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Technical Annex: 2 Pollution, Great Barrier Reef Marine Park Authority for Department of the Environment, Sport and Territories, Ocean Rescue 2000 Programme, Canberra, ACT, Australia, 1995, pp 73 87 51 A T Williams and S L Simmons, J Coastal Conservation 2, 63 72 (1996) 52 A Hollstrom, Nature 255, 622 623 (1975) 53 A T Williams, S L Simmons, and A Fricker, Marine Pollution Bull 26, 404 405 (1993) 54 S Oshima, Hydro Intl 4(5), 73 (2000) 55 S Ye and A L Andrady, Marine Pollution Bull 22, 608 613 (1991) 56 L M Stevens, M R Gregory, and B A Foster, in D P Gordon, A M Smith, and J A Grant-Mackie, ed, Bryozoans in Space and Time, Proceedings of the 10th International Bryozoology Conference, Wellington, New Zealand, National Institute of Water and Atmospheric Research, 1996, pp 321 340 57 J J Powlik, Sarsia 80, 229 236 (1995).

Industrial Standards and Work ow Pro les The Health Level 7 (HL7) Standard 9.2.1 Health Level 7 9.2.2 An Example 9.2.3 New Trend in HL7 From ACR-NEMA to DICOM and DICOM Document 9.3.1 ACR-NEMA and DICOM 9.3.2 DICOM Document The DICOM 3.0 Standard 9.4.1 DICOM Data Format 9.4.1.1 DICOM Model of the Real World 9.4.1.2 DICOM File Format 9.4.2 Object Class and Service Class 9.4.2.1 Object Class 9.4.2.2 DICOM Services 9.4.3 DICOM Communication 9.4.4 DICOM Conformance 9.4.5 Examples of Using DICOM 9.4.5.1 Send and Receive 9.4.5.2 Query and Retrieve 9.4.6 New Features in DICOM 9.4.6.1 Visible Light (VL) Image 9.4.6.2 Mammography CAD (Computer-Aided Detection)

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John Wiley & Sons maintain an MS web-site: http://basepeak.wiley.com. Virtual Mass spectrometry laboratory hosted by CarnegieMellon University and University of Pittsburgh: http://Massspec.chem.cmu.edu/VMSL/.

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58 D W Laist, Marine Pollution Bull 18, 319 326 (1987) 59 D W Laist, in J M Coe and D B Rogers, ed, Marine Debris: Sources, Impacts, and Solutions, Springer, New York, 1997, pp 99 139 60 P C Harper and J A Fowler, Notornis 34, 65 70 (1987) 61 S I Rothstein, Condor 75, 344 355 (1973) 62 H Hays and G Cormons, Marine Pollution Bull 5, 44 46 (1974) 63 M L Moser and D S Lee, Colonial Waterbirds 15, 83 94 (1992) 64 R W Furness, Environ Pollution Ser A Ecolog Biolog 16, 261 272 (1985)..

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are interoperated through the standardized or privately de ned component interfaces, as shown in Figure 14.12. We use an example here to show a component-based diagnostic display WS based on the active template library (ATL) to develop the components of DICOM communication services, and image database and Microsoft foundation classes (MFC) to develop the components of GUI and the key component of display and processing. The standardized interfaces used in the WS are DICOM and ODBC (open database connectivity) compliant. Three software programs: iViewer, iProcessor, and iController are for image processing and display interfaces. There are three kinds of object arrays and one memory bulk object inside the component of display and processing (DP): (1) the array of processing objects, (2) the array of viewing objects, and (3) the array of window objects; the bulk memory storing image objects is managed by the memory manager. The interoperation and data exchanges between these object arrays are done through the interfaces of iController, iProcessor, and iViewer shown in Figure 14.13. There is also a message queue that collects the messages generated from different windows and dispatches them to the proper image processing pipelines, which are formed by the three objects of processing, viewing, and window. Internally the DP component creates an event-driven window environment to let users use different input devices, such as mouse and keyboard, to manipulate the images displayed and processed through the windows and pipelines in the component with multithreading processing capability. Because the window objects inside the component can be attached to different display devices through the proper software run-time con guration, this component-based display architecture can be implemented in different display systems.

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