2 hrs ago

Delhi Approves Rs 1,789 Crore AI Traffic System

Delhi Approves Rs 1,789 Crore AI Traffic System
Delhi to get 'Intelligent Traffic Management System': Objective, how it will work and what changes · livemint.com

Delhi has approved a large computer-based system to help manage traffic.

It will cost about Rs 1,789.52 crore.

The system will watch traffic conditions in real time.

Signals could stay green longer where more vehicles are waiting and change more quickly where traffic is lighter.

It will also help manage traffic at busy roundabouts.

Police could detect crashes, jams and traffic violations more quickly.

Emergency vehicles may receive special green corridors to move faster.

Electronic signs and digital services could tell people about traffic, diversions and parking.

The project will be built in three phases over two years and maintained for five more years.

Key facts

Approved cost
Rs 1,789.52 crore, inclusive of taxes
Coverage
42 identified traffic corridors in Delhi
Implementation
Three phases over 24 months
Maintenance
Five years after implementation
Adaptive traffic systems
1,092 Adaptive Traffic Control Systems
Enforcement locations
1,029 locations
Existing signals
Delhi currently has 1,529 traffic signals operating on fixed timers, according to the cabinet briefing
Registered vehicles
Around 71 lakh active registered vehicles in Delhi

Quotes

Ashwini Vaishnaw

Union Railways Minister speaking at a Union Cabinet briefing

“Currently, all 1,529 traffic signals operate on fixed timers. This means that if a signal is programmed for 30 or 35 seconds, even if there is heavy traffic coming from one direction and very little from another, the red light will still remain on for the full 30 seconds. Instead, if the system becomes adaptive, intelligent, and capable of dynamic changes, the direction with heavier traffic and build-up gets a shorter red light, while the side with less traffic gets a longer red light duration.”
livemint.com republicworld.com
“At roundabouts (rotaries) in Delhi, logjams often occur. Practically everyone tries to enter from all directions, making it very difficult to exit the rotary. In such situations, can we have an intelligent system where no lights operate during low-traffic periods, but whenever traffic becomes intense, it can monitor and regulate the rotary in a circular sequence with 5-second intervals to hold traffic? All these solutions are possible through ITMS.”
livemint.com republicworld.com

Sources

Related news