Line Louise Rasmussen, Karina Hesselvig Vaupell, Marlene Lynggaard Olsen, Charlotte Nielsen
Should oral care be about more than a gut feeling? A qualitative study investigating patients' and healthcare professionals' experiences
Journal of clinical nursing
study investigates utilization stepped wave frequency modulation jamming technique radar systems objective enhance effectiveness robustness false target jamming presence linear frequency modulation lfm radars employing constant false alarm rate cfar detection proposed method combines stepped frequency modulation full pulse delaysum repeat jamming enhance resilience uncertainties target parameters theoretical analysis simulation experiments conducted establish relationships key jammer parameters frequency slope power compensation performance metrics like false target distribution cfar masking results demonstrate proposed technique effectively maintains dense distribution false targets surrounding protected target even presence uncertainties position signaltonoise ratio comparison existing methods utilization steppedwaveform modulation enables improved control target distribution cfar masking adaptive power allocation compensates parameter errors thereby enhancing robustness simulation results reveal proposed approach significantly reduces probability detecting true target 95 uncertain conditions previous methods experienced degradation integration stepped waveforms optimizes false target jamming thereby advancing electronic warfare capabilities countering advanced radar threats study establishes design principles resilient jamming architectures supports enhanced survivability radars employing pulse compression cfar detection moreover concepts proposed study potential extension emerging radar waveforms