RADAR Conclusion 1.4 2003/12/17 02:28:19 US/Central 2003/12/18 07:22:14.603 US/Central Erlend Hansen erlend@rice.edu Amit N. Aggarwal amit79@rice.edu Erlend Hansen erlend@rice.edu Amit N. Aggarwal amit79@rice.edu conclusion radar Concludes our project of radar. Possible ImprovementsThere are many improvements that we can make to our system in order to create better results. First of all, we need to increase the range of the detection, not having to limit our input signals as much to get accurate results. We need to adjust with the sampling rate that we use in order to be able to detect smaller velocities as well as more accurate ranges. We could optimize the algorithm for the peak locator in the velocity analysis to give more accurate results. In the end, we managed to create a system that created signals to send out with a RADAR, as well as simulate a returned signal for objects a specific distance away or moving at a certain velocity. We were able to detect the range for objects that were fairly close, and calculate the velocity for objects moving extremely fast.

We would like to thank Dr. Courtney Lane and Chris Rozell for all their help. Bibliography Burrus [et al.]. Computer-Based Exercises for Signal Processing Using MATLAB. 1998. Mahafza, Bassem. Radar Systems Analysis and Design Using MATLAB. 2000.

Now to our Group: The Group