Ivan Vladimirovich Onishchenko  Head of Division 

INFORMATION AND MEASURING SYSTEMS DEVELOPMENT DEPARTMENT FIELD OF ACTIVITIES

Design of airborne systems and complexes software.

The Institute has designed:Software for the on-board information and measurement system aimed at measuring examined objects parameters converted to analog, digital, and discrete signals.Virtual control panel designed for the extra trajectory parameters and operative loading data received via Ethernet from the program of collection and primary processing of information display on a laptop or a tablet PC.

DEPARTMENT OF FLYING TEST BEDS SOFTWARE DEVELOPMENT FIELD OF ACTIVITIES

Development of application software for the flight control interaction and equipment control.

The Institute has designed interface of the automated flight control system operator — virtual programmed indicator panel for the mechanical sensors replacement with addition of the flight map in the real-time mode and display of the data necessary for the operator.

The Institute has been working on the development of the automated program aimed at control of parameters of landing systems of instrument landing guidance VHF and UHF band system beacons, short-range navigation beacons of VHF omnidirectional radio range and distance measurement equipment, and SHORAN long-distance navigation, lighting facilities, and direction finding devices.

The Institute produced compact flight control systems with lower weight, smaller dimensions, and lower power consumption.

DEPARTMENT OF AIRBORNE AI SYSTEMS FIELD OF ACTIVITIES

Design of flight safety and prompter systems, and automated neural network control systems.

The Institute has designed the concept of the structure of the automated neural network control system capable to solve the following tasks: Provision of aircraft flight safety using warning prompts to a pilot as graphic, sound, cryptographic, and text data displayed on the monitor or a speaker in emergency approach; Switching to aircraft control in case of no pilot’s response to warnings; Recovery of current sensors indications and signals, provision of real-time continuous technical diagnostics of the aircraft airborne measurement systems state, as well as provision of: −The improvement of the civil aircrafts flights safety; −The flight tasks efficiency improvement and cost reduction;−Formation of the basis for neural network unmanned aircrafts production.