AI Traffic-flow Control System
AITCS developed through “ND_Eye” understands the traffic conditions at intersections and controls traffic signals for the best traffic flow in real time. If there is no smooth flow of traffic in the intersection, carbon emissions are generated from a large number of waiting vehicles, and the fuel efficiency of the vehicle is lowered. AITCS is an eco-friendly ESG solution that reduces carbon emissions by an average of 30% through improved traffic flow, and improves vehicle fuel efficiency by more than 30% compared to waiting at intersections.
To solve urban traffic and environmental problems together, AITCS applies ND Eye (AI vision recognition engine) to traffic flow control to automatically improve traffic flow.
In order to improve traffic flow, a huge budget is invested in the construction of infrastructure such as underpasses, but the improvement efficiency is very low compared to the size of the investment.
If the traffic flow at the intersection is not achieved, large-scale carbon emissions are generated from vehicles waiting at the intersection, which also negatively affects vehicle fuel efficiency.
Solution : AITCS
Artificial Intelligence Traffic Flow Control System (AITCS) analyzes traffic flow to control traffic signals in an optimized direction and dramatically reduces waiting times for vehicles at intersections.
AITCS performs signal control for optimal traffic flow by judging traffic flow extensively through communication with artificial intelligence systems at neighboring intersections.
The AI engine (integrally) analyzes and reflects a wide range of traffic conditions, enabling real-time traffic flow control 24 hours a day, 365 days a year.
- Unavailable 24 hours a day 365 days a year
- Real-time traffic flow control impossible
- Individual control at each intersection
- Available 24 hours a day 365 days a year
- Real-time traffic flow control possible
- Integrated traffic flow control that reflects a wide range of traffic conditions
The results of running simulations for Seoul, Busan and major cities across the country showed an average of 30% (22-37%) of traffic flow improvement.
The graphs below are the simulation results of AITCS.
The results show that AITCS is far more economical than the traffic flow improvement effect obtained by investing a huge amount of capital in infrastructure construction.
*Simulation method: By designating the origin and destination to all vehicles, the sum of the unit time leaving the origin and arriving at the destination is calculated.
AITCS Expected Effects
Reduced carbon emissions due to shorter waiting times
Vehicle fuel efficiency improvement
The best economic solution for breakthrough traffic flow improvement (astronomical budget savings possible, such as construction of underpasses and overpasses)
Stolen vehicle search and detection
Crossroad traffic accident detection