Tiangang Network Electronic Warfare Training System

The Tiangang Network-Electronic Warfare Training System, developed based on Software-Defined Radio (SDR) technology, is a practical training platform designed to meet the training requirements of the network-electronic warfare domain. It integrates functionalities including theoretical learning, hands-on training and assessment, training mission planning, training situation statistics, post-training review of the training process, and training effectiveness evaluation.

System Features:

1. Software-Defined Reconfigurable Capability

Developed based on a Software-Defined Radio (SDR) architecture, featuring a universal hardware and software platform with scalable software modules, enabling flexible upgrades tailored to users’ actual requirements. It supports multi-standard real-signal transmission, multi-standard signal reception, and multi-standard interference-signal generation. It realistically emulates radio-electronic warfare functions and simulation environments, effectively addressing the training challenges faced by radio-related professional units.

2. Diverse signal sample training capability

Signal samples can be constructed by setting characteristic parameters or imported from actual signal acquisitions, providing signal analysts with diverse options.

sample training capability.

3. User’s Secondary Development Capability

Provides a domestically developed, low-code, component-based waveform secondary development function based on the B/S architecture, enabling users to construct flowgraphs and perform signal processing for newly discovered signals.

Signal analysis, demodulation, and monitoring.

4. Integrated Virtual-Real Training Capability

It supports both pure software-based virtual simulation training built on a web architecture and hardware-in-the-loop or semi-physical training, where software-generated signal samples are transmitted and acquired via wireless RF modules. Furthermore, it enables direct reconnaissance, analysis, and jamming attacks on real-world over-the-air wireless signals—thus bridging the gap between theoretical learning, training, and actual combat operations.

5. Training Environment Management, Command & Control, and Process Evaluation Capabilities

By recording waveforms, interference signals, and other data generated during system training—and enabling playback and post-analysis—the system effectively addresses the challenge that radio waves are invisible and intangible.

this issue to enhance the pertinence and effectiveness of training.

Main Functions:

1. Theoretical Learning

1) Capable of categorizing and managing foundational textbooks, professional training materials, practical case studies, assessment knowledge, etc., and supporting batch import functionality;

2) Capable of generating simulated online examination papers with varying difficulty levels and for different target groups based on a knowledge base, as well as supporting both automatic and manual grading.

2. Hands-on Training

Signal Reconnaissance Training / Signal Analysis Training / Communications Countermeasures Training / Satellite Communications Practical Training / Network Attack and Defense Training / Spectrum Management Training / Aural Transcription and Translation Training

3. Comprehensive Exercise

Supports custom combat scenario and tactic design, real-time situational display during exercises, post-exercise review, and result scoring.

4. Training Situations and Plans

Supports the formulation and issuance of training plans, real-time situational display during training, and end-to-end tracking of training plans.