gtin 14 check digit calculator excel Figure 4-7 Display in Software

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Figure 4-7 Display
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Character Set A display's character set refers to the way that the data representing each character in the display, including spaces, is translated into a graphical symbol The amount of data required to represent each character is determined by the number of different symbols supported by the display A display's character set is typically ASCII or Unicode4-11 Contents The contents of the display is the data representing the information to be displayed The contents may be thought of as a long sequence of characters representing the concatenation of each row in the display The size of this sequence is fixed and is determined by the number of rows
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ASCII and Unicode ASCII (pronounced "as-kee") stands for American Standard Code for Information Interchange The ASCII character set uses one byte per character and can represent 256 characters of which the first 128 are standardized The Unicode character set is designed to allow representation of the characters used by all the languages of the world, including Chinese, Japanese, and Korean It uses two bytes per character and standardizes tens of thousands of characters
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and columns in the display and the amount of data required to represent each character (size = rows columns character size) A physical device element may have, at most, one display The telephone system display associated with a physical device element should not be confused with other types of graphical displays that may be present on various types of products A video phone, for example, typically is a station device with physical device elements such as buttons, an auditory apparatus, etc Although a video phone typically has a video display that shows decompressed video data from the media stream, this display presents information from the media stream and not telephone system feedback It therefore is not a physical element display component, although a physical element display could be implemented by superimposing it on top of the video display In this example, the video display is modeled as a type of media access resource associated with the physical device element
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42 Network Interface Devices
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Up to this point we have been using the term device to refer to a general class of telephony resources capable of having a connection to a call The first example of a device was the telephone set, which is known as a station device Station devices actually terminate or originate media streams and can be thought of as being local, or directly attached, to a particular set of telephony resources In 3, section 325 we saw that establishing a call across a network typically involves a number of distinct telephone systems each of which use a set of their own local devices to communicate with other telephone systems Figure 3-9 illustrates how these network interface devices are transparent to the two devices at either end of a call which spans the network
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A network interface device is an endpoint with respect to one set of telephony resources, but corresponds to a transmission facility that connects to another set of telephony resources Figure 4-8 shows just one set of telephony resources and abstracts the rest of the network In this case, device D3 is a network interface device4-12
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Figure 4-8 Network interface device
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From the perspective of the telephony resources shown in Figure 4-8, the network interface device D3 is a proxy for the remote device D2 on the other side of the network These telephony resources cannot manipulate D2, so they act on D3 in its place For example, to drop connection D2C1 from the call, the switching resources drop connection D3C1, which has the same result The relationship of D3 as a proxy to D2 may be represented in graphical notation as shown in Figure 4-9 The brackets indicate that D3 is a proxy for D2
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