For example, the sentence "After considering all of these possible materials, plutonium was selected" implicitly attributes consciousness to plutonium.
"Objects of very different albedo may be illuminated differently soas to produce similar reflected spectra" is longer and uses less common words, but, compared to the former example, it has the advantage of being true.
The framework extends the existing "block-diagram" programming model; it has three components: a very high-level textual language, a visual language, and the dataflow process network model o ..."
If you click , the original diagram displays at the top of the window, similar to how it looked previously. In addition, new diagram blocks that are linked to the system hierarchy are included at the bottom of the window.
The framework extends the existing "block-diagram" programming model; it has three components: a very high-level textual language, a visual language, and the dataflow process network model of computation.
You can create an FMEA block diagram for any item in the system hierarchy that visually depicts the system assembly that will be analyzed in a design FMEA. These diagrams help to define the scope of a particular analysis project and also may provide additional information that will be useful to the analysis team when they attempt to identify potential failure modes.
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Now in Version 10, the FMEA block diagram is interactive with both the system hierarchy and the FMEA (if desired). This means that the software will automatically populate the diagram with the components in the selected branch of the system hierarchy. You can then add additional blocks for other factors (e.g., human interactions) and add the appropriate connections (physical, material exchange, data exchange or energy transfer) to complete the diagram. Finally, you can choose to automatically create functions for the selected interactions as a starting point in the FMEA (e.g., "Energy Transfer from Component A to Component B").
To create a new FMEA block diagram (or open or delete a saved one), select an item in the System panel then choose . You can also right-click the item and choose .
The FMEA block diagram shows all of the items from the selected branch of the system hierarchy. If an item has sub-items (i.e., an assembly), it will be represented as a container block. If not, it will be represented as a standard block.
You can add blocks to the diagram so that you can add connections that need to be considered in the FMEA. For example, in the image shown below, the "Ground" and "Rider" blocks are not included in the system hierarchy, but were added to the diagram so that their interfaces could be included. The indicator in the top left corner of the block indicates that this is an "Additional Item."
When opening an FMEA block diagram created in an earlier version of the software, you will be given the option to update the diagram to the new format:
Having established the semantics of dataflow processes, the functional language Haskell is layered above this model, providing powerful features---notably polymorphism, higher-order functions, and algebraic program transformation---absent in block-diagram systems.
INTRODUCTION 9 Integrating Block-Diagram and Textual Programming for Parallel DSP =-= is essent-=-ially a brief summary of the above report, although it focuses more on the notion of the "two-view" development system.