Patent ID: 8514729
Filing Date: 2013-08-20
Classification: H04L,H04W

Abstract:
1. A machine-implemented method, comprising: detecting one or more radio frequency (RF) samples with a device; determining burst data by identifying start and stop points of the one or more RF samples with a network management agent of the device; comparing time domain values for an individual burst of the burst data with time domain values of a predetermined RF device profile with the network management agent of the device; determining whether the time domain values for the individual burst match the time domain values of the predetermined RF device profile; determining a single carrier offset when the individual burst is offset from a scan center frequency; shifting a frequency of the individual burst in the time domain when the single carrier offset is determined; comparing Fast Fourier Transform (FFT) values for the individual burst with FFT values of the predetermined RF device profile, if the predetermined RF device profile has the time domain values approximately matching the time domain values for the individual burst with the network management agent of the device; generating a human-readable result indicating whether the shifted individual burst should be assigned to one of the predetermined RF device profiles with the network management agent of the device, wherein the human-readable result includes a difference vector in graphical form of a difference between FFT values for the individual burst and FFT values of the selected predetermined RF device profile; and assigning the FFT values for the individual burst to the predetermined RF device profile based on the difference.