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The mdutil command provides some powerful and scary options you can use to control Spotlight. For example, the E option erases the metadata store for a given disk volume. Be careful with that one. The i option lets you turn Spotlight indexing on or off for any particular volume. The harmless s option shows the Spotlight status for the given volume.

FIGURE 8.7 A typical early-late correlation result (correlation function in vertical axis and chip offset in horizontal axis).

Figure 3.9 Schematic diagram of an aerosol size distribution, n(R), as a function of radius R, in which mass transfers are taking place both from molecular condensation and also by coagulation with small particles in the nucleation peak.

Clinical Personality Patterns Scales Schizoid Avoidant Depressive Dependent Histrionic Narcissistic Antisocial Aggressive (Sadistic) Compulsive Passive-Aggressive (Negativistic) Self-Defeating

The emotions in each list are further divided into functional (positive direction) and dysfunctional (negative direction) emotions, resulting in 4 categories of emotions: positive-positive (PP), positive-negative (PN), negative-positive (NP), and negative-negative (NN), with respect to pleasantness and direction of functionality The riders rated the intensity of each line of emotions using verbal anchors ranging from Not at all (0) to Very very much (10) a few minutes prior to the beginning of their dressage routine in the competition Three, 7, and 14 days later, they were requested to respond again to the PNA items but rated them in accordance with what they felt prior to the distinct dressage competition in which they participated (ie, retrospective measures of introspection) Summary statistics of their responses are listed in Table 346.

1. 2. 3. 4. 5.

for the use of the MBMD with different medical populations and the ongoing research that has been stimulated by this new instrument.

MTSO is an electronic switch and carries out a fairly complex group of processing functions to control communications to and from mobile units as they move between cells as well as to make connections with the PSTN Besides making connectivity with the public network, the MTSO controls cell site activities and mobile actions through command-and-control data channels The connectivity between cell sites and the MTSO is often via DS1 on wire pairs or on microwave facilities, the latter being the most common A typical cellular mobile unit consists of a control unit, a radio transceiver, and an antenna The control unit has a telephone handset, a push-button keypad to enter commands into the cellular/ telephone network, and audio and visual indications for customer alerting and call progress The transceiver permits full-duplex transmission and reception between a mobile and cell sites Its ERP is nominally 6 W.

((m + n) x (m + 11))

Hand-held terminals combine all functions into one small package that can easily be held in one hand The ERP of a hand-held is a nominal 06 W In North America, cellular communication is assigned a 25-MHz band between 824 MHz and 849 MHz for mobile unit-to-base transmission and a similar band between 869 MHz and 894 MHz for transmission from base to mobile The rst and most widely implemented North American cellular radio system was called AMPS (advanced mobile phone system) The original system description was contained in an entire issue of the Bell System Technical Journal (BSTJ) of January 1979 The present AMPS is based on 30-kHz channel spacing using frequency modulation The peak deviation is 12 kHz The cellular bands are each split into two to permit competition Thus only 125 MHz is allocated to one cellular operator for each direction of transmission.

A large number of sensor nodes often cannot be calibrated manually and individually. This is particularly true for pairwise calibration, where a sensor measures a quantity emitted by another device (i.e., an actuator). One example for this is measuring the radio signal strength to infer the distance between devices. In such a scenario, every sensor would have to be calibrated against every transmitter, resulting in a quadratic number of calibration steps. Sensors may be exposed to signi cant changes of environmental parameters (e.g., temperature, humidity) during the lifetime of a sensor network. Since the commonly used low-cost sensors are rather sensitive to such changes, a one-time factory calibration may not be suf cient. In this case, periodical calibration during the lifetime of the sensor network is necessary. 7.7.3 System Model