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From the perspective of infrastructure construction, the development of emerging logistics has prompted relevant departments to increase investment and optimization of infrastructure such as roads. The demand for more efficient logistics distribution has promoted the widening of roads and the intelligent upgrading of traffic signal systems. These infrastructure improvements have created good conditions for the smooth operation of autonomous public transportation.

In terms of technological innovation, advanced technologies used in the emerging logistics field, such as big data analysis and intelligent dispatching systems, can also be used as reference for autonomous public transportation. By analyzing logistics and distribution data, key information such as traffic flow and travel demand can be obtained, which will help optimize the route planning and operation mode of autonomous public transportation.

Furthermore, the user habits cultivated by the emerging logistics model also have a positive impact on the popularization of autonomous public transportation. As people adapt to fast and convenient delivery services, they will have higher expectations and acceptance for efficient and punctual public transportation.

However, the coordinated development of emerging logistics models and autonomous public transportation is not smooth sailing and faces some challenges and problems. For example, the inconsistency in the development speed of the two may lead to waste of resources.

The rapid development of emerging logistics may make it difficult for related infrastructure construction to keep up, leading to problems such as traffic congestion. The technical maturity and safety of autonomous public transportation have not yet been fully guaranteed, which also limits its large-scale application to a certain extent.

In addition, the imperfection of laws and regulations is also a constraint. Some operating regulations in emerging logistics models have not yet been clarified, and there are also gaps in the definition of legal responsibilities for autonomous public transportation.

In the face of these challenges, we need to take a series of measures to promote the coordinated development of emerging logistics models and autonomous public transportation. First, strengthening planning and coordination is the key. Government departments should formulate a unified development strategy, comprehensively consider the development needs of both, and avoid duplication of construction and waste of resources.

At the same time, it is also necessary to increase investment in technology research and development. Enterprises and scientific research institutions should be encouraged to cooperate to overcome the technical difficulties in autonomous public transportation and improve its safety and reliability.

It is equally important to improve laws and regulations. It is necessary to clarify the operating norms and responsibility division of emerging logistics models and autonomous public transportation, and provide strong legal guarantees for their development.

In general, the coordinated development of emerging logistics models and autonomous public transportation has broad prospects and huge potential. By overcoming the current challenges, we are expected to achieve a more efficient, convenient and intelligent transportation system, bringing more convenience to people's lives.