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The emergence of SenseTime's daily big model has brought new possibilities for reporting and promoting the Olympic Games. Through powerful data analysis and processing capabilities, it can more accurately capture the needs and concerns of the audience and provide more personalized services for the dissemination of the event. For example, it can recommend related events and highlights based on the audience's preferences and historical viewing data.

At the same time, this also provides strong support for athletes' training and performance evaluation. By using big data and artificial intelligence technology, athletes' training data can be analyzed to develop more scientific and reasonable training plans and improve athletes' competitive level.

However, the application of new technologies is not always smooth sailing. In actual operation, there are problems with data security and privacy protection. The collection and use of large amounts of personal data, if not managed properly, can lead to serious consequences. In addition, the investment and maintenance costs of technology are also a challenge. To ensure the stable operation and continuous optimization of large models, a large amount of funds and technical talents are required.

From another perspective, the Paris Olympics also provides an excellent testing ground for the development of related technologies. Various new technologies are tested and applied on this global stage, continuously promoting technological progress and innovation.

In this process, we can see that the integration of technology and sports is not just a simple superposition, but also a relationship of mutual promotion and common development. Technology has brought more possibilities and development space to sports, while sports have also provided technology with broad application scenarios and development opportunities.

As for programmers, they play a vital role in this. Although on the surface, the direct connection with the Paris Olympics and SenseTime’s big model is not obvious, in fact, the work of programmers is the cornerstone supporting all of this.

Programmers write codes to build systems and platforms, so that data can be effectively collected, analyzed and used. The algorithms and models they design ensure the accuracy and efficiency of SenseTime's big models. Without their efforts, these advanced technology applications would be impossible.

However, programmers also face many challenges in this process. High-intensity work pressure, constantly updated technical requirements, and extremely high demands for innovation require them to constantly learn and improve themselves. Moreover, in the process of advancing the project, they may encounter various technical difficulties and emergencies, which require them to respond and resolve quickly.

In order to meet these challenges, programmers must not only have solid professional knowledge and skills, but also good teamwork and communication skills. In a project, multiple programmers are often required to work together and complete different tasks. Only through effective communication and collaboration can the smooth progress of the project be ensured.

At the same time, programmers also need to maintain their sensitivity and curiosity about new technologies. Technology is developing rapidly, and only by keeping up with the latest technological trends can we continue to innovate at work and bring new vitality and competitiveness to the project.

In general, the work of programmers is full of challenges but also opportunities. Their efforts and contributions have invisibly promoted the integration of large-scale events such as the Paris Olympics with advanced technologies, and contributed to the development and progress of society.