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Measurements have shown that this reduces inter-system handover delay by approximately 5 sec This represents a signi cant percentage of the overall inter-system handover delay The time consumed by the UE in reading 2G system information also represents a considerable part of inter-system handover delay The delay can be minimized by broadcasting the relevant system information more often in a 2G system 3GPP Releases 5 and 6 introduce inter-system network-assisted cell change (NACC) In this case the UE is able to acquire 2G system information while connected to the 3G system Inter-system NACC together with combined RAU/LAU can push an inter-system cell change break to below 3 sec 3GPP Release 6 also de nes a packet-switched inter-system handover that allows the connection break to be reduced to less than 0.

http://www.myshop.co.uk begins by locating the IP address corresponding to the Web server for WWW.myshop.co.uk. It does this by rst accessing a Domain Name Server, (DNS), which has been assigned by the system administration to the (sub-) network on which the client computer sits). An example of how this works, in the case of a home shopper connected to an ISP (Figure 4.3). The DNS maintains a look-up table that sets up a correspondence between the (usually) memorable name ( www.myshop.co.uk ) and the real Internet address (the IP address ) of the shopping server. If it does not itself contain this data, it can pass the request onto a higher-level DNS service. Once the name has been bound to a real address, the client can send a request to the Web server. In this case, because it has not sent any additional commands in the http message, it is effectively asking the server to send its standard entry page. If the request is successful, that is exactly

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ine the spectral colors With the help of a partner, examine the colors on the card with the spectroscope Scan the spectroscope back and forth across the spectrum and confirm that each color is pure, monochromatic, and located in the spectrum according to its wavelength Next intercept the spectrum between the grating and the projection screen with a 4 6 inch diameter magnifying glass and focus the image of the slit on a projection screen Notice that the color of the focused image of the slit is white It is clear that the individual spectral colors have been recombined to give white light Next insert an opaque 1 cm wide white paper strip into the light path to remove a band of wavelengths such as red and orange from the spectrum Note the corresponding color of the slit in the image plane.

A short RTT speeds up both synchronization and the slow start because of faster information exchange This improves end user experience because the shorter the synchronization and slow start phases, the faster the maximum bit rate of the connection can be used During the steady state the RTT does not a ect performance as long as the transmitter bu er size is large enough to keep all the unacknowledged packets travelling in the network in its memory It takes a couple of RTTs before the steady state bit rate (maximum bit rate) is reached With RTTs typically less than 100 ms in xed networks, the end user does not, in general, notice any e ects of the TCP slow start.

5 sec, thus making the transition from HSPA to enhanced data rate for global evolution (EDGE) practically seamless for packet applications..

For example, if the RTT is around 100 ms as is the case in HSDPA then the slow start takes only around 200 to 500 ms, and thereafter the maximum bit rate is used Decreasing the RTT further from the HSDPA level is obviously good, but the impact on end user experience is limited for the vast majority of TCP/IP applications However, in 2G cellular radio networks, where RTTs are around 200 700 ms and even longer end user experience may be a ected because then the slow start can take a number of seconds The slow start process is particularly visible to the end user when browsing a web page consisting of multiple objects, each requiring a separate slow start in HTTP10 (illustrated in the lower part of Figure 922) To cope with this it is possible to use HTTP1.

The color of the slit on the screen and the color of the blocked light are called complementary colors What are the complementary colors for red, green, and blue Examine the Colors of After-images Another way to examine complementary colors is to produce after images on the retina Stare at a collection of large brightly colored objects for 30 60 seconds in a brightly illuminated area Do not let your eyes wander, but focus steadily on a central spot in the visual field Then shift your vision to stare at a blank white sheet of paper or brightly illuminated white wall.

3 10 M, 1 10 M and 3 10 M for curves I, II, III, IV and V, respectively. It was confirmed by gas chromatography that the main impurities were alkylamines like ethylamine. By appropriately selecting a prove-ion and an ISE, we can characterize various reactive impurities, which are too dilute to detect by other methods.

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