rdlc data matrix

rdlc data matrix

rdlc data matrix

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In software projects, the development of reusable components into modular software libraries helps save development time. Reusability and extensibility are important concepts that can be used to make a software system flexible and less complex in the software development cycle. This chapter introduces how these concepts of code reuse and extensibility are applied to the XUL language with XUL overlays and the XML Binding Language (XBL). XUL overlays are part of the core XUL language, and these files contain XUL content that can be reused by different XUL-based applications. When a XUL file references an overlay file, XUL content from that overlay file is dynamically inserted into that XUL application. Typically, a XUL overlay file contains things that are used and shared repeatedly in many XUL applications, like toolbars with common buttons, menus with common menu items, and other widgets with common characteristics. By using XUL overlays, you can write XUL content once, so that it can be used repeatedly in an application. Unlike XUL overlays, XBL is a separate language not dependent on XUL. XBL stands for the XML Binding Language, and it is a markup language for describing bindings that can be used to add to the behavior of elements in any XML document. An XBL document can describe bindings that add new properties, methods, event handlers, and content, which can be attached to XUL elements. When a XUL element is attached to a binding described in an XBL file, that element is extended to include this new data and behavior. Bindings can be reused throughout the code base of an application or between applications, promoting the concepts of both reuse and extensibility in XMLbased software projects. Although the XBL language is not limited to XUL, it is used

In particular, this chapter deals with the following types of algorithms: Medium Access Control: MAC algorithms de ne the mechanisms used by the objects to share a common transmission medium Routing: generally speaking, a routing algorithm provides a mechanism to route the information units (usually data packets) from the source object(s) to the destination object(s) Localization: localization algorithms are mechanisms that allow an object to determine its geographical position, either with respect to an absolute reference system or relatively to other objects in the area Data processing: data processing includes both data aggregation and data fusion techniques Data aggregation algorithms are methods to combine data coming from different (and possibly heterogenous) sources into an accounting record that can be then forwarded, reducing the number of transmissions, overhead and energy consumption of the system.

What is becoming increasingly evident, especially in respect to e-business, are the heavier demands on both agility and coherence due to increased transparency of the market. Customers can now easily compare which supplier offers the best deal. Internet sites can be found where the prices, terms, and conditions of the various suppliers of almost any kind of product can be conveniently compared, enabling consumers to select the supplier that best suits their needs. Insurance policies, books, CDs, vacation packages, and many other products can be compared in this way using the Internet.

A possible example is the aggregation of temperature and pressure data produced by two different sensors located in the same area into a single compounded packet that will hence be delivered to an environmental-monitoring station Data fusion algorithms are used to merge together information produced by different sources, in order to reduce redundancy or to provide a more syntectic description of the information For example, the temperatures measured by several sensors located in a given area can be fused into a single average value for that area Synchronization: synchronization protocols allow nodes (or a subset of nodes that perform a common task) to synchronize their clocks, so that they all have the same time, or are aware of offsets of other nodes Time synchronization is essential for numerous applications where events must be time-stamped.

Figure 2-2 Light as an electromagnetic wave. The wave exhibits electric (E) and magnetic (B) fields whose amplitudes oscillate as a sine function over dimensions of space or time. The amplitudes of the electric and magnetic components at a particular instant or location are described as vectors that vibrate in two planes perpendicular to each other and perpendicular to the direction of propagation. However, at any given time or distance the E and B vectors are equal in amplitude and phase. For convenience it is common to show only the electric field vector (E vector) of a wave in graphs and diagrams and not specify it as such.