Kun Ma  Kun Ma

Classification of News marketing intention data

Social network services for self-media, such as Weibo, Blog, and WeChat Public, constitute a powerful medium that allows users to publish posts every day. Due to insufficient information transparency, malicious marketing of the Internet from self-media posts imposes potential harm on society. Therefore, it is necessary to identify news with marketing intentions for life. We follow the idea of text classification to identify marketing intentions. Although there are some current methods to address intention detection, the challenge is how the feature extraction of text reflects semantic information and how to improve the time complexity and space complexity of the recognition model. To this end, this paper proposes a machine learning method to identify marketing intentions from large-scale We-Media data. First, the proposed Latent Semantic Analysis (LSI)-Word2vec model can reflect the semantic features. Second, the decision tree model is simplified by decision tree pruning to save computing resources and reduce the time complexity. Finally, this paper examines the effects of classifier associations and uses the optimal configuration to help people efficiently identify marketing intention. Finally, the~detailed experimental evaluation on several metrics shows that our approaches are effective and efficient. The F1 value can be increased by about 5%, and the running time is increased by 20%, which~prove that the newly-proposed method can effectively improve the accuracy of marketing news recognition.

Code & Data

News text for training

Description: News ID, News Content, News figure ids
Filename: News_to_train_text.txt
Source: Sohu competition 2018

News illustration figure for training

Description: News ID, News Label, News figure ids
label:
0: no marketing intention
1: partial marketing intention
2: marketing intention
Filename: News_pic_label_train.txt
Source: Sohu competition 2018

OCR text of news illustration figure

Filename: ImageID.jpg.txt
Source: Sohu competition 2018

Download: https://pan.baidu.com/s/1UGk2ZAgd4rvL5eq7p15eaw Code:qqc3

Cite

Publication

Yufeng Wang, Shuangrong Liu, Songqian Li, Jidong Duan, Zhihao Hou, Jia Yu, and Kun Ma*, "Stacking-Based Ensemble Learning of Self-Media Data for Marketing Intention Detection," Future Internet, 2019, 

BiBTeX

@Article{fi11070155,
AUTHOR = {Wang, Yufeng and Liu, Shuangrong and Li, Songqian and Duan, Jidong and Hou, Zhihao and Yu, Jia and Ma, Kun},
TITLE = {Stacking-Based Ensemble Learning of Self-Media Data for Marketing Intention Detection},
JOURNAL = {Future Internet},
VOLUME = {11},
YEAR = {2019},
NUMBER = {7},
ARTICLE-NUMBER = {155},
URL = {https://www.mdpi.com/1999-5903/11/7/155},
ISSN = {1999-5903},
ABSTRACT = {Social network services for self-media, such as Weibo, Blog, and WeChat Public, constitute a powerful medium that allows users to publish posts every day. Due to insufficient information transparency, malicious marketing of the Internet from self-media posts imposes potential harm on society. Therefore, it is necessary to identify news with marketing intentions for life. We follow the idea of text classification to identify marketing intentions. Although there are some current methods to address intention detection, the challenge is how the feature extraction of text reflects semantic information and how to improve the time complexity and space complexity of the recognition model. To this end, this paper proposes a machine learning method to identify marketing intentions from large-scale We-Media data. First, the proposed Latent Semantic Analysis (LSI)-Word2vec model can reflect the semantic features. Second, the decision tree model is simplified by decision tree pruning to save computing resources and reduce the time complexity. Finally, this paper examines the effects of classifier associations and uses the optimal configuration to help people efficiently identify marketing intention. Finally, the detailed experimental evaluation on several metrics shows that our approaches are effective and efficient. The F1 value can be increased by about 5%, and the running time is increased by 20%, which prove that the newly-proposed method can effectively improve the accuracy of marketing news recognition.},
DOI = {10.3390/fi11070155}
}