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In contrast, in a transmission line the impedance depends on the dimensions and material of the line Therefore, impedance can be controlled by the transmission line designer More will be said about this subject in 3 Power Density Power density is de ned as the power carried by an electromagnetic wave It is equal to the electric eld (E) multiplied by the magnetic eld (H ): power density E H The unit of power density is thus (V=m) (A=m) V A=m2 W=m2 The low frequency de nition of power by Ohm s law is voltage times current power volts amps watts.

A RAID-5 volume is another type of fault-tolerant disk con guration available in Windows Server 2008 Server. In order to create a RAID-5 volume, you need to have at least three dynamic disks with unallocated space. As before, even though these areas might be of different sizes, Disk Management will ensure that only space equal to the smallest one will be used when creating the volume. It is not possible to extend a RAID-5 volume or create a RAID-5 volume using any existing volume. To install RAID-5 volumes, complete the following steps: 1. In the Disk Management snap-in, switch to Graphical View by selecting View Graphical View. Bottom

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sampled received signal, and compute from it the signal that has been transmitted with the largest likelihood While this is still too computationally intensive for most applications, joint decoding and demodulation and similar schemes have already been investigated in the literature Figures 102 and 103 show a more detailed block diagram of a digital TX and RX that concentrate on the hardware aspects and the interfaces between analog and digital components: The information source provides an analog source signal and feeds it into the source ADC (Analog to Digital Converter) This ADC rst band limits the signal from the analog information source (if necessary), and then converts the signal into a stream of digital data at a certain sampling rate and resolution (number of bits per sample) For example, speech would typically be sampled at 8 ksamples/s, with 8-bit resolution, resulting in a datastream at 64 kbit/s.

For the transmission of digital data, these steps can be omitted, and the digital source directly provides the input to interface G in Figure 102 The source coder uses a priori information on the properties of the source data in order to reduce redundancy in the source signal This reduces the amount of source data to be transmitted, and thus the required transmission time and/or bandwidth For example, the Global System for Mobile communications (GSM) speech coder reduces the source data rate from 64 kbit/s mentioned above to 13 kbit/s Similar reductions are possible for music and video (MPEG standards) Also, fax information can be compressed signi cantly One thousand subsequent symbols 00 (representing white color), which have to be represented by 2,000 bits, can be replaced by the statement: what follows now are 1,000 symbols 00, which requires only 12 bits.

DFB DFS DG XIII DHCP DID DiffServ DISA DLC DLCI DMT DNA DNIS DNR DNS DOCSIS DOD DOJ Domsat DoS DP DPCM DPF DPLC DPMA DPSK DQDB DQPSK DS DSA DSF DSI DSL DSLAM DSMA/CD DSP DSS DSSS DSU DTE DTMF D-to-A DTV DWDM Dy DXC DXI EA EBCDIC

For a typical fax, compression by a factor of 10 can be achieved The source coder increases the entropy (information per bit) of the data at interface F; as a consequence, bit errors have greater impact For some applications, source data are encrypted in order to prevent unauthorized listening in The channel coder adds redundancy in order to protect data against transmission errors This increases the data rate that has to be transmitted at interface E eg, GSM channel coding increases the data rate from 13 to 228 kbit/s Channel coders often use information about the statistics of error sources in the channel (noise power, interference statistics) to design codes that are especially well suited for certain types of channels (eg, Reed Solomon codes protect especially well against burst errors) Data can be sorted according to importance; more important bits then get stronger protection.

Furthermore, it is possible to use interleaving to break up error bursts; note that interleaving is mainly effective if it is combined with channel coding Signaling adds control information for the establishing and ending of connections, for associating information with the correct users, synchronization, etc Signaling information is usually strongly protected by error correction codes The multiplexer combines user data and signaling information, and combines the data from multiple users2 If this is done by time multiplexing, the multiplexing requires some time compression..

(10.3.1)

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