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Key ESD design practices in the implementation of FED ESD networks are as follows: FED emitter-to-collector gap control can lead to nonuniform conduction of emitters in multiemitter design. FED current uniformity can be improved using a single semiconductor emitter instead of metal emitter. FED emitter ballasting can be improved by electronic blunting effect in multiemitter FED structures. FED electronic blunting can compensate for emitter-to-collector gap control. FED devices can produce a bidirectional (but asymmetric trigger voltage) ESD solution. In semiconductor chips, the upper surface of the semiconductor chip is passivated with lms to avoid corrosion, contamination, and scratching of lms and interconnects. In RF semiconductors and with the trend to use micromechanical machines (MEMs), the usage of air bridges and spark gaps are more acceptable than in the past. This will allow opportunities for the implementation and integration of on-chip spark gaps and FEDs. Hence, because of the reliability, the repeatability, the time response, and the breakdown voltage, the usage of on-chip spark gaps and FEDs have provided a greater opportunity and potentially better success for the implementation of the on-chip for the high performance of RF applications. Yet, process cost and other reliability issues may lead to future off-chip implementations.

Using a Text Box to display help information is also easy to implement. Simply create a Text Box using the Text Box button on the Drawing toolbar, enter the help text, and format it to your liking. Figure 24-1 shows an example of a Text Box set up to display help information.

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[31] Second, two neighboring (in terms of physical location) nodes may have a large hop distance in the synchronization tree In consequence, the accuracy of synchronization between these nodes is not as good as if they would synchronize directly with each other 7454 Unstructured As illustrated in the tree-construction approach, the multihop synchronization problem can be interpreted as the problem of determining the links and directions over which time information is disseminated In contrast to tree-construction approaches, unstructured approaches do not rst explicitly solve this problem and then perform pairwise synchronization Instead, time information is exchanged between any pair (or group) of nodes that communicate Whereas in the tree-construction approach every pairwise synchronization is asymmetrical (ie, between a client and a local master), it is symmetrical in the unstructured approach (ie, between two equal peers) In ref.

[25], such an approach has been presented for interval-based synchronization Two nodes combine their bounds on real time by selecting the larger lower bound and the smaller upper bound A similar approach for point estimates is asynchronous diffusion proposed in ref [26] Here, nodes that communicate adjust their synchronized clocks to the average of their synchronized times Like the interval-based solution from ref [25], this approach is completely local Since these approaches do not maintain any global con guration, node mobility does not cause particular problems In contrast, clustering and tree-construction schemes require that the global con guration has to be updated whenever nodes move or fail or when new nodes are added to the system Because algorithms that follow the unstructured approach do not attempt to communicate with a particular node (eg.

, the parent node in a synchronization tree), some of these algorithms piggyback time stamps on messages that are sent for some other, not synchronization-related reason (eg, refs [25] and [27]) It could be argued that these algorithms have virtually no communication overhead, as no messages are generated exclusively for time synchronization 75 CASE STUDIES.

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[100] Schwinger W, Gr n Ch, Pr ll B, Retschitzegger W and Schaurhuber A: Context-awareness in Mobile u o Tourism Guides: a comprehensive survey Technical report, Johannes Kepler Universit t Linz, Austria, July a 2005 [101] van Setten M, Pokraev S and Koolwaaij J: Context-aware Recommendations in the Mobile Tourist Application COMPASS Proceedings of the 3rd International Conference on Adaptive Hypermedia and Adaptive Web-based Systems (AH 2004, Eindhoven, the Netherlands, Aug 2004), Lecture Notes in Computer Science 3173 Springer-Verlag, Berlin, 2004, pp 122 131 [102] Siewiorek D, Smailagic A, Furukawa J, Krause A, Moraveji N, Reiger K, Shaffer J and Wong FL: SenSay: A context-aware mobile phone Proceedings of the 7th International Symposium on Wearable Computers (ISWC 03, White Plains, New York, October 2003), IEEE Computer Society, 2003, pp 248 249 [103] Sirin E.

<group_context> <identify> 12ZTU </identify> <group_members> <member> John </member> <member> Alice </member> <member> Mark </member> </group_members> <timestamp> 2005-01-16T15:03:16.235+01:00</timestamp> <location> <building> <value> Alpha building </value> <type> private building </type> <timestamp>2005-01-16T15:02:45.145+01:00</timestamp> <building> <address> ... </address> </location> </group_context> (b)

and Parsia B: Pellet: an OWL DL reasoner Proceedings of the 2004 International Workshop on Description Logics (DL 04, Whistler, British Columbia, Canada, June 2004), pp 212 213 [104] Sohn T, Grisworld WG, Scott J, LaMarca A, Chawathe Y, Smith I and Chen MY: Experiences with Place Lab: an open source toolkit for location-aware computing Proceedings of the 28th International Conference on Software Engineering (ICSE 06, Shanghai, China, May 2006), ACM Press, 2006, pp 462 471 [105] Staab S and Studer R (eds): Handbook on Ontologies Springer-Verlag, Berlin, 2004 [106] SWOOP semantic web ontology editor Online: codegooglecom/p/swoop/ [107] Tapia EM, Intille SS and Larson K: Activity Recognition in the Home Setting using Simple and Ubiquitous Sensors Proceedings of the 2nd International Conference on Pervasive Computing (PERVASIVE 2004, Vienna, Austria, April 2004), Springer-Verlag, Berlin, 2004, pp.

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