基于Word2vec与TF-IDF混合算法的新质生产力关注热点比较研究
首发时间:2025-04-10
摘要:[目的]对学术平台和社会化媒体平台上的"新质生产力"相关数据进行分析,探讨了该概念在不同平台上的讨论焦点。[方法]首先通过Pandas和Numpy对数据进行了清洗和分词处理,随后使用TF-IDF算法提取关键词,并通过生成词云图直观展示各平台对"新质生产力"的关注热点。此外,使用Word2Vec模型进行词向量训练,通过t-SNE降维和Matplotlib可视化,揭示了"新质生产力"与相关词语之间的语义关系。[结果]研究结果展示了我国学术平台与社会化媒体平台在新质生产力研究方面的差异,公众对"新质生产力"的评价总体积极,表明该概念在推动经济高质量发展方面获得了广泛认可。[结论]本文创新性地利用Word2vec与TF-IDF混合算法对新质生产力进行研究分析,为理解"新质生产力"在不同领域的讨论趋势提供了新的视角。?????
关键词: 新质生产力 Word2vec建模 TF-IDF算法 学术平台 社会化媒体平台?????
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Comparative Study on New Quality Productivity Comparative Study on the Focused Hotspots of New Quality Productivity Based on the Hybrid Algorithm of Word2vec and TF-IDF
Abstract:[Objective] This study analyzes data related to "new quality productive forces" on academic and social media platforms to explore the discussion focus toward this concept across different platforms. [Methods] Data were cleaned and processed using Pandas and Numpy, followed by keyword extraction via the TF-IDF algorithm. Word cloud diagrams were generated to visually display platform-specific hotspots of interest. Word2Vec models were employed to train word vectors, with t-SNE dimensionality reduction and Matplotlib visualization revealing semantic relationships between "new quality productive forces" and related terms. Sentiment analysis was conducted using a specialized lexicon to classify textual data. [Results] The findings highlight differences in the discourse on "new quality productive forces" between academic and social media platforms in China. [Conclusion] This study innovatively combines Word2Vec and TF-IDF algorithms to analyze "new quality productive forces," offering novel insights into its discussion trends across diverse domains.?????
Keywords: New Quality Productivity TF-IDF Algorithm Word2Vec Modeling Academic platform social Q&A platform.?????
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基于Word2vec与TF-IDF混合算法的新质生产力关注热点比较研究
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