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Specify insertion point or [Scale/X/Y/Z/Rotate/PScale/PX/PY/PZ/PRotate]: Use the Endpoint object snap to pick 1 in Figure 18-11. Enter X scale factor, specify opposite corner, or [Corner/XYZ] <1>: -1 Enter Y scale factor <use X scale factor>: 1 Specify rotation angle <0>: 270 (You could also specify -90 degrees.)

The primary objective of DART is to provide the required underlying mechanisms for communication and coordination between instances of abstract tasks specified by the programmer. Architecture independence of ATaG is ensured primarily by the deployment-specific interpretation of the generic task and channel annotations. Depending on the characteristics of the underlying network, the responsibility of translating the annotations could be distributed between the compile-time code generator and the runtime system itself. For instance, consider an output channel with an annotation neighborhood-hops:], indicating that the data item produced by the assocated task is to be sent to all the 1-hop neighbors of the node where the item is produced.

6. Repeat the INSERT command. The Insert dialog box already shows the DOOR block. Click OK. Follow the prompts. You ll probably want to use Zoom Window to zoom into the area of 2 in Figure 18-11.

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FIGURE 11.23(a). Distribution of signal strength amplitude r t versus the normalized parameter x r t =rms; the histogram corresponds to experiments and the curve describes the Rayleigh distribution.

Specify insertion point or [Scale/X/Y/Z/Rotate/PScale/PX/PY/PZ/PRotate]: Pick 2 in Figure 18-11. Enter X scale factor, specify opposite corner, or [Corner/XYZ] <1>: 2/3 Enter Y scale factor <use X scale factor>: Specify rotation angle <0>: 180

7. If you zoomed in for the previous step, return to the previous view using Zoom Previous. Zoom in to the area around 3 in Figure 18-11. Choose Insert Block from the Draw toolbar. Click OK. Follow the prompts:

output points for the second and the third groups were combined together, approximately 1000 points from 1200 samples for the second group, and 800 900 from 1300 samples points for the third group. The reason for not using all the samples will be explained below. Statistical analysis of the rst group of outputs, which is approximately 1200 magnitudes of signal strength, is presented as a histogram in Figure 11.23(a), versus the normalized parameter x r t =rms. Where r t is the local magnitude of signal envelope, the parameter rms was de ned in 1.

Specify insertion point or [Scale/X/Y/Z/Rotate/PScale/PX/PY/PZ/PRotate]: Pick 3 in Figure 18-11. Enter X scale factor or specify opposite corner, or [Corner/XYZ] <1>: -3/4 Enter Y scale factor <use X scale factor>: 3/4 Specify rotation angle <0>: 315

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8. Use Zoom Dynamic to zoom in to the area around 4 and 5 in Figure 18-11. Choose Insert Block from the Draw toolbar. Click OK. Follow the prompts.

Specify insertion point or [Scale/X/Y/Z/Rotate/PScale/PX/PY/PZ/PRotate]: Pick 4 in Figure 18-11. Enter X scale factor, specify opposite corner, or [Corner/XYZ] <1>: 1 Enter Y scale factor <use X scale factor>: Specify rotation angle <0>: 270

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9. Repeat the INSERT command and click OK. Follow the prompts:

Architecture-Independent Programming for Wireless Sensor Networks By Amol B. Bakshi, Viktor K. Prasanna Copyright @ 2008 John Wiley & Sons, Inc.

FIGURE 11.23(b). Distribution of signal strength amplitude r t versus the normalized parameter x r t =rms; the histogram corresponds to the experiments and the curve describes the Rician distribution.

Specify insertion point or [Scale/X/Y/Z/Rotate/PScale/PX/PY/PZ/PRotate]: Pick 5 in Figure 18-11.

Enter X scale factor, specify opposite corner, or [Corner/XYZ] <1>: -1 Enter Y scale factor <use X scale factor>: 1 Specify rotation angle <0>: 90

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