Norma ANSI IEEE Std 4 1978 An American National Standard

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The idea is to limit the number of test points for the cumulated request function. For each task only a limited number of test points (one for each of the first k jobs) are considered exactly. The remaining test points are skipped and an approximation is used instead. In the example in Fig 2 the first two jobs of τ1 are considered exactly, the remaing are approximated using the specific utilization of the task. An upper bound for the task request bound function considering only the first k jobs exactly is called upper approximated task request bound function: ⎧ C ⎪ rbf (k ⋅ Ti , Γ i ) + -----i ⋅ ( I – di , k ) rbf sup'(I , Γi , k) = ⎨ Ti ⎪ rbf (I , Γ i ) ⎩ rbf sup(I , Γ, k) = ∑ ∀τ i ∈ Γ I > k ⋅ Ti I ≤ k ⋅ Ti rbf sup'(I , Γi , k) The error of the approximation is bounded as shown in Fig 2.

INTEGRATION IN THE ANALYSIS FRAMEWORK The measurement framework consists of a set of virtual base classes shown in Figure 2. For each virtual base class a non-virtual subclass is loaded at runtime, according to the underlying hardware. compile +prepareCompile(string fname)() +make()() +getBinaryName()() : string +removeFiles()() +cleanup()() +getVersion()() Compile_HCS12 counter +prepareCounter()() +readResult()() : long +close()() CounterDevice_HCS12Internal CounterDevice_HCS12External loader target +load(string binary name)() +wait_for_target_ready()() +start_program()() +reset_target()() Loader_HCS12 Target_HCS12 Figure 2.

Comparison table of the filters synthesis Implementation results Starting from code generated by SynDEx-IC, one simulated the filters of sobel and prewitt by using the modelsim tool. Thus, one obtained images results enough interesting for various input images. If one compares the results obtained for code generated by SynDEx-IC with the results obtained by coding these filters in language C, one noted that they were identical. Thus, for somebody who knows neither the VHDL, nor the language C it may be more practical to use graphical specification SynDEx-IC to design these filters of image processing.

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