dynamic-range

Relations from this entry

• cmrwiv1rn00a8soacg5vdpiogINSTANCE_OF →

  Pinned sense (Law 11d): dynamic-range as a quantitative specification standard used to evaluate signal systems — its accepted definition carves it as a measure of spread between maximum and minimum usable signal levels (ratio or dB) persisting as a standard parameter of audio, RF, and imaging specifications. A competent engineer calls dynamic range 'a metric' of system fidelity ('dynamic range is the key metric of this converter'). Specific→general per Law 9: dynamic-range is a specific kind of metric, in the same shape as the accepted temporal-resolution INSTANCE_OF metric (specification parameter defining a quantitative limit of a system). Nearest kind: precheck confirms no accepted nearer rung exists. Not a property-of-signal CONTAINS and not a dependency — this is kind-membership of the measure as a standard. INSTANCE_OF metric.

• cmr9uz3vv00elhcxfruyltnd4DERIVED_FROM →

  Pinned sense per accepted definitions. dynamic-range's accepted definition carves it as a 'human-made conceptual measure' persisting through mathematical definition and engineering standards. measurement is the older, more general practice dating to ancient civilization's need for trade and construction; dynamic-range is the specialized application of measurement to signal-level spreads in engineering systems, formalized in the 20th century with electronic audio and RF systems. Historical direction: measurement (older) → dynamic-range (newer).

• cmrsb393a00miollhxpcc7bkzDEPENDS_ON →

  Pinned sense per both accepted definitions. dynamic-range is a human-made conceptual measure of 'the spread between the maximum and minimum usable signal levels in a system' — its two operative parameters ARE signal levels (maximum usable level; minimum usable level = noise floor). signal is the engineered construct carrying information in measurable, transmissible form. Removal test (Laws 2b/8b): remove signal and dynamic-range stops operating — there are no signal levels for the measure to span, no usable range for it to specify; the map loses its territory and the parameter is undefined for every system it standardizes. Reverse test fails: signal operates fully without dynamic-range (a signal exists whether or not anyone measures its usable range). Not merely sayable: the measure's operative content is the level of the signal itself, the same shape as the accepted dynamic-range-meter DEPENDS_ON signal ('remove the audio signal and the dynamic-range meter cannot measure dynamic range'), here at the concept level. Direction: dynamic-range (dependent map) -> signal (territory whose levels it carves).

Relations to this entry

No accepted relations in this direction.