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The PLS passes the received bits up to the MAC sublayer where the leading bits are discarded, up to and including the end of the preamble and start frame delimiter (SFD) In this period the receive media access management component of the MAC sublayer has detected the carrier sense and is waiting for the incoming bits to be delivered As long as the carrier sense is on, the receive media access management collects bits from the PLS Once the carrier sense signal has been removed, the frame is truncated at an octet boundary, if required, and then passed to the receive data decapsulation for processing It is in receive data decapsulation where the destination address is checked to determine if this frame is destined for this particular LAN station.

Figure 5.1 A gure after the style of Euclid, but still in use today, where the drawn lines describing the visual angles AEB and CED were originally meant to represent emissions from the eye.

If it is, the destination address (DA) and source address (SA) and the LLC data unit are passed to the LLC sublayer It also passes along the appropriate status code indicating that reception is complete or reception too long It also checks for invalid MAC frames by inspecting the frame check sequence (FCS) to detect any damage to the frame en route, as well as by checking for proper octet-boundary alignment of the end of frame Collision handling A collision is caused by multiple stations attempting to transmit at the same time, in spite of their attempts to avoid this by deferring A given station can experience a collision during the initial part of its transmission (the collision window) before its transmitted signal has had time to propagate to all stations on the CSMA/ CD medium.

Once the collision window has passed, a transmitting station is said to have acquired the medium Once all stations have noticed that there is a signal on the medium (by way of carrier sense), they defer to it by not transmitting, avoiding any chance of subsequent collision The time to acquire the medium is thus based on the round-trip propagation time of the physical layer whose elements include the PLS, the physical medium attachment (PMA), and the physical medium itself In the event of collision, the transmitting station s physical layer notices a marked increase in standing waves on the medium2 and turns on the collision detect (CD) signal The collision-handling process now starts First, the transmit media access management enforces the collision by transmitting a bit sequence called jam.

of the factory and/or product. In other words, without this pattern, it would be very dif cult to rede ne or replace the Concrete Factory or Concrete Ddbms shown in Figure 19.1 without recompiling our caller. With the pattern, we have no such issue. By using this pattern, we do not need to deploy the assembly containing the Concrete Factory or Concrete Ddbms on the caller machine. The caller can also be locally deployed or remotely deployed. Since we are usually using remote callers and .NET Remoting, the two solid arrows in the diagram are actually the marshalling and unmarshalling of parameters and results for Remote-Code Execution. This means that another design pattern is being used, the Proxy [Gamma95]. The objects used by the caller are not merely a different interface to the real implementation they are proxies. They simply forward the requests to the real object, and similarly forward real object s responses back to the caller. See Figure 19.2. This means that none of the implementation-speci c code (and none of

This jam, speci ed as 32 bits long, ensures that all stations involved in the collision are aware that a collision has occurred After the jam has been sent, the transmit media access.

HISTORICAL NOTES The maximum entropy principle arose in statistical mechanics in the nineteenth century and has been advocated for use in a broader context by Jaynes [294]. It was applied to spectral estimation by Burg [80]. The information-theoretic proof of Burg s theorem is from Choi and Cover [98].

augmented eigenspace spanned by U0 k l Uk Hl R. The former is used for checking whether the current k-dimensional eigenspace should be augmented. The latter is used for checking whether further eigen-axes are needed for the (k l)-dimensional augmented eigenspace. The updated accumulation ratio A0 U0 k and A0 U0 k l are calculated as follows: