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7 Communication Networks: Let s Get Connected Implementation of network functions in the postal, telephone, and Internet Postal net Msg. switching Geographical address Manual selection by rules Much Paper Letters Printed material, packages Mailbox Rings with hierarchy Strong Telephone net Ckt. switching Hierarchical Circuit setup by rules None Analog & digital Voice 1 1 2 voice, 2 data Phone instrument Stars with hierarchy Moderately strong Internet Packet switching Hierarchical Packet passing Some All digital Email WWW; streaming downloads PC Random arrangement Moderately weak

Figure 44: Frequency and wavelength The Greek letter lambda ( ) is used to represent wavelength measured in meters Frequency is the number of cycles per second that the signal varies, and the unit of measurement is hertz (Hz) The symbol used by engineers for frequency is the Greek letter nu (v) Because signals that are of interest vary many thousands of times per second, the typical unit is megahertz (MHz), or millions of cycles per second In 80211, the signals vary millions of times per second, and the unit is gigahertz (GHz), or billions of cycles per second that's a lot of cycles! 80211 operates in a range of frequencies that is referred to as the 24-GHz band The relationship between the measured wavelength and frequency is dependent on the speed with which the signal travels.

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seems quite impossible that one s line could become interfaced with ACTS simply by forwarding it to an operator. Obviously, these files are bogus.

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The signal travels at the speed of light in the medium The unit c is used to represent the speed of light (186,2824 mi/s or 300,000 km/s, if traveling in a vacuum) This value may also be represented in meters as 3 * 108 m/s The wavelength is equal to the speed of light divided by the frequency (and the frequency is equal to the speed of light divided by the wavelength) v = c/ So, how does this information prove useful at two o'clock in the morning when you're trying to figure out why users on the first floor are losing their wireless connections to the server It can be seen from the equation that if the speed of propagation changes, then either the frequency or the wavelength has to change.

An AP transmits on specific frequencies and a receiving station expects the signal to comply with the standard If the signal must pass through a concrete wall, or a warehouse full of metal shelving, or through some other medium in which the speed of propagation varies, then the signal is affected The signal loses some of its energy and is perhaps changed to the point where it can no longer be properly received It is for this reason that one of the steps in designing a wireless network is to perform a site survey In the site survey, the strength and quality of the signal in different locations is determined Strength can be determined with a protocol analyzer AiroPeek, for example, presents the signal strength seen for each frame received An AP typically sends Beacon packets every 100 milliseconds.

Closing credits most often consist of prorated credits for rental income, security deposits, and taxes. The time of month your closing is held can have

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By dividing the area being surveyed into a grid, AiroPeek can be moved from grid point to grid point and the signal strength of the Beacon packets can be plotted on a diagram Signal quality can be indirectly ascertained by determining whether or not packets are being lost in transmission If AiroPeek is capturing relatively close to the AP and a mobile client is pinging a server through the AP onto the wired Ethernet, then it can be determined whether the ping packets are all being seen Each ping packet has a sequence number inside it; if the observed sequence is 1,2,3,5, then packet 4 was lost As the wireless client is moved around in the area being surveyed, a determination can be made about the quality of reception by the AP..

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