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In de ning an aquifer as a body of saturated rock that both stores and transmits important quantities of groundwater, the two verbs were chosen with care. This is because thorough analysis of groundwater systems depends more than anything else on quantifying the factors that govern the ability of the aquifer to store and transmit groundwater. Indeed measurement (or estimation) of the storage and transmission properties of aquifers is a major routine task for hydrogeologists.iv Both storage and transmission properties are controlled fundamentally by geological factors which for any given rock mass determine: (i) the volume and sizes of the pores it contains; and (ii) the strength of the rock mass when subjected to compression by the weight of overlying ground.

That s inevitable But we can have a huge effect in minimizing such activities by jumping on anything immediately when.

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Not all stations need to see each other. As a network scales, it must maintain its manageability. To make any network more manageable, it will be split into many networks called subnets (virtually any network today, whether split or not, is called a subnet). To make these subnet networks manageable they will in turn be split further into sub-subnets. The interconnection of these subnets is accomplished by forwarding devices known as routers. Routers enable data to be forwarded to other networks in a very efficient manner. It will always be easier to manage many smaller networks than it will be to manage one large network. Also, broadcast data stays on its network or subnet. It is not forwarded by routers (exceptions occur and they will be noted in those sections, such as DHCP or all subnets broadcast). In order for routers to forward data to other networks, they use special protocols (known as routing protocols) to enable them to internally draw a map of the entire internet for the purposes of routing. To accomplish this, there are two types of protocols used: Interior Gate-way Protocols (IGPs) and Exterior Gateway Protocols (EGPs). The Exterior Gateway Proto-col used with IP is known as Border Gateway Protocol (BGP). The IGPs that I will explain are known as the Routing Information Protocol (RIP and RIP2) and Open Shortest Path First (OSPF).

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Quality of service (QoS) was introduced in Section 1.4. In this chapter we will be more de nitive in several key areas. There are a number of generic impairments that will directly or indirectly affect quality of service. An understanding of these impairments and their underlying causes is extremely important if one wants to grasp the entire picture of a telecommunication system.

Select the frame, button instance, or movie clip instance to which you will assign the action. Choose Window > Actions to display the Actions panel if it s not already visible. If the Actions panel is not in normal mode, choose Normal Mode from the View Options pop-up menu. In the Actions toolbox, click the Actions category, then click the Browser/Network category, and double-click the getURL action. In the parameters pane, enter the URL from which to get the document or to which you are sending data, following these guidelines: http://www.mydomain.com/mypage.html. A relative path lets you describe one file s location in relation to another; it tells Flash to move up and down the hierarchy of nested files and folders, starting from the file where you issued the getURL instruction. An absolute path is the complete address that specifies the name of the server on which the file resides, the path (the nested hierarchy of directories, volumes, folders, and so on), and the name of the file itself. For more information about writing paths, see About absolute and relative target paths under Help > Using Flash.

you create animated masks by placing a movie clip on a mask layer. See Using mask layers on page 183. You can also use ActionScript to create an animated mask with a movie clip. See Using movie clips as masks under Help > Using Flash.

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