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At the beginning of this chapter we de ned advanced mobility support so as to include context transfer, seamless mobility and support of power-saving mode. MIPv6, however, offers just basic mobility support: each time the MS performs a handover, the communication session is interrupted until movement detection, new Care of Address con guration and the Binding Update procedure are performed. MIPv6 therefore does not support seamless mobility or any of the other advanced mobility mechanisms. It should be added that the situation is similar for MIPv4. A number of optimizations both on the IP layer and on the radio link are, however, available. In the following subsections we will see that advanced mobility support with IPbased mechanisms is feasible to a considerable degree. However, the operators of a mobile network must design a concrete solution. 12.4.2.1 Context Transfer Between Old Access Router and New Access Router The IETF has standardized a protocol, the Candidate Access Router Discovery (CARD) protocol that allows the MS to contact its current Access Router and inquire as to the properties of potential new Access Routers [RFC 4066]. Subsequently, the Context Transfer Protocol [RFC 4067] may be used to transfer control state information between the old and new Access Router, e.g. authentication credentials and QoS information. Both protocols have, however, not yet seen serious deployment; one of the problems encountered during their standardization was

Machine code is represented as binary data. All programming is represented by 1s and 0s, since inside the computer only 1 or 0 (on or off) had any meaning within the circuits. To see how hard this is to understand, imagine having to read this:

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Single frequency tunable diode lasers generally fall into one of two main categories: external cavity diode lasers and monolithic lasers As the name suggests, external cavity diode lasers (ECDLs), also referred to as extended cavity diode lasers, use an external element to provide frequency selective feedback Typically these lasers have cavities many centimetres in length and generally have narrow instantaneous linewidths ( <10 MHz) that can be continuously tuned over a range more than 1 GHz by varying the cavity length Continuous tuning is performed with a piezo-electric transducer (PZT) mounted reflector and is therefore limited by the PZT response to rates of the order of a GHz/ms Usually ECDLs can also be tuned in discrete steps of approximately 001 nm over a total range of 5 nm or more All the cavity components of single frequency monolithic diode lasers are fabricated on the one substrate.

A Directory directive will have the full pathname of the directory to which the controls apply. A DirectoryMatch, or File directive can use simple regular expressions to identify the resources. The control options include several that are described later; those that relate to access are Order, Allow and Deny. The Allow option is used to specify the IP range, or domain name, for those clients who are permitted access to a resource. The Deny option identifies those excluded. The Order option specifies how the checks are to apply. If the order is Deny, Allow then the default is that the resource is accessible; the client is checked against the Deny constraint and, if matched, will be blocked unless the client also matches the subsequent more specific Allow constraint. If the order is Allow, Deny then the resource is by default inaccessible; if the client matches the Allow constraint access will be permitted provided the client is not caught by a more closely targeted Deny constraint. The following examples illustrate constraints applied to the contents of directories (and their subdirectories). The examples assume that your Apache is installed in /local/ apache. The first example defines a restricted subdirectory that is only to be accessed by students and others who are logged into the domain bigcampus.edu:

This makes them very compact and allows them to be integrated with other optical or electronic devices Fast frequency tuning occurs through current control of the refractive index of the gain medium or of one of the other optical components of the laser This allows frequency changes to be made very rapidly, in some cases as fast as 1 THz/ns but tuning is not always continuous [23, 24] Tuning ranges vary from a few nanometres to hundreds of nanometres depending on the specific design..

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