Traction Elevator - Page 14

High-Performance Elevator  Group Control with Artificial Intelligence

Miconic VX is the most powerful and comprehensive elevator group control system in Schindler's industry-leading Miconic^® range.

Designed to meet the most demanding vertical transport requirements, Miconic VX incorporates Schindler's exclusive Artificial Intelligence Traffic Processor (AITP^TM) in combination with our outstanding proven 'cost of service' algorithm.

AITP^TM integrates cutting-edge neural network technology to:

• constantly learn and re-learn traffic evolution within the building through continuous observation of all events.
• predict and anticipate future landing calls
• self-perfect by matching real-time performance against 'ideal' projections made on a virtual model, and continuously adapting to the building's individual characteristics
• allocate cars to calls in the context of predicted future calls to achieve the greatest long-term passenger benefit.

Miconic VX incorporates fully decentralized hardware architecture. The dispatching system employs the latest, most refined algorithms based on Schindler's 'cost of service' strategy, which has achieved unprecedented levels of elevator efficiency.

Designed for high-rise buildings, Miconic VX performance also benefits intensive-traffic low-and mid-rise applications, and is outstanding in the heavy, mixed-traffic environment of hotels.

Miconic VX Benefits

• Very low average waiting times - reduced up to 35% - giving high overall customer satisfaction.
• Call prioritization according to psychological 'perceived waiting time' - oldest calls are allocated increasingly higher priority.
• Massive reduction in very long waits - up to 50% - dramatically reducing customer irritation.
• Very early recognition of traffic changes and seamless adaptation to new situations, preventing elevator queue formation. Even under sudden major traffic surges bunching does not occur.
• Self-adaptation to special situations within the group, such as VIP service, car under maintenance, etc.
• System redundancy of group control via parallel algorithms.