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Part VII: Working with Specialized Functionality
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Before we go any further into outlining the various protocols and touching upon some of the more prominent network management systems in use today, let s describe the basic operations of network management systems and establish a vocabulary with which we can describe them. The terms described in this section are used primarily to describe network management systems that are based on a protocol called Simple Network Management Protocol (SNMP). Solaris 9 also provides support for another network management protocol the Web-Based Enterprise Management (WBEM) protocol. We describe what this support entails and how the two protocols relate later in this chapter. Agent. A network management agent is a process that runs on a client system or network device. An agent s role in life is to listen for requests from the network management station, retrieve the requested information, and then reply. Agents have access to information about the operational status and configuration of the device and are able to respond to requests. They can also control the devices by managing the configuration information. Agents across different devices respond to the same set of commands with responses of the same general form regardless of the type of device or the complexity of the device s internals. MIB. MIB stands for management information base, though you will always hear it pronounced as a single syllable word rhyming with bib. A MIB contains current and historical information about the local configuration and network traffic. Each agent maintains a base of information about the local system, while the management station maintains a global MIB with a summary of information from all of the agents. MIBs are extremely important, more so than they might initially appear to be. In fact, they determine the type of information that is maintained by the agent and relayed when a management station requests it with some type of get command. The most common MIB in use today is MIB-II, but there are many additional MIBs, some of which are proprietary. The differences are needed to accommodate the additional functionality of the devices being managed and are not a matter of concern. Proxy. A proxy is an agent that provides support to older devices that do not understand current protocols or any network management protocol at all. In other words, a proxy exists outside of the managed device and provides a means for managing legacy systems. Alarm. An alarm is a general-purpose term used to describe the report of a network event. Alarms are also called traps. Polling. Polling is a periodic action performed by a network manager to request information from agents.
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Protected Sub cmdCancel_Click( _ ByVal sender As System.Object, _ ByVal e As System.EventArgs) _ Handles cmdCancel.Click
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The A700 uses the PictBridge technology to enable printing directly from the camera. PictBridge is a standard technology that is used by many of today s printer and camera companies. To print directly from the camera, follow these steps:
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Figure 12.7-1. Frame format for TACH. The F bits indicate whether the time slot is a TCH or FACCH slot. (From IEEE Commun. Mag. 29(6). Copyright # 1991 IEEE.)
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chaPtEr 5 Digital Memories: Using the Pictures Hub and Camera
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SolidWorks Basics
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Getting Started with Windows Vista Ultimate
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Figure 9.31. Sessions, if available, are displayed in Windows Meeting Space.
6: Image Makeovers
The rst set of text lines, comprising items 1, 2, and 3 above, follows a format precisely de ned in the SIP speci cation and provides the information needed for routing and interpreting the message. The precisely formatted part is followed (separated by a blank line ending with CRLF) by an optional set of lines that contain the message body, whose format is unspeci ed. The start line de nes the message as a request or a response. The header elds provide additional information that cannot t into the start line and control the interpretation of the message body. The order in which multiple headers appear in a message is not signi cant. Some headers are unchanged end-to-end, and some may be modi ed by proxies. The most important function of the message body is to carry session descriptions, which are used by the parties involved in a session to agree on media stream characteristics. The default protocol for session descriptions is SDP (Section 20.4.3) [11]. The message body may also be used for human-readable text, to provide call-related information to users, as well as for other data needed to implement services. SIP uses the ABNF notation [12] for message formats, whose complexity makes its use impractical for describing message formats in concise form. In this chapter, therefore, we describe message formats using a layperson s notation, where words in italics represent the names of parameters (replaced by values in actual messages), and where items in bold (and not in italics) appear literally as they would in actual messages. SP denotes a space character and CRLF denotes a carriage return followed by line feed.
analyzer, the S/N is reduced because the signal to be analyzed is weakened. Thus, even though the signal level remains constant on the display as the attenuation is adjusted, we will see the noise oor rise as more attenuation is applied to the input. Most spectrum analyzers will adjust the input attenuation based on the setting of the reference level power. More attenuation is applied for higher reference power levels, and less is applied when a lower reference power level is selected. Resolution Bandwidth Spectrum analyzers come with multiple settings for the width of the resolution bandwidth lter. The trade-off in setting the resolution bandwidth is between speed and detail. A narrow lter requires more time for the real-world lter elements to settle and obtain an accurate reading. If we are trying to sweep over a wide range of frequencies, then we will nd that the sweep time will be very slow. In contrast, if we are searching for a signal that is very close to another signal, then we will need a narrow lter to be able to resolve the two signals on the display. Figure 9.6 presents charts of the resolution bandwidth. Another trade-off when selecting the resolution bandwidth is that there is a fundamental relationship between the bandwidth and the noise oor. The wider the bandwidth of the lter is, the more noise energy is allowed to reach the detector, thus the higher the noise oor becomes. Therefore, in order to lower the noise oor on the display, we should choose a narrow resolution bandwidth lter, which in turn requires a slower sweep speed. Video Bandwidth The detector inside the analyzer outputs a voltage that corresponds to the amplitude of the signal envelope. At a single point in the frequency sweep, if a continuous tone that does not change amplitude is being measured, then the voltage from the detector will remain constant with respect to time. In contrast, if a noisy signal where the amplitude is rapidly changing is being measured, then the output voltage from the detector will also rapidly change. If a low pass lter to this signal is applied, the fast uctuations would be removed. This is how averaging was accomplished in the early analog spectrum analyzers. Today, averaging can be done by storing successive sweep values in memory and calculating the average. Nevertheless, the video bandwidth lter adjustment is still available to the user. Why It turns out that using the video bandwidth lter can be useful for detecting low power signals that are close to the noise oor. In the block diagram of the spectrum analyzer, the video bandwidth lter appears after the signal has been adjusted to t a logarithmic scale. This means that the averaging operation occurs on log values. Mathematically, if we take a series of numbers, convert them to a log scale, and then take the average of the log values, we will get a different result than if we average the numbers rst and then take the log of that average. In the case of measuring Gaussian noise, the difference between the average of the log versus the log of the average is 2.5 dB. This turns out to be a useful trick, because using video bandwidth ltering
A transition is a special way of moving from scene to scene. Windows Movie Maker offers a whole bunch of transition effects. To see them in the contents panel, click Transitions in the Tasks pane (Figure 20.22).
The zone transfer was refused. Let s try another one.
Accessing Other Shared Media Libraries
Glossary
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