarity Modeling with Convolutional Neural Networks](https://github.com/km1994/TopicShareShare/tree/master/Topic1/NLP/MPCNN.pdf)【黑桃】 4. [Simple and Effective Text Matching with Richer Alignment Features](https://github.com/km1994/TopicShareShare/tree/master/Topic1/NLP/深度学习分享之文本匹配.pdf)【李文乐】 #### Topic 1 >> 图像处理 之 人脸识别 1. [Dual attention network for Scene Segmentation](https://github.com/km1994/TopicShareShare/tree/master/Topic1/CV/DANet.pdf)【杨夕】 2. [EfficientNet : Rethinking Model Scaling for Convolutional Neural Networks](https://github.com/km1994/TopicShareShare/tree/master/Topic1/CV/efficientnet.pdf)【蘇靜】 3. [Accelerating Proposal Generation Network for Fast Face Detection on Mobile Devices](https://github.com/km1994/TopicShareShare/tree/master/Topic1/CV/faceDetection.pdf)【以若】 ### 初期 #### 初期 >> 自然语言处理 1. [Attention is all you need](https://github.com/km1994/TopicShareShare/tree/master/old/NLP/attention_is_all_you_need.pdf)【李方】 2. [关系抽取 综述](https://github.com/km1994/TopicShareShare/tree/master/old/NLP/关系抽取review.pdf)【杨夕】 3. [命名实体识别 综述](https://github.com/km1994/TopicShareShare/tree/master/old/NLP/命名实体识别review.pdf)【杨夕】 4. [Multi-grained Attention Network for AspectLevel Sentiment Classification](https://github.com/km1994/TopicShareShare/tree/master/old/NLP/ABSA.pdf)【李文乐】 5. [Transformer及其变体](https://github.com/km1994/TopicShareShare/tree/master/old/NLP/Transformer及其变体.pdf)【Jepson】 #### 初期 >> 图像处理 1. [RetinaFace: Single-stage Dense Face Localisation in the Wild](https://github.com/km1994/TopicShareShare/tree/master/old/CV/RetinaFace.pdf)【蘇靜】 ## 待续。。。 ## 参考 1. [Topic 发起表](https://shimo.im/sheets/y98CHkv6KHvkwrQ3/MODOC) 2. [nlp_paper_study](https://github.com/km1994/nlp_paper_study) 3. [NLP 百面百搭](https://github.com/km1994/NLP-Interview-Notes) 4. [知识图谱构建 DeepKg](https://github.com/powerycy/DeepKg) 5. [RS_paper_study](https://github.com/km1994/RS_paper_study) 6. [NLP 项目 的 tensorflow 实现](https://github.com/km1994/bert_to_nlp_tf) 7. [Leetcode 刷题手册](https://github.com/km1994/leetcode)