This dataset consists of realistic simulated inverse synthetic aperture radar (ISAR) images of five commonly found automotive targets- a full-size car, a mid-size car, a bicycle, an auto-rickshaw, and a four-wheel truck. The ISAR images are generated of these targets moving along four distinct trajectories while performing four different maneuvers: right turn (South to East, East to North, North to West, and West to South); left turn (South to West, West to North, North to East, and East to South); U-turn (South to South, West to West, North to North, and East to East); and a straight trajectory (South to North; North to South, East to West, and West to East) at a four-way traffic junction. We have incorporated range-Doppler clutter and receiver noise in our simulated ISAR images.

This data set can be downloaded from here

This dataset comprises measured time-domain micro-Dopplers returns from multiple humans undergoing different activities using coherent radar sensors in line-of-sight conditions. We collected measurement data using a Doppler radar configured with an N9926A Field-Fox vector network analyzer (VNA) and two linearly polarized horn antennas (HF907). The VNA can be configured either in narrowband mode or broadband mode. Time-domain S21 measurements of the VNA capture the back-scattered radar returns from a test subject. The VNA can transmit up to a signal strength of +3dBm and has an excellent dynamic range of 100dB with a noise floor at -120dBm. The system, however, has some limitations. The system allows for only one transmitter and one receiver. When configured to the narrowband mode, it has a limited sampling frequency of 370Hz. Hence, this system can only be used for detecting and tracking slow-moving targets at low carrier frequencies.

For more details about the dataset, and download, click here

This dataset comprises measured time-domain micro-Dopplers returns from multiple humans undergoing different activities using coherent radar sensors in line-of-sight conditions. We collected measurement data using a Doppler radar configured with an N9926A Field-Fox vector network analyzer (VNA) and two linearly polarized horn antennas (HF907). The VNA can be configured either in narrowband mode or broadband mode. Time-domain S21 measurements of the VNA capture the back-scattered radar returns from a test subject. The VNA can transmit up to a signal strength of +3dBm and has an excellent dynamic range of 100dB with a noise floor at -120dBm. The system, however, has some limitations. The system allows for only one transmitter and one receiver. When configured to the narrowband mode, it has a limited sampling frequency of 370Hz. Hence, this system can only be used for detecting and tracking slow-moving targets at low carrier frequencies.

For more details about the dataset,  and download click here

For download, please open the link below (preferably in the new tab of your browser).

http://essrg.iiitd.edu.in/wp-content/uploads/2021/12/FrontierCodes-1.zip