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Peking University has rich academic resources, and its research in cutting-edge technologies such as big data and artificial intelligence is at the leading level in China. When air transport cargo is combined with the academic resources of Peking University, a remarkable chemical reaction will occur.

First, big data technology can conduct in-depth analysis of the massive data in air transport and cargo transportation. These data include the type, quantity, transportation route, transportation time, etc. of the goods. By mining and analyzing these data, it is possible to optimize the transportation route, improve transportation efficiency, and reduce transportation costs. For example, by analyzing historical transportation data, it is possible to predict the demand for goods in different regions and different time periods, so as to make good arrangements for transportation capacity in advance and avoid excess or insufficient transportation capacity.

Secondly, artificial intelligence technology also has broad application prospects in air transport and cargo transportation. For example, the use of machine learning algorithms can optimize the security inspection process of goods. Traditional security inspection methods often rely on manual inspections, which are inefficient and prone to missed inspections. Artificial intelligence technology can quickly and accurately identify prohibited items by learning from a large number of security inspection images, thereby improving security inspection efficiency and accuracy.

Furthermore, relying on the scientific research strength of Peking University, we can carry out innovative research related to air transport and cargo transportation. For example, we can develop new cargo packaging materials to reduce weight and cost while improving the protective performance of cargo; or explore new cargo loading and unloading technologies to improve loading and unloading efficiency and reduce damage to cargo during loading and unloading.

In short, the combination of air cargo transport and Peking University's academic resources has brought new opportunities and challenges to the development of the industry. This will not only help improve the service quality and competitiveness of air cargo transport, but will also inject strong impetus into the innovative development of the entire logistics industry.

In the future development, we have reason to believe that this combination will produce more innovative results and promote air cargo transportation towards a more intelligent and efficient direction. At the same time, we also hope that more universities and scientific research institutions can participate in the innovative development of air cargo transportation and contribute to the construction of a modern logistics system.