Abstract: A method for calibrating a vehicular radar sensing system includes providing a plurality of radar sensors at a vehicle that includes a first radar sensor and a second radar sensor, the first radar sensor having a field of sensing that at least partially overlaps a field of sensing of the second radar sensor. An object in the field of sensing of the first radar sensor is detected via processing sensor data captured by the first radar sensor. The object in the field of sensing of the second radar sensor is detected via processing sensor data captured by the second radar sensor. Based on detection of the object with the first radar sensor and with the second radar sensor, a detection error is determined. Calibration of the second radar sensor is adjusted based on the detection error.

Abstract: In accordance with some embodiments of the disclosed subject matter, mechanisms for efficient real-time embedded processing of physiological signals using S transforms are provided. In some embodiments, a system comprises: a sensor configured to monitor at least one condition of the subject and generate physiological feedback data; a processor configured to receive the physiological feedback data from the sensor and programmed to: implement a ECG Leads filter bank with a predetermined number of coefficients and taps selected to perform a Stockwell transform on the physiological feedback data and provide a frequency domain data of the physiological feedback data; analyze the frequency domain data using a physiological monitoring criteria; generate a report about the physiological condition of the subject based on the analysis of the frequency domain data using the physiological monitoring criteria; a display configured to display the report about the physiological condition of the subject.