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A polycapillary collimating optic converts divergent X-rays from the X-ray source into a quasiparallel beam (see Figure 3.3.1c). Although a collimating optic can be made such that all capillary channels are perfectly parallel to each other at the output end of the optic, the output X-rays have a certain divergent angle, which is determined by the critical angle and thereby the X-ray energy. The performance speci cations for a collimating optic include the intensity gain, the output beam dimensions and the output beam divergent angle, which is a critical parameter for applications such as X-ray diffraction (XRD) wavelength dispersive spectrometer. The intensity gain is de ned as the ratio of the output beam intensity obtained with the optic to the beam intensity obtained without the optic. Unlike in the case of focusing optics where the term ux density is used to describe the performance of the optic, the term intensity, referring to the number of photons per unit time,
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In the early phase of research more emphasis was dedicated to the system aspects of adaptive modulation in a narrow-band environment. A reliable method of transmitting the modulation control parameters was proposed by Otsuki et al. [165], where the parameters were embedded in the transmission frame s mid-amble using Walsh codes. Subsequently,at the receiver the Walsh sequences were decoded using maximum likelihood detection. Another techniqueof estimating the required modulation mode used was proposed by Torrance and Hanzo [ 1661, where the modulation control symbols were representedby unequal error protection 5-PSK symbols. The adaptive modulation philosophy then extended to widewas band multi-path environments by Kamio et al. [l671 by utilising a bi-directional Decision Feedback Equaliser (DFE) in a micro- and macro-cellular environment. This equalisation technique employed both forward and backward oriented channel estimation based on the pre-amble and post-amble symbols the transmitted frame. Equaliser gain interpolation in tap across the transmitted framewas also utilised, in order to reduce the complexity in conjunction with space diversity [167]. The authors concluded that the cell radius could be enlarged in a macro-cellular system and a higher area-spectral efficiency could be attained for microcellular environments by utilising adaptive modulation. The latency effect, which occurred when the input datarate was higher than the instantaneous transmission throughput studwas ied and solutions were formulated using frequency hopping and [ 1681 statistical multiplexing, where the number of slots allocated to a user was adaptively controlled. In reference [1691 symbol rate adaptive modulationwas applied, where the symbol rate or the number of modulation levels was adapted by using i-rate 16QAM, a-rate 16QAM, $-rate 16QAM as well as full-rate 16QAM andthe criterion used to adapt the modem modes was based on the instantaneous receivedsignal-to-noise ratio and channel delayspread. The slowly varying channel quality of the uplink (UL) and downlink (DL)was rendered similar by utilising short frame duration Time Division Duplex (TDD) and the maximum normalised delay spread simulated was 0.1. A variable channel codingrate was then introduced by Matsuoka er al. in conjunction with adaptive modulation reference [ 1631, where the transmitted in burst incorporated an outerReed Solomon code andan inner convolutional code order to in achieve high-quality data transmission. The coding rate was varied according to the prevalent channel quality using the same method, as in adaptive modulationin order to achieve a certain target BER performance. A so-called channel margin was introduced in this contribution, which adjusted the switching thresholdsin order to incorporate the effects of channel quality estimation errors. As mentioned above, the performance of channel coding in conjunction with adaptive modulation in a narrow-band environmentwas also characterised by Goldsmith and Chua [164]. In this contribution, trellis and lattice codes were used without channel interleaving, invoking a feedback path between transmitter and receiver for mothe dem mode control purposes. The effects of the delay in the feedback path on the adaptive modem s performance were studied and this scheme exhibited a higher spectral efficiency, when compared to the non-adaptive trellis coded performance. Subsequent contributions by Suzuki et al. [ 1701 incorporated space-diversity and poweradaptation in conjunction with adaptive modulation,for example in order to combat the effects of the multi-path channel environment a lOMbits/s transmission at rate. The maximum tolerable delay-spread was deemed to be one symbol duration for target mean BER perfora mance of 0.1%. This was achieved in a Time Division Multiple Access (TDMA) scenario, where the channel estimates were predicted basedon the extrapolation of previous channel quality estimates. Variable transmitted power was then applied in combination with adaptive
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0 0 (b) 2 4 6 8 10 Energy (keV) 12 14
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Message heading eld 1 Input buffer Incoming processing International switching center ISDN user part of SS7 International Telecommunication Union Telecommunication Standardization Sector of ITU Kilobits per second Link control Length indicator Link status information Message signal unit Message Transfer Part Message Transfer Part level 1 Message Transfer Part level 2 Message Transfer Part level 3 Output buffer Outgoing processing Originating point code Point code of affected destination Pulse code modulation Preventive cyclic retransmission Retransmission buffer Routing label Route-set test message Signaling Connection Control Part Signaling data link Signaling end point Service indicator Signaling link congested (LSSU) Emergency alignment (LSSU) Signaling information eld Normal alignment (LSSU) Out of alignment (LSSU) Service information octet Link out of service (LSSU) Processor outage (LSSU) Signaling link Signaling link code Signaling link selector Signaling message handling Signaling network management Signaling point Subservice eld Signaling System No. 6
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FIGURE 29.33 Creating an Edge Flange
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This opens the Power Options window (Advanced Settings tab), as shown in Figure 10-5. From this screen, you can choose to customize a number of different power options. For example, you can require a password entry after your computer comes out of its Sleep mode, change your machine s wireless adapter powersaving mode, determine when your computer sleeps (or hibernates), specify what action is taken when the Power button is used (or when the lid is closed on a laptop), or specify what action is taken when the battery gets low.
Note that the a-trimmed mean T(F,), as defined by (3.55), has the following property: if an is an integer, then an observations are removed from each end of the sample and the mean of the rest is taken. If it is not an integer, say an = Lanl S p , then Lon] observations are removed from each end, and the next observations ~ C ( L ~ . J + ~ ) and z(,- i C U nare given the reduced weight 1 - p . ~) The influence function of the a-trimmed mean is, according to (3.50),
PDC Emulator. Only one DC can be the PDC Emulator. This role enables a DC to provide so-called down-level services to the Windows NT 4.0 clients and servers. It also fools the down-level Windows NT 4.0 BDCs. In addition, as long as a PDC Emulator or advertiser exists on a mixed-mode domain, it receives preferential replication of password changes. RID Master. This DC role manages the relative identi er (RID) pool. RIDs are used to create the security principals, groups, and accounts for users and computers (which are identi ed according to security identi ers or SIDs). RIDs form part of the SID and are allocated to each DC in blocks of 512 RIDs. Every time a DC uses up the 512 RIDs, it contacts the RID Master for an additional allocation. The RID Master is also used to move an object from one domain to another. Infrastructure Master. This DC role maintains references to objects in other domains. If you deploy a small network, all of the preceding roles are likely to be the responsibility of one DC. In larger, multi-domain environments, you may allocate these roles to several DCs in the domain. Be aware of these roles in case, for example, a server in charge of RIDs falls over and leaves you RID-free. Each forest must contain the RID, PDC, and Infrastructure Master roles, and these roles must be unique to each domain. The forest can contain only one instance of SM and Domain Naming Master roles. For the most part, these DC roles are self-healing between the different DCs, and you are unlikely to encounter any errors relating to the operations.
W H A T
49 Measuring Performance
gOpt = R-lg.
Theorem 7.3 Assume that F is not normal. r f h = maxi hi + 0, then all least i squares estimates t = C a j d j = aTe are asymptotically normal. I f not, then, in particulal; some of theJitted values are not asymptotically normal.
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