Viewing information overload as myth validates its existence without requiring proof.
This discussion includes various views of myth(2) and its relationship to folkloristics in order to extract the nuance of meaning each offers for a description of the mythology of information overload.
The following discussions of the force and character of the information society, the nature of information, and the problem of overload suggest that information overload can be thought of as a myth developed in response to an overwhelming social process.
However such changes are described, it is clear that they are keenly felt in proportions that are significant for determining the mythic nature of information overload.
Like Kochen, they explicitly include continuity and change (conservatism and dynamism again) in their discussion, which reinforces the appropriateness of applying mythology of information overload as a framework of analysis to understand how people cope in an age when information is the chief economic product:
Of course, replacing a fuse or resetting a circuit breaker may restore power, but it will not correct the overload
Together these security features protect the SBC from deadly signaling attacks, prevent infrastructure DoS and overload conditions, and protect subscriber, enterprise, and service provider confidentiality and privacy.
Trusted & untrusted paths from network processor to signaling processor w/configurable bandwidth scheduling and partitioning, providing hardware-based access fairness and SBC overload protection
For example, eight to 10 servers may share a single circuit potentially causing an overload as new devices are added to the network.
In the past, technicians had to manually test the circuits, which usually happened after an overload.
For example, overload
capability over a sustained period is extremely important when the 'park cycle' could be a few minutes, in systems such as EPS and EHPAS systems.
By allowing a 2-bit diagnostic signal per channel to report unsafe conditions such as overload
, overtemperature, open load and short-to-ground, SPI control reduces the load on the microcontroller.