İLTAREN
Fields of Activity
To Electronic Support Technologies
Studies on
Impact Analysis Prototype System
Radar Identification Processor
To Electronic Attack Technologies
Studies on
- Narrowband high power electronic attack capability,
- Ability to apply ET to the desired direction with narrow beam dish antennas,
- DRFM based advanced technique generator,
- Very low latency
- Ability to find threat direction and polarization,
- Target tracking with camera,
- Polarization change in receiving and transmitting antennas,
- Being able to be used as stationed on land or sea platforms,
- To be able to apply different mixing and deception techniques and compound techniques.
Electronic Warfare Databases
Studies on
Development of Electronic Warfare Data Management Systems
F16-PFMG (F16 Pre Flight Message Generator) Software
Hardware Conversion Laboratories
Developing
Modeling and Simulation Software
Development of Infrastructures
Concentrating on software that will form the basis of comprehensive modeling and simulation applications, the Institute provides a simulation engine that allows simulation models to combine and work together in a modular and hierarchical manner, 3D environment and virtual scene creation and management infrastructure in various bands, geographic information management layer, data validation and rule. has created an integrated application development environment such as an application engine.
SIMA - Simulation Modeling Infrastructure
KODO - Code Generator
STAGE - 3D Environment Visualization Infrastructure
İLTAREN GIS - Geographical Information System Infrastructure Library
The main function of ILTAREN GIS is to provide a middle layer that facilitates data access, display and querying needed in the development of application software with GIS functionality.
Development of Test and Measurement Infrastructures
Fixed and mobile test and measurement laboratories are being developed to ensure that open field test and measurement activities are carried out in order to analyze the performances of various systems operating in the RF and IR band related to our fields of activity in the context of different environmental conditions and scenarios.
RF and Infrared Measurement Systems
A system developed to measure the IR traces of aerial and land platforms and decoys such as heat flares, and two different recording systems that can be used in RF and IR bands have been developed for recording and playback of signals in RF, IF and video tapes. Both systems can be used mobile by placing them in a Panelvan type minibus specially designed for its components.
Development of Embedded Systems
At İLTAREN, concept development studies are carried out for systems that fall under the scope of advanced technology, and prototype systems are developed for some new concepts that have been identified. In this context, prototypes of various electronic attack (ET) and electronic support (ED) systems have been successfully developed and a much more competent engineer group has been trained in our fields of activity. In addition, card design and prototype production activities are carried out for critical hardware components that can be used in more than one system.
Synthetic RF/IR Scene/Environment
In algorithm development studies of RF and IR systems, system/software and performance tests and efficiency analyzes of applied ET techniques; The scene perceived by these systems has to be produced synthetically. The infrastructure for the production of synthetic RF and IR environments is being developed at İLTAREN.
The RF Scene detected by RF systems is created in accordance with the scenario, taking into account the RF system-specific parameters and environmental conditions. Clutter calculations for active RF systems are also performed.
IR Scene detected by IR systems; IR system-specific parameters are created in accordance with the scenario, taking into account the material properties and environmental conditions used in the creation of the IR traces of the platforms. In this direction, it is planned to update the real-time IR Stage generator, which is currently developed for surface platforms at İLTAREN, for air and land platforms.
In order to meet the different needs of the stage producer, work continues on model development, verifying IR trace values with measurements, developing new measurement methods and ensuring interoperability with internationally accepted third-party software. Similarly, hardware interface development studies are ongoing that will enable the IR Stage generator to work with various hardware.