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Scope of what is done Single site, multiple, global dimension Number of devices outsourced Is training included and to what extent What support model is being used (e.g., centralized off-site help desk) Length Incentive based and what was it tied to Assets transferred (HW/SW/People) and how much transitioned in what window of time Is there a guaranteed infrastructure upgrade provision (what was the state of the environment before they started) How did they deal with obsolescence/technology refresh
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For examples of these stored procedures, please download the latest version of the OBXKites sample database from www.sqlserverbible.com. I m also considering developing an AutoCRUD utility that will code-gen CRUD stored procedures. If you d like to use such a utility, please e-mail me at pauln@sqlserverbible.com.
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Sources: Compiled from news item at Computerworld Singapore (April 10, 2003), and from ilog.com (accessed June 9, 2003).
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In this example, we are simply creating an <input> element of type reset.
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server's CPU.If it I mostly hlgh (50-6094 I perceived as high]. it may be a good idea s s to Invest more i this [change the processor/put In an additlonal processor]. n Figure 10.7 shows CPU usage over time. We notice that the CPU i run very hard rr s o a period In the middle 01 the nighL Thls 1s due to disk compression acUvitv bv the server a1 that time.
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4.5.1 Interrupt w e s There are typically three types of interrupts: external interrupts, traps or internal interrupts, and software interrupts. External interrupts are initiated through a microprocessor s interrupt pins by external devices such as A/D converters. External interrupts can be divided firther into two types: maskable and nonmaskable. Nonmaskable interrupt cannot be enabled or disabled by instructions, whereas a microprocessor s instruction set contains instructions to enable or disable maskable interrupt. For example, the Intel Pentium can disable or enable maskable interrupt by executing instructions such as CLI (clear the interrupt flag in the status register to 0) or STI (set interrupt flag in the status register to 1) . The Pentium recognizes maskable interrupt after execution of the STI while ignoring it upon execution of the CLI. Note that the Pentium has an interrupt flag bit in the status register. A nonmaskable interrupt has a higher priority than a maskable interrupt. If maskable and nonmaskable interrupts are activated at the same time, the processor will service the nonmaskable interrupt first. A nonmaskable interrupt is typically used as a power failure interrupt. Microprocessors normally use +5 V dc, which is transformed from 110 V ac. If the power falls below 90 V ac, the DC voltage of +5 V cannot be maintained. However, it will take a few milliseconds before the ac power drops below 90 V ac. In these few milliseconds, the power-failure-sensing circuitry can interrupt the processor. The interrupt service routine can be written to store critical data in nonvolatile memory such as battery-backed CMOS RAM, and the interrupted program can continue without any loss of data when the power returns. Some microprocessors, such as the Pentium, are provided with a maskable handshake interrupt. This interrupt is usually implemented by using two pins: INTR and INTA. When the INTR pin is activated by an external device, the processor completes the current instruction, saves at least the current program counter onto the stack, and generates an interrupt acknowledge (INTA). In response to the INTA, the external device provides an 8-bit number using external hardware on the data bus of the microcomputer. This number is then read and used by the microcomputer to branch to the service routine desired. Internal interrupts, or traps, are activated internally by exceptional conditions such as overflow, division by zero, or execution of an illegal op-code. Traps are handled in the same way as external interrupts. The user writes a service routine to take corrective measures and provide an indication to inform the user that an exceptional condition has occurred. Many microprocessors include software interrupts, or system calls. When one of these instructions is executed, the microprocessor is interrupted and serviced similarly to external or internal interrupts. Software interrupt instructions are normally used to call the operating system. These instructions are shorter than subroutine calls, and no calling program is needed to know the operating system s address in memory. Software interrupt instructions allow the user to switch from user to supervisor mode. For some processors, a software interrupt is the only way to call the operating system, because a subroutine call to an address in the operating system is not allowed.
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Automated teller machines (ATMs) are interactive input/output devices that enable people to obtain cash, make deposits, transfer funds, and update their bank accounts instantly from many locations. ATMs can handle a variety of banking transactions, including the transfer of funds to speci ed accounts. One drawback of ATMs is their vulnerability to computer crimes and to attacks made on customers as they use outdoor ATMs. Electronic forms provide a standardized format whose headings serve as prompts for the input. In form interaction, the user enters data or commands into predesignated spaces ( elds) in a form (see Figure T-1.20). The computer may produce some output after input is made, and the user may be requested to continue the form interaction process. Electronic forms can alleviate many of the resource-intensive steps of processing forms, making traditional typesetting and printing unnecessary. Finally, processing centers do not
When you reboot your computer with KNOPPIX, you not only lose KNOPPIX itself but any data and configuration information you may have created along the way. That s because, by default, KNOPPIX runs from your system s RAM and a nonwritable CD or DVD. Using tools and procedures that come with KNOPPIX, there are ways in which you can keep that information going forward. KNOPPIX happily gives you a login name (knoppix) and a home directory (/home/knoppix), each time you boot from KNOPPIX. You can save files to that directory, as well as change your desktop and system configuration information (which is stored in that directory and in /etc files). The problem is that those directories are in RAM, so they disappear when you reboot.
The FDDI is standardized by ANSI and in I S 0 93 14. This is a ring protocol which is very similar to 802.5, but some changes have been made to support the far higher speed on the medium, 100 Mbps. The FDDI architecture is shown in Figure 2 3 . .1
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Figure 12-20. The System Group.
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