Kyland highlights HOURSIS 2025 in Detroit

Kyland is highlighting its HOURSIS 2025 smart traffic AI management platform at ITS America 2018 in Detroit. The demonstrations show how edge computing, decentralised blockchain technology and artificial intelligence can be integrated together to create self-adaptive, interconnected smart traffic systems in the field that work together to reduce congestion. The HOURSIS server is based on two-wire Ethernet bus technology that uses a single twisted pair of wires to provide non-polar transmission of data and
June 7, 2018 Read time: 2 mins
© F11photo | Dreamstime.com

8804 Kyland is highlighting its HOURSIS 2025 smart traffic AI management platform at ITS America 2018 in Detroit. The demonstrations show how edge computing, decentralised blockchain technology and artificial intelligence can be integrated together to create self-adaptive, interconnected smart traffic systems in the field that work together to reduce congestion.

The HOURSIS server is based on two-wire Ethernet bus technology that uses a single twisted pair of wires to provide non-polar transmission of data and power. This establishes a smart and IP-based interconnection between on-site and peripheral equipment and creates an on-site Ethernet-based traffic perception and traffic control network. According to Kyland, this decentralised network architecture increases management and control efficiency while reducing energy use and maintenance costs.

HOURSIS 2025 was recently tested in the Shangdi neighbourhood of Beijing. Moving traffic management out into the field around congestion points, rather than being in a central traffic management centre, led to a 6-10% improvement in traffic flow - the equivalent of 1,000 more cars per hour.

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