Add to ORKGAbstract: With the advancements of VLSI chips and powerful computational devices, new complex algorithms and systems are being devised to tap the available computational power and to get the maximum performance. One particular system is the signal processor of Pulse Doppler Radar. This paper aims at finding the range and radial velocity of a moving target using Pulse Doppler Radar for land surveillance. Different optimization techniques have been employed to increase the accuracy of the system. The design was tested on MATLAB for software verification
Research in radar technology requires readily accessible data from weather systems of varying proper...
Radar is an Object-detection system that uses radio waves to determine the range, angle, or velocity...
Abstract Doppler radars have been widely used in many different fields, such as traffic control, we...
An approach to hardware-oriented software optimization during the implementation of real-time digita...
Research in the field of radar technology had had the disadvantage of high costs, implying a difficu...
This thesis covers the design and implementation of a Doppler Simulator for use in testing X-band ra...
Conventional FMCW radar principle was implemented on Symeo 61 GHz LPR®-1DHP-R radar sensor system. T...
This work is devoted to signal processing and evaluation of Doppler radar. By Signal processing is s...
This master's thesis describes ways of signal processing via digital devices. Major field of interes...
The ever-expanding horizon of radar applications demands solutions with high-end radar functionaliti...
With the rapid development of technology, the new high technology has played an important role in hu...
AbstractTraditional pulse Doppler radar estimates the Doppler frequency by taking advantage of Doppl...
A continuous wave doppler radar system has been designed which is portable, easily deployable and ca...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
Research in radar technology requires readily accessible data from weather systems of varying proper...
Radar is an Object-detection system that uses radio waves to determine the range, angle, or velocity...
Abstract Doppler radars have been widely used in many different fields, such as traffic control, we...
An approach to hardware-oriented software optimization during the implementation of real-time digita...
Research in the field of radar technology had had the disadvantage of high costs, implying a difficu...
This thesis covers the design and implementation of a Doppler Simulator for use in testing X-band ra...
Conventional FMCW radar principle was implemented on Symeo 61 GHz LPR®-1DHP-R radar sensor system. T...
This work is devoted to signal processing and evaluation of Doppler radar. By Signal processing is s...
This master's thesis describes ways of signal processing via digital devices. Major field of interes...
The ever-expanding horizon of radar applications demands solutions with high-end radar functionaliti...
With the rapid development of technology, the new high technology has played an important role in hu...
AbstractTraditional pulse Doppler radar estimates the Doppler frequency by taking advantage of Doppl...
A continuous wave doppler radar system has been designed which is portable, easily deployable and ca...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
Research in radar technology requires readily accessible data from weather systems of varying proper...
Radar is an Object-detection system that uses radio waves to determine the range, angle, or velocity...
Abstract Doppler radars have been widely used in many different fields, such as traffic control, we...