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The objective of NAITEC URBAN LAB is the creation of a reference environment that allows the design, testing, and deployment of the different technologies and functionalities associated with the connected, cooperative, and autonomous vehicle (CCAM). The urban test bed is in Pamplona, Navarre, Spain. It is a circuit in the heart of the city, next to a university campus. In addition to being a real environment in the urban area, it presents some very interesting characteristics in terms of mobility scenarios, having a university, a football stadium, and a music hall in its surroundings. The urban test bed has different sensor systems. It has a network of fibre optic sensors; traffic cameras; a LiDAR for the detection of vehicles and pedestrians; and a network of pollution sensors. It also presents a V2X communications equipment, both in infrastructure and in vehicles. The collected traffic data will be used for the creation and validation of traffic models.

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NAITEC URBAN LAB – The Innovative Intelligent Urban Test Bed

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Jorge Mota,
  • Laura Merino,
  • José Luis Zabalza,
  • Iñaki Bengoetxea,
  • Andrés Ábrego,
  • Nere Garmendia

摘要

The objective of NAITEC URBAN LAB is the creation of a reference environment that allows the design, testing, and deployment of the different technologies and functionalities associated with the connected, cooperative, and autonomous vehicle (CCAM). The urban test bed is in Pamplona, Navarre, Spain. It is a circuit in the heart of the city, next to a university campus. In addition to being a real environment in the urban area, it presents some very interesting characteristics in terms of mobility scenarios, having a university, a football stadium, and a music hall in its surroundings. The urban test bed has different sensor systems. It has a network of fibre optic sensors; traffic cameras; a LiDAR for the detection of vehicles and pedestrians; and a network of pollution sensors. It also presents a V2X communications equipment, both in infrastructure and in vehicles. The collected traffic data will be used for the creation and validation of traffic models.