gtin-13 check digit calculator excel Figure 11-29 Mapper code serial telephone station peripheral configuration in Software

Generator QR-Code in Software Figure 11-29 Mapper code serial telephone station peripheral configuration

Figure 11-29 Mapper code serial telephone station peripheral configuration
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Another variation involves having a telephone station in tandem, so that the telephone station peripheral is between the switch and the telephone station (Figure 11-30) This arrangement gives the peripheral greater control over the telephone station Depending on the implementation, the peripheral can take over the role of the switch controlling and interpreting commands from the telephone station
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Figure 11-30 Tandem serial telephone station peripheral configuration
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1167 Add-In Board Configuration
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The add-in board telephone station peripheral configuration is very similar to the serial-based telephone station peripheral configuration The only difference is that, rather than being connected to the client computer through a serial cable or serial bus, the peripheral is in the form of an EISA, ISA, VESA, MCA, NuBus, PCI, or PCMCIA add-in card Because these boards generally do not have an associated session/transport protocol stack, they usually require a mapper if standard CTI protocols are to be used In most cases, however, the mapper is a simple virtual serial port implementation that allows the CTI interface
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on the board to be accessed as if it were the type of serial-based peripheral described in section 1166 This mapper-based configuration is shown in Figure 11-31
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Figure 11-31 Mapper code add-in board configuration
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One case where a mapper is not required is the case of a PCMCIA implementation that uses the same mechanism as a modem card to expose a serial interface In this case the configuration is CT Plug & Play, as shown in Figure 11-32
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Figure 11-32 CT Plug & Play add-in board configuration
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As with the serial-based peripheral, the add-in board also may be arranged in tandem with a telephone station This is most notably the case where the add-in card attaches to a digital line and provides an analog line interface This is illustrated in Figure 11-33
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Figure 11-33 Tandem mapper code add-in board configuration
Add-in board configurations are applicable primarily in scenarios where the line interface from the switch is nonproprietary (as with analog and ISDN lines)
1168 Other Implementation-Specific Ports
A variation of the proprietary add-in board configuration involves the use of a parallel port or some other implementation-specific computer port to attach a CT component Like the add-in board, this type of CT component must be accompanied by a mapper of some sort, which at a minimum will allow access to the CT session provided by the component
117 Client-Server Configurations
Client-server configurations, as the name implies, involve an indirect communication link between a user's client computer or PDA and a telephone station or other telephony resources All of the configurations in this section are presented using the standard graphical notation Refer to the inside of the back cover for a summary of the symbols
1171 Basic Client-Server Configuration
In the simplest of client-server configurations, a client computer or PDA establishes a communication link with a CTI server which acts as a proxy in obtaining CTI functionality from a switch Figure 11-34 shows the logical integration of a client computer and a telephone station in a client-server configuration involving a single client computer From the perspective of a user controlling the functionality of their telephone station, the indirect flow of CTI messages through the CTI server is functionally equivalent to the direct flow of messages found in directconnect configurations (assuming that the CTI interfaces themselves have the same functionality) In the configuration shown, both the switch and the CTI server provide standard CTI protocols, so no proprietary software is required on either the CTI server or the client computer
Figure 11-34 Client-server configuration example
If the telephony features and services available through the resulting CTI session reflect a switching domain that is limited in scope to a single device or device configuration, then the configuration involves first-party call control This is illustrated in Figure 11-35 If the switching domain contains additional telephony resources, then it supports third-party call control The switching domain in this case may consist of other station devices and/or additional telephony resources within the switch (Figure 11-36) In either case, CTI messages from the switch are appropriately delivered through a LAN-based communication link between the CTI server and the client computer or PDA
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