... Pulse-Doppler signal processing and transmitter FM noise reduction are accounted for in the standard radar range equation by adding the value D. The power required to perform a given amount of detection increases as the fourth root of ...
... Pulse-Doppler signal processing. 20.2.2. MULTICHANNEL. PULSE-DOPPLER. Increasingly, radar systems have incorporated multichannel antenna designs in order to deal effectively with jamming and the problem of clutter suppression from a moving ...
... Pulse-doppler signal processing with quadrature compressive sampling”, IEEE Transactions on Aerospace and Electronic Systems, vol. 51, no. 2, pp. 1216–1230, 2015. Lu, Y. M., and M. N. Do, “A theory for sampling signals from a union of ...
... Pulse Doppler signal processing. This depends upon the Doppler FFT size. The values above are for an airport surveillance radar. Figure 8.12 shows the data-collection methodology. In this case, as an example, we look at the thirteenth ...
... pulse Doppler signal processing and four pulse bursts and MTI (moving target indication) processing or pulse‐to‐pulse agility. The ECCM (Electronic Counter‐Countermeasures) capability of the radar comes from its very low antenna side ...
... pulse Doppler signal processing was described in Section 11.2.4 as a moving target detector (MTD) radar and in Section 11.2.4.2 as the coherent memory filter, with unambiguous range but ambiguous Doppler frequency. The true Doppler ...
... Pulse - Doppler signal processing hardware can be formidable when wideband pulse compression is employed . Consider , for example , the following scenario . Suppose we wish to detect targets with a maximum anticipated velocity VT of ...
... pulse - Doppler signal processing . On the other hand , the CW - radar technique cannot offer the same high maximum measurement ranges of a pulse radar due to the concept of permanent transmission . Finally , the reflection behavior of ...