Sintez-TC

Purpose

The SINTEZ-TC complex system simulator is intended for ATC controllers training and retraining, starting with the initial training of students at educational institutions and up to keeping a high level of avia enterprises ATC controllers' practical skills while using the Unified Series of SINTEZ automated ATC systems. The complex system simulator, deployed and put into operation in Kazaeronavigatsya RGP, provides training of areas and terminal areas ATC controllers. It can be adapted for respective areas and sectors (ACC, APP, Circle, TWR/Taxiing)

Complex System Simulator Components

The SINTEZ-TC complex system simulator is assembled using a number of universal training modules (UTM) defined by the Customer. All UTMs are realized on the distributed architecture of computing facilities combined into complex by LAN. Each UTM simulates a movement of 16 controlled and 32 uncontrolled aircraft in accordance with their aerodynamics.
Each UTM includes:

• SINTEZ-ARM-D trained controller automated working position (ARM-D);
• Pseudo-pilot /instructor automated working position (ARM-PO).

ARM-D can be delivered within the system simulator in various design versions: beginning with the system performing SINTEZ-P/A ATC ARM functions - up to the systems with the highest automation level such as SINTEZ-AR2 area-terminal automated ATC system and SINTEZ-R2 area automated system (dual working positions of radar and planning controllers), which are in compliance with EUROCONTROL recommendations.
ARM-PO include: simulating, processing and air situation information displaying facilities, radio and loudspeaker communication facilities.
The structure of complex system simulator, deployed in Kazaeronavigatsya RGP, provides a simultaneous training of 10 radar controllers, 6 planning controllers of different responsibility areas and TWR controller.

System Simulator Structure

The complex system simulator is of a modular design realizing an open information systems structure that provides:

• Universal design of every functional module (ACC, APP, Circle, Landing/Take-off, Taxiing);
• Complex expandability up to any number of functional modules according to the Customer requirements;
• Functional modules configuration invariance (starting with all typical ones and up to any combination of required number of modules).

The SINTEZ-TC system simulator can be realized both as an autonomous training-simulating complex and as an integrated into ATC automated system simulator providing complete training of ATC controllers.

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