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As for monitoring the status of devices in multiple buildings, Fibre Channel SANs offers built-in management facilities Departments using JBODs on loops can be connected to switches on SAN backbones Switched backbones then create a virtual data center by.

@@@@@@@ &&&&&&&&& %%%%%%%% ############# Team LRN Robotic arm and IBM PC interface and speech control

While the parallel port sends eight bits simultaneously, the serial port transmits bits one at a time. Where the parallel port is an eight-lane highway, the serial port is a one-lane backwoods road. In spite of being comparatively wimpy, the serial port is used more often than the parallel port. Part of its attraction may be that it uses fewer wires than the parallel port. Though the serial port de nes nine pins in its interface

robotic arm can be controlled manually at any time. It doesn t make a difference if the interface is connected to the computer or not.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

15 13 12 10 11

The keyboard program is a DOS-level program that allows one to control the robotic arm in real time (interactively) using the keyboard. The following keys perform the following functions:

1 14 16 17

The speech control for the robotic arm uses the speech-recognition kit from Chap. 7. In this section we will build an interface from the speech-recognition kit to the robotic arm. This interface is also offered in a kit form from Images SI, Inc. The schematic for the speech-recognition interface is shown in Fig. 15.11. The interface uses a 16F84 microcontroller. The program for the microcontroller is as follows:

3 directly attaching servers and arrays with the loops, giving network managers the management data. Finally, when it comes to disaster tolerance, a switched fabric is the right choice. Creating redundant data centers 10 km or more apart requires high bandwidth synchronization that only switching offers. SAN setup is discussed in 4, Configuring SANs: Dos and Don ts.

Fig. 15-2.

Speech Recognition Interface program Symbol PortA = 5 Symbol TRISA = 133 Symbol PortB = 6 Symbol TRISB = 134 Poke TRISA, 255 Poke TRISB, 240 Start: Peek PortB, B0 If bit4 = 0 then trigger goto start trigger: Pause 500 Wait 0.5 seconds Read BCD number @@@@@@@ &&&&&&&&& %%%%%%%% ############# Team LRN Peek PortB, B0 Repeat Trigger enabled, read speechrecognition circuit

Table 15-2

As for management of a SAN, it is suggested that you look to use all the tools and systems for your SAN that you use for your local area network (LAN) and wide area network (WAN). This means that you should look for SAN devices that can be managed via the Simple Network Management Protocol (SNMP) or through the Web via the Hypertext Transfer Protocol (HTTP). Devices also should support telnet (for remote diagnostics or servicing). Another option for reporting on SCSI devices is SCSI Enclosure Services (SES). All of these should furnish detailed information on device status, performance levels, configuration and topology changes, and historical data. Key status and performance information would include throughput and latency metrics. Future requirements will include a commitment to delivering tuning and optimization tools. In Fiber Channel Arbitrated Loop (FC-AL) networks, the hub furnishes management information on all devices within the loop. However, the hub cannot report on devices outside the loop. Of course, when loops are attached to a switching fabric, remote management and diagnostics are possible for all devices. When deciding on what scheme to use for connecting loops to switches, look for features that make the best use of loop tenancy, which is the time a device exclusively occupies the loop for data transfer. Consider devices that collate packets intended for a single target rather than adding the overhead of arbitrating for loop tenancy for each packet to be delivered. More on managing a SAN is presented in 6, Case Studies.

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