Practice and Innovation of Data Governance in the Big Model Era

Practice and Innovation of Data Governance in the Big Model Era

With the rapid development of artificial intelligence technology, large models have become the key to breakthroughs in many fields. However, the success of these large models is often inseparable from high-quality data support and effective data governance. Data governance has become more and more important in the era of large models. It is not only to ensure data quality, but also to adapt to changes in new technologies and protect data privacy. This article will explore the practice and innovation of data governance in the era of big models.

The Criticality of Data Quality

Data quality has always been the core issue of information processing, and it is even more important in the era of large models. Larger models are more data demanding because they learn patterns and regularities from the data. However, low-quality data can cause the model to learn wrong information, which in turn affects its prediction and decision-making ability. Therefore, ensuring the accuracy, integrity and consistency of data is one of the top tasks of data governance.

To improve data quality, organizations need to develop clear standards for data capture, processing and storage. Data should be rigorously cleaned and validated to exclude outliers and misinformation. In addition, the establishment of a data quality monitoring system is also indispensable. By monitoring data processes and indicators, data quality problems can be discovered and resolved in a timely manner.

Data Governance Innovation Adapting to Technological Changes

With the rise of large models, data governance also requires innovation to adapt to new technical challenges. Traditional data governance methods are often difficult to deal with large-scale data, diverse data types, and rapidly changing data requirements. Therefore, a more intelligent and automated approach to managing and maintaining data is required.

One innovative approach is to introduce machine learning techniques to assist data governance. For example, machine learning algorithms can be utilized to identify and correct data quality issues and automate the data cleaning process. In addition, data classification, labeling, and fusion can also be implemented through machine learning, thereby reducing the burden of manual operations.

Another area of ​​innovation is data privacy protection. Large models require a large amount of training data to achieve excellent performance, but these data may involve personal privacy. Therefore, data governance needs to find ways to share data reasonably while protecting privacy. Methods such as differential privacy techniques, federated learning, and secure multi-party computation can help achieve a balance between data sharing and model training.

The importance of cross-border cooperation

In the era of large models, data governance requires cooperation across domains. Data not only exists within the organization, but may also involve external partners and data providers. Cross-border cooperation can enrich data sources and increase the diversity and richness of data. However, this also brings challenges in terms of data integration, sharing and security.

The cooperation model of data governance needs to be based on mutual trust and laws and regulations. Organizations can establish data sharing agreements, clarify the purpose and scope of data use, and formulate data access control policies. In addition, technical measures such as secure encryption and access rights management can also help to protect the security of shared data.

in conclusion

In the era of large models, the practice and innovation of data governance is the key to ensuring the sustainable development of artificial intelligence technology. Data quality assurance, application of technological innovation, privacy protection measures, and cross-border cooperation models are all important aspects of data governance. Only through effective data governance can we better harness the power of big models to drive innovation and progress across industries.

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Origin blog.csdn.net/zlj970214/article/details/132446165