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We suspect that almost everyone has a hierarchy of what we call communal relationships. By this we mean that people have a set of relationships with others about whose needs they believe they ought to care and to whose needs they believe they ought to strive to be responsive in a noncontingent fashion (Clark & Mills, 1993; Mills & Clark, 1982). These relationships vary from weak to strong, with strength referring to the degree of responsibility the person believes he or she ought to assume for the other s welfare. One end of the hierarchy is anchored by relationships in which the person feels a very low degree of responsibility for the partner s needs (e.g., a relationship with an acquaintance for whom the person might provide directions or the time of day with no expectation of compensation). The other end of the hierarchy is anchored by relationships in which the person assumes tremendous responsibility for the other s needs (e.g., a parent-child relationship in which the parent would do just about anything at any cost to ensure the child s welfare.) Figure 18.1 depicts one hypothetical person s hierarchy of communal relationships. Communal relationships, from weak to strong, are depicted on the x-axis. The costs one is willing to incur to meet the other s needs (noncontingently) are depicted on the y-axis. The dashed line in the gure depicts the costs the person is willing to incur in order to bene t the other on a communal basis. Beneath the implicit cost line bene ts will be given and accepted on a communal, need, basis. Thus, for instance, strangers give one another the time of day, neighbors take in

phone The circuit switching method is very reliable, but it is neither exible nor e cient for voice signal transmission, where almost 60% of the time the channel or circuit remains idle [4] This happens either because of the user s silence or because the user the caller or the party called toggles between silence and talk modes In the packet switching method, the information (eg, the voice signal) to be transmitted is rst divided into small xed or variably sized pieces called payloads, and then one or more of these pieces can be packed together for transmission These packs are then encapsulated using one or more appropriate sets of headers to generate packets for transmission These packets are called IP packets in the Internet, frames in frame relay networks, ATM cells in ATM networks [4], and so on.

The header of each packet contains information on destination, routing, control, and management, and therefore each packet can nd its own destination node and application/session port This avoids the needs for preset circuits for transmission of information and hence gives the exibility and e ciency of information transmission However, the additional bandwidth, processing, and memory space needed for packet headers, header processing, and packet bu ering at the intermediate nodes call for incorporation of additional tra c and resource management schemes in network operations, especially for real-time communications services like VoIP These are discussed in later chapters In G711 coding, a waveform coder processes the speech signal, and hence generates a stream of numeric values A prespeci ed number of these numeric values need to be grouped together to generate a speech frame suitable for transmission By contrast, the G723 and G.

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729 coding schemes use analysissynthesis algorithms-based vocoders and hence generate a stream of speech fames, which can be easily adapted for transmission using packet-switched networks As mentioned earlier, it is possible to pack one or more speech frames into one packet The smaller the number of voice or speech frames packed into one packet, the greater the protocol/encapsulation overhead and processing delay The larger the number of voice or speech frames packed into one packet, the greater the packet processing/storing and transmission delay Additional network delay not only causes the receiver s playout bu er to wait longer before reconstructing voice signal, it can also a ect the liveliness/real-timeness of a speech signal during a telephone conversation In addition, in real-time telephone conversation, loss of a larger number of contiguous speech frames may give the impression of connection dropout to the communicating parties.

This procedure uses one argument (Sh), which represents the sheet that was activated. In this case, Sh is declared as an Object datatype rather than a Worksheet datatype. That s because the activated sheet can also be a chart sheet. Your code can, of course, make use of the data passed as an argument. The following procedure is executed whenever a sheet is activated. It displays the type and name of the activated sheet by using VBA s TypeName function and accessing the Name property of the object passed in the argument: