The internal clocking of an EAIC system causes it to be free of critical races, essential hazards, and errors due to static hazards.
However, like synchronous FSMs and unlike fundamental mode FSMs, properly designed pulse mode machines cannot have any of these timing defects—no endless cycles, no critical races, and no essential hazards.
The fundamental mode is characterized, in part, by overlapping input signals and the potential to form certain types of timing defects such as endless cycles, critical races, and essential hazards, any of which, if present and active, is guaranteed to cause malfunction of the FSM.
Therefore our findings are essential for hazard plans development and for actions aimed to risk mitigation at Vesuvius and other explosive volcanoes.
Firstly, for disaster management mechanism, in US, nearly 67.9% had specific plans for all the essential individual hazards in 2008 [ 27].
Safety and health inspections are an essential element of hazard control program.
Investigating the ground-motion characteristics of this earthquake is essential for seismic hazard analysis and earthquake-resistant design.
To address this limitation, statistical seismology of earthquake occurrence and forecasting has become essential for seismic hazard assessment of large geographical areas (Jordan 2006; Shebalin et al. 2014).
Therefore, prediction of post-failure motion is an essential component of hazard assessment when a potential source of a mobile landslide it is located.
Therefore, prediction of post-failure motion is an essential component of hazard assessment when a potential source of a mobile landslide can be located.
Investigation of environmental factors is essential for the hazard analysis of coseismic landslides, but the study of triggering factors is also necessary.
