Several studies have suggested that signal effects on operant behavior are strongly determined by interreinforcer interval (Schaal, Odum, & Shahan, 2000; Schaal, Schuh, & Branch, 1992).
The present study, as well as those preceding it, suggests that interreinforcer interval could have an important role in modulating signal effects when the visual or auditory cues are separated from the response selected for reinforcement.
The Channel Simulator adds phase-continuous and dynamic Doppler, delay, fading and AWGN perturbations to input signals, precisely duplicating these signal effects
from an actual flight.
The GSS6400 Record & Playback system enables u-blox to capture complex real-world signal effects and then repeatedly replay the RF in the laboratory.
With the traditional receiver characterization tests, u-blox is able to test for real-world signal effects and classic challenges of navigation systems.
SSN challenges are a paragon of inseparable signal effects
and power plane behavior.
The clock buffers also let designers minimize undesirable signal effects
such as cross-talk and Electromagnetic Interference (EMI).
Unlike analog-only solutions, which simply mask detrimental signal effects
such as crosstalk and reflections, the D-PHY family actually removes these effects, ensuring maximum signal integrity.