By Qiuxi Jiang
This is often the first actual ebook to present the community radar countermeasure approach. It explains intimately the systematic thought of combining radar and radar countermeasures from the viewpoint of the data acquisition of aim place, the optimization of the reconnaissance and detection, the built-in assault of the indications and amenities, and technological and criminal developments concerning the networked procedure. It achieves the mixing of the initiative and passivity, detection and jamming. The e-book explains how the approach locates goals, completes target identity, tracks goals and compiles the information.
Read or Download Network Radar Countermeasure Systems: Integrating Radar and Radar Countermeasures PDF
Similar measurements books
This ebook offers a simple creation to the sector because it is these days required in lots of branches of research and particularly in likelihood thought. the 1st 3 chapters (Measure conception, Integration thought, Product Measures) primarily stick with the transparent and licensed exposition given within the author's prior ebook on "Probability thought and degree Theory".
Engineering Measurements – equipment and Intrinsic blunders offers a helpful perception into the apparatus and strategies ordinarily utilized in taking measurements, and is helping engineers keep away from or reduce the inaccuracies which may come up even if utilizing hugely actual tools. a few of the popular dimension tools are defined, including their pitfalls and difficulties.
Because the neighborhood types required to appreciate and keep watch over the iteration, distribution and deposition of air toxins develop into extra certain, the necessity to comprehend the designated results of hilly and mountainous terrain turns into extra acute. The alpine areas and the mountainous Mediterranean coasts have huge results at the method the pollutant burden is unfold of their components.
- Magnetic Resonance Imaging with Nonlinear Gradient Fields: Signal Encoding and Image Reconstruction
- Measurement Uncertainties in Science and Technology
- Optical Rheometry of Complex Fluids
- Everything You Wanted to Know About Data Analysis and Fitting but Were Afraid to Ask
Extra resources for Network Radar Countermeasure Systems: Integrating Radar and Radar Countermeasures
31 The suppression area of a single jammer jamming the airborne radar 39 90 1500 120 60 1000 150 30 500 exposed area 180 0 suppression area 210 330 240 300 270 protected areas jammer That is, the bigger the PjGj, the smaller the exposed area will be; the bigger the PjGj and σ, the greater the exposed area. 2. 1 m, respectively. However, it is maximum when α ¼ 90∘ and α ¼ 270∘ , with the exposure radius being 1300 m in both cases. As a result, when using jammers to defend targets, we should deploy them in the main direction of the enemy’s attack, protruding or retreating a certain distance d, so that the exposure radius of the target in the main direction of the enemy’s assaulting aircraft becomes the smallest.
3 of the network radar countermeasure system. By simulation, we obtain the two-dimensional and three-dimensional diagrams of the power range under deployment No. 3 as shown in Fig. 15. In Fig. 15, “#”stands for a transmitting station and “*”stands for a receiving station. 68 % of the total area in the case of deployment No. 3, which indicates that proper deployment of transmitting and receiving stations can increase the two-dimensional power range, but the height of the three-dimensional power range of deployment No.
The power of the jamming signal can be superimposed at the receiver station. 22), m is the number of jammers, Pji is the transmitting power of 0 the ith jammer, Gji is the side lobe gain of the ith jammer, Pt is the transmitting power of the transmitter station in the system, Gt is the gain of the transmitter, and σ is the cross-section of the target. Thus, the detection area of the reconnaissance unit is the solution set of the following inequalities Ω: 8 m X > > > PCi > > > > i¼1 > > Kj > > PR > > > > 0 > > Pt G t G r λ 2 σ > > !
Network Radar Countermeasure Systems: Integrating Radar and Radar Countermeasures by Qiuxi Jiang