3/17/2023 0 Comments Lumino city circuit boardMovement in the tunnel is sensed by infrared light sensors hidden in the base structures of the tunnel walls. Kollision has developed a number of software components that collect, interpret and communicate sensor data, while other parallel processes shape the rules for how the light sources respond to people in the tunnel. An important component in the control of the lighting design in the tunnel is the underlying software that translates the sensor data into a dynamic experience. If more people enter the tunnel a dynamic temporary space of light will apear between them making people aware of their interference and the surroundings. The light shuts down behind the person leaving the tunnel in darkness. This creates several light scenarios: When one enters the tunnel, the movement activates a space of light in front of the person that follows the person through the tunnel. To create a dynamic experience for the users in the tunnel, a number of motion sensors are installed to continuously sense where there is movement in the tunnel. The 36 meter long tunnel for pedestrians and bicycles in the middle of the campus connects Design City Kolding and a new campus area. This shaped a dynamic and interactive lighting concept integrated in the tunnel walls that focus on the meeting between people walking through the tunnel. Kollision named their winning proposal ‘Interference’ based on the idea that urban life is characterized by two opposing trends: an urge to belong and be part of a community and an opposing desire to be alone and anonymous in the middle of the rush. In March 2014 design office Kollision won the competition for designing a new interactive tunnel for Design City Kolding, Denmark.
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