We propose a novel method for mitigating erroneous wake-ups that are commonly associated with ultra-low power wake-up receivers. Recent research in low-power protocols has demonstrated significant improvements in energy-efficiency by employing ultralow power wake-up receivers. However, due to the low-complexity receiver structures adopted, wake-up receivers are susceptible to external interfere...

We continue the analysis of Vacuum String Field Theory in the presence of a constant B field. In particular we give a proof of the ratio of brane tensions is the expected one. On the wake of the recent literature we introduce wedge–like states and orthogonal projections. Finally we show a few examples of the smoothing out effects of the B field on some of the singularities that appear in VSFT.

is a typical story. a patient arrives at the emergency room. he was well when he went to bed and then he woke up with symptoms suggestive of stroke several hours later. even without further scrutiny, the clinician determines that intravenous thrombolytic therapy is contraindicated. end of story. Such is the plight of patients with wake-up stroke. Can we do more? Can we do better? Wake-up stroke...

We use the general formalism of squeezed rotated states to calculate baryon asymmetry in the wake of inflation through parametric amplification. We base our analysis on a B and CP violating Lagrangian in an isotropically expanding universe. The B and CP violating terms originate from the coupling of complex fields with non-zero baryon number to a complex background inflaton field. We show that ...