The phrase "absolute delay" is correct and usable in written English.
It can be used in contexts related to time management, project planning, or technical discussions where a specific, unchangeable delay is being referenced.
Example: "The project faced an absolute delay of two weeks due to unforeseen circumstances."
Alternatives: "fixed delay" or "total delay".
Distribution of absolute delay time residuals.
Absolute Delay Guarantee: A desired absolute delay (AD) W k is assigned to each class k.
Notice that such large numbers are also dictated by the fact that the absolute delay results are very low.
We noted, however, that the absolute delay may increase or decrease depending on the number of receivers in the system.
Although the absolute delay values were different, the overall trend in packet delay follows the same pattern for all such combinations that were experimented with.
However, this scheduler is only effective for traffic types without explicit constraints on the minimum achievable average data rate and/or the maximum allowable absolute delay.
These errors result from the comparisons between the desired relative or absolute delays {W k | 0 ≤ k < N} and the measured delays or the sampled connection delays {C k | 0 ≤ k < N} (output V) computed by the monitor at each sampling instant.
Under the SAOFLC strategy, the closed-loop controlled web server enforces, succesfully, the absolute (relative) delay guarantee by satisfying the required delay difference (delay ratio) for the high priority classes (class 0 and class 1) with an obvious superiority than the standard Mamdani type FLC.
After long series of trial/error tests, the following characteristics have been fixed for the two cases of FLC based web server control; i.e. absolute service delay and relative service delay guarantees: Five FSs have been chosen to describe the error, its rate of change and control variation amplitudes.
After the optimization process, the main characteristics (decision table, scaling factors and MFs) have been fixed for the two cases of FLC based web server control; i.e. absolute service delay and relative service delay guarantees as shown in Table 9, 10, Figures 13 and 14.
Dose enhancement factor (DEF) by S44563 was calculated using the following formula: DEF=(Absolute growth delay in combination group)/(Absolute growth delay in radiation group).
