Sentence examples for radar systems can be from inspiring English sources

Existing human gait classification methods for radar systems can be categorized as parametric and nonparametric approaches.

Radar systems can be classified into two main categories depending on the used technology: primary radars or secondary radars.

Two categories of MIMO radar systems can be classified by the configuration of the transmitting and receiving antennas: (1) MIMO radar with widely separated antennas (see, e.g., [1, 2]), and (2) MIMO radar with colocated antennas (see, e.g., [3]).

Various signals transformed in the radar system can be tested accurately and easily online.

In short, the power levels in a radar system can be very large (at the transmitter) and very small (at the receiver).

Furthermore, the burden and cost of the radar system can be significantly reduced.

We show with numerical results that the LPI performance of the radar system can be significantly improved by exploiting the scattered echoes off the target due to cellular communication signals received at the radar receiver.

Using numerical results, we have proven that the LPI performance of radar system can be considerably enhanced by exploiting the communication signals scattered off the target at the radar receiver.

For N t communication BSs, the equation of the received signal at the radar system can be expressed in the continuous time domain as follows: y(t) = r(t)+sumlimits_{i=1}^{N_{t}}[r_{s, i}(t)+s_{i}(t)+r_{c_{s},i}(t)]+r_{c_{r}}(t)+n(t), (3).

Taking into account that the synthesized waveform should have constant module, the STAF optimization problem for a MTD radar system can be summarized as begin{aligned} & text{min} sum_{(n,m) subset I_{C}} |vartheta(n, m)|^{2} & mathrm{s.t.} |s_{k}|=1, k=1,2,ldots,N.

That is to say, the total transmitted power of the radar system can be reduced significantly by exploiting the scattering off the target due to communication signals for a predefined SINR threshold, which leads to better LPI performance to defend against the hostile passive intercept receivers.