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sublayer is responsible for the access mechanism and for fragmentation and reassembly of packets. The MAC-layer management sublayer is responsible for roaming within the ESS, power management, and association, dissociation, and reassociation processes for registration connection management. The PHY layer is divided into three sublayers: PHY-layer convergence protocol (PLCP), PHY medium-dependent (PMD) protocol, and PHY-layer management sublayer. The PLCP is responsible for carrier-sensing assessment and forming packets for various PHY layers. The PMD sublayer speci es the modulation and coding techniques to be used at the PHY layer, and PHY-layer management selects among the options available for each PHY layer. In addition, IEEE 802.11 de nes a station management sublayer that is responsible for coordination of the interactions between MAC and PHY layers. More detailed treatments of the IEEE 802.11 protocol layer functionality can be found in [Gei99, O Ha99, Kei02, Pah02a], and references cited therein. The IEEE 802.11 standard currently de nes three PHY-layer options: Frequencyhopping spread spectrum (FHSS), direct-sequence spread spectrum (DSSS), and infrared (IR). When the MAC protocol data units (MPDUs) arrive at the PLCP layer, a header is attached that is designed speci cally for the PMD of the PHY layer chosen. The PLCP packet is then transmitted by the PMD according to the PHY-layer speci cation chosen. The standard de nes three PLCP packet formats to prepare the MPDUs for transmission on the three respective PHY layers. For illustrative purposes, Fig. 15.12 shows the composition of a PLCP frame for the FHSS PHY-layer option. The preamble enables the receiver to synchronize to the incoming signal properly before the actual frame contents arrive. The header eld
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Expansion functions are often called basis functions. However, we avoid this name in order to avoid confusion with basis pulses. It is noteworthy that expansion functions are by de nition orthogonal, while basis pulses can be orthogonal, but are not necessarily so. 5 More precisely, the endpoints of the vectors starting in the origin of the coordinate system.
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The calculated values of vRS and vRL are listed in Table 9.6, where RS is kept 50 is unchanged while RL is varied from 10 to 10 k . Three cases shown in Table 9.6: 1) Dropped-down case : vRL is dropped down from vRS . vRL < vRS , if RL < RS. 2) Unchanged case: vRL or vRS is equal to vRL. (9.96) (9.95)
Enabling the Start Menu Classic mode
Preparing for installation
Understanding the need for shapes Understanding the drawing tools Understanding issues of non-rectangular interfaces I chose to write a chapter on irregular forms because, quite frankly, I think they are a lot of fun. In previous chapters, you received information necessary to create standard GUIs for applications. This chapter focuses mainly on nonstandard GUIs. As the .NET Framework gains in popularity and distribution, you will probably see a wider range of applications developed with Visual Basic than ever before. Games, of course, are probably the most popular task to complete. This chapter is not a "how-to" in good GUI design and, as the adage says, "Just because you can, doesn't mean you should." Irregular forms are not the answer to every difficult issue in GUI development, but they are exciting and entertaining. The majority of items covered in this chapter are things such as rectangles, ellipses, polygons, regions, graphics, graphics paths, points, and brushes. Other issues such as how to deal with a form that has no caption bar are also addressed. The novice user will find this chapter to be entertaining, and will learn a great deal about window manipulation. The advanced user will discover how to leverage certain objects within the framework that they may not have otherwise had time to investigate. I have provided examples to cover the more interesting techniques in irregular form creation.
Exercises
9600 baud; close the connection on last close (hupcl); map line feed to carriage return-linefeed (onlcr); and post process output (opost). There are a myriad of different settings, which can all be found in the man page for stty(1). final-flags. The final-flags must be specified in the same format as initial-flags; ttymon sets these final settings after a connection request has been made and immediately prior to invoking a port s service. In the preceding example, the serial port is set to 9600 baud and reset (sane) to default values. autobaud. If the autobaud field contains the character A, autobaud will be enabled. Otherwise, autobaud will be disabled. The ttymon process determines what line speed to set the port to by analyzing the carriage returns entered. If autobaud has been disabled, the hunt sequence is used for baud-rate determination.
dgk fA0 (a0 )fG1 (g1 ) fGk (gk )PC (k|a0 , Gk )
14. Click the Smart Dimension tool in the Sketch toolbar or choose Tools Dimensions Smart. Click the outside end line of the rectangle, and move the cursor away from the line. You can align the dimension one of three ways: measuring the horizontal dimension of the line, the vertical dimension, or the dimension aligned with the angle of the line. When the dimension is aligned with the angle, as shown in Figure 1.33, click the RMB. This locks in that orientation, and enables you to select a location for the dimension without affecting its orientation. Click to place the dimension. If the dimension does not automatically give you the opportunity to change the dimension, double-click the dimension and change it to 0.5 inch or 12 mm. If this is larger than the diameter of the circle, notice that the circle changes to accommodate the new width.
Called Address derivation, GSM-MAP system, 612 613 Called and calling party subaddress information elements (IE.4 and 5), Q.931 ISDN protocol, 252 253, 255 256 Called number sending, British Telecom National User Part protocol, 225 Called number translation, advanced intelligent networks, 551 552 Called Party Address (CDA), Signaling Connection Control Part (SCCP), 471 473 connectionless service, 477 IS-MAP transfer, 581 582 Called party hold, MRC-R2 signaling system, 101 CalledPartyID parameter, advanced intelligent networks (AINs), 538 Called party number ISDN User Part (ISUP), 288 289 public of ce dialing plan, 72 Q.931 ISDN protocol, 252 255 Called terminal selection, Digital Subscriber Signaling System No. 1 (DSS1) and, 263 264 Called TE treatment, Digital Subscriber Signaling System No. 1 (DSS1), 272 273 Caller identi cation custom local area signaling services, 69 subscriber signaling, 55 Caller interaction family messages, advanced Intelligent Networks (AINs), 530, 547 Caller interaction service circuits (CISCs), dual-tone multifrequency address signals, 70 Call Failure (CFL) signal, Telephone User Part (TUP) protocol, timeouts, 216 Call forwarding ISDN User Part (ISUP), 310 311 subscriber signaling, 55 systems for, 68 Telephone User Part (TUP) protocol, 217, 220 Call identity, ISDN User Part (ISUP), 288 Call-ID header, Session Initiation Protocol (SIP) messages, 686 687 Call indicators, ISDN User Part (ISUP) end-to-end signaling, 306 CallingFeaturesIndicator parameter, IS-MAP, 602 Calling line identity ISDN User Part (ISUP) presentation, 309 310 Telephone User Part (TUP) protocol initial address mesage (IAM), 206 207
Before
In This Part
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