Multiradar information-measuring system based on chaotic signals
The development of nano-technology and digital signal processing allows creating on their basis of complex information and measuring systems. To date, promising trend is the use of chaotic signals in such systems to improve their operation. The paper analyzes the specific properties of the orthogonal chaotic signals (processes), discussed the possibility of using chaotic signals in data transmission systems operating on the principle of MIMO-technology and multi-channel multi-purpose radar. A variant of the construction multiradar information-measuring system (MIMS) is proposed. It is shown that the use of chaotic signals as a carrier can increase secrecy of the system and its immunity, the resolution and throughput, while ensuring electromagnetic compatibility and channel separation in MIMS. Synthesized block diagram MIMS. The above approach is the use of chaotic signals can also be realized by establishing a network of unmanned radar, a multi-channel communication systems and air traffic control, network-centric air defense systems, creating a single information and telecommunications space.