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You might need to execute a set of statements repetitively. For example, to calculate the total order value, you want the user to enter a valid value (that is, greater than zero) for quantity ordered. In such a situation, you can display a message box until the user enters a valid value. You can do this by using the Do Loop statements. The Do Loop statements are used to execute a set of statements repeatedly. The syntax of the Do Loop statement is Do While|Until condition [statements] [Exit Do] [statements] Loop or Do [statements] [Exit Do] [statements] Loop While|Until condition In the preceding syntax While|Until are the keywords that are used to repeat the loop. You can use only one of them at a time. Use While to repeat the loop until the condition becomes false and use Until to repeat the loop until the condition becomes true. The Exit Do statement is used to exit the Do loop. As a result, the statement following the Loop statement is executed. If you place the While or Until after the Loop statement, the loop will be executed at least once. For example:
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Routers use routing tables containing routes to determine where to send packets. Routes help the router know where different networks are located relative to its interfaces so that it can send packets out on the appropriate interface and have them delivered to the proper destination. Each route in the routing table falls into one of the following types: Network route. These provide a route to a speci c network ID and therefore to all host addresses within that network. Host route. These provide a route to a speci c host, de ning not only the network but also the address of the host. Default route. The default route is used to route all traf c for which there is no speci c network route or host route. For example, a router connecting a local network to the Internet would have a default route pointing all traf c to the Internet interface. Each route in the routing table has certain general properties: Network ID/host address/subnet mask. These properties identify the destination network ID or host address and the destination subnet. The router checks the destination addresses in the packets against these entries to determine a match. If the packet address matches the criteria, the router uses the forwarding address and interface data associated with the route to process the packet. Forwarding address. The router forwards matching packets to this address. The address could be that of another router or the address of a network interface on the local router (directing the traf c out a speci c port on the router). Interface. This is a port number or other logical identi er of the port through which the traf c is routed for the given route. Metric. The metric speci es the relative price of the route based on cost, available bandwidth, and so on. Where multiple routes exist to a given network or host, the route with the lowest metric is used. When a packet comes in to the router, the router checks the destination address in the packet s header against the routing table to determine which route applies to the packet. If the router matches the destination address with a route, it forwards the packet using the forwarding address associated with the route. If the router nds no matching route, it forwards the packet using the default route (if one is con gured on the router). The default route is used to handle any traf c for which a speci c route is not indicated. How do routers learn their routes One method is to learn routes dynamically from other routers and propagate them to other routers. Routers communicate with one another using routing protocols, with the two most common protocols for IP routing being Routing Information Protocol (RIP) and Open Shortest Path First (OSPF). Windows Server 2008 supports both (and can support additional protocols). RIP and OSPF are explained shortly.
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If you are already up on the basics of maintaining the integrity of your system and its data, skip ahead to the next chapter.
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2 2 Rm Zo( Rm + X m Rm Zo ) . (10.A.78) Rm Equations (10.A.77) and (10.A.78) correspond to equations (10.A.45) and (10.A.65), respectively, when the negative sign in equations (10.A.45) and (10.A.65) is selected for a capacitive X2. As shown in Figure 10.A.4, there are two options for the impedance matching from original value Zm to the reference impedance 50 . Two impedance matching parts are capacitors. Consequently, two possible combinations to build the impedance matching network are:
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One of the first steps Microsoft took to dispel the reputation of being bad with security, not to mention of being a company with openness issues for its technology, was to create the genuine Microsoft Windows program. This program validates your copy of Windows and it also checks your system s security. The MBSA is a quick download that is available at www.microsoft. com/technet/security/tools/mbsa2/default.mspx; this tool is easy to use and helps small and medium businesses determine their security state in accordance with Microsoft security recommendations, and offers specific remediation guidance. It allows you to improve your security management process (see Figure 7.17) to detect common security misconfigurations and missed security updates on your systems.
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CROSS-REF
PowerPoint deletes the selected slide(s) from the presentation.
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not very strong. Basically, it can stop a subpar snooper from hacking your machine; however, if you have any sensitive data on your machine, you definitely want to go for WPA2.
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have given this speci c company a large competitive advantage. Speci c details of the compromise system were developed by a now permanent committee over the following two years and served as the basis for systems implemented in Europe after 1992. In the early 1990s, it was realized that GSM should have functionalities that had not been included in the original standard. Therefore, the so-called phase-2 speci cations, which included these functions, were developed until 1995. Further enhancements, which include packet radio (General Packet Radio Service (GPRS), see Appendix 24.C on the companion website: www.wiley.com/go/molisch) and the more ef cient modulation of Enhanced Data rates for GSM Evolution (EDGE), have been introduced since then. Because of these extensions GSM is often referred to as the 2.5th generation system, as its functionalities are beyond those of a second-generation system, but do not enable all third-generation functionalities (Universal Mobile Telecommunications System (UMTS) (compare with 26)). The success of GSM exceeded all expectations. Though it was originally developed as a European system, it has spread all over the world in the meantime. Australia was the rst non-European country that signed the basic agreement (Memorandum of Understanding (MoU)). Since then, GSM has become the worldwide mobile communication standard,1 with a number of subscribers that approached 3.5 billon in 2009. A few exceptions remain in Japan and Korea, where GSM was never implemented. In the U.S.A., GSM was competing with the CDMA-based Interim Standard-95 (IS-95) system. In contrast to most countries where spectral licenses were provided on condition that the network operator would use GSM, the licenses in the U.S.A. were sold without requiring companies to implement a speci c system. In 2009, there were two major operators offering GSMbased services, while another two were using rival technologies (see 25). There are three versions of GSM, each using different carrier frequencies. The original GSM system uses carrier frequencies around 900 MHz. GSM1800, which is also called Digital Cellular System at the 1800-MHz band (DCS1800), was added later to support the increasing numbers of subscribers. Its carrier frequencies are around 1,800 MHz, the total available bandwidth is roughly three times larger than the one around 900 MHz, and the maximal transmission power of MSs is reduced. Apart from this, GSM1800 is identical to the original GSM. Thus, signal processing, switching technology, etc. can be reused without changes. The higher carrier frequency, which implies a smaller path gain, and reduced transmission power reduce the sizes of the cells signi cantly. This fact, combined with the bigger available bandwidth, leads to a considerable increase in network capacity. A third system, known as GSM1900 or PCS-1900 (Personal Communication System) operates on the 1,900-MHz carrier frequency, and is mainly used in the U.S.A. GSM is an open standard. This means that only the interfaces are speci ed, not the implementation. As an example, we consider the modulation of GSM, which is GMSK. The GSM standard speci es upper bounds for out-of-band emission, phase jitter, intermodulation products, etc. How the required linearity is achieved (e.g., by feedforward linearization, by using a class-A ampli er which is unlikely because of the small ef ciency or by any other method) is up to the equipment manufacturer. Thus, this open standard ensures that all products from different manufacturers are compatible, though they can still differ in quality and price. Compatibility is especially important for service providers. When using proprietary systems, a provider is able to choose the equipment supplier only once at the beginning of network implementation. For GSM (and other open standards), a provider can rst purchase Base Stations (BSs) from one manufacturer but later on buy BSs to extend the capacity of his network from a different manufacturer, which might offer a better price. A provider may also buy some components from one company and other components from another company.
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By experiment, if three circles of any size are chosen so that each circle intersects the other two, then the lines through the points of intersection concur. The point, 0, where they meet, has a special property: OA x OA' = DB x DB' = DC x ~C'. Fig. 1.50
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