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The NT LAN Manager (NTLM) is a legacy protocol that Microsoft has included in Windows Server 2008 to support legacy Windows clients and servers. We will not be covering NTLM in detail here because our predecessors have published much information on it over the years. In addition, NTLM support is not con gurable to the degree that Kerberos is, and it does not support transitive trusts and the Single Sign-On initiative. In Windows Server 2008, the default authentication and security protocol between Windows Server 2008 machines is Kerberos. By continuing to support down-level or legacy Windows technology, you obviously leave room for in ltrators to maneuver; however, that does not mean NTLM is a weak protocol. After all, it has kept Windows NT networks together for many years and was key to the C2 award earned by the operating system at version 3.51. NTLM is omnipresent; it only stops working when the last process that needs it signs off. NTLM will be invoked under the following circumstances: You have legacy clients and servers that need to log on to the network or locally. You have Unix clients that need to continue talking to NT servers. You have Unix clients that are using the server message block (SMB) daemon that authenticates to NTLM. Consider the following strategy for phasing out NTLM: 1. Move your legacy Windows NT and 9x clients to Windows Server 2008. Servers can be upgraded or replaced; clients can also be upgraded to support Kerberos or moved to terminal services (so the clients do not actually log on to the domain from a remote operating system).

Figure 7.15 Block diagram of 3 V push-pull PA. Note: zero capacitor = bypass capacitor, in nite inductor = RF choke.

The PHICH carries the feedback information for the HARQ. Groups of eight feedback bits are formed in the following way: rst, each feedback bit is repeated three times (repetition coding), and Binary Phase Shift Keying (BPSK) modulated. The resulting waveforms are multiplexed through a combination of In-phase Quadrature phase (IQ) multiplexing and code multiplexing with length-4 orthogonal spreading sequences. The scrambled output of the multiplexer is mapped to three RE groups. The PHICH group number, IQ branch, and spreading sequence are related to the index of the rst RB on which the data block that is to be acknowledged was originally transmitted.

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The opposite of CD ripping is CD burning. Burning a CD is the process of taking audio files from your workstation and using them to create an audio CD. With burning you can mix and match songs from various CDs, or even downloaded songs, and place them on a single audio CD that you can play on any audio CD player. Ubuntu uses the Brasero CD-burning software for creating audio CDs. Brasero is a fullfeatured CD-burning software package that can create both audio and data CDs. Be careful when you create your audio CD because you don t want to create a data CD of the audio files by mistake. Although some newer CD players can recognize and play data CDs, most older CD players, such as boom boxes and some car CD players, won t.

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Link-state based routing requires acquisition and distribution of the link states throughout the network A node rst has to learn its link state, eg, from training sequences transmitted by other nodes The distribution of the link-state information to other nodes is then achieved by means of short messages called link-state advertisements Those messages contain the following pieces of information: (i) the ID of the node that is creating the advertisement, (ii) the nodes to which the advertising node is connected, as well as the link quality (edge weights) of that link, (iii) the sequence number, which indicates how fresh the information is (the sequence number is incremented every time the node sends out a new advertisement) A popular algorithm for implementing link-state based routing for wireless networks is the Optimized Link State Routing protocol OLSR.

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It is a proactive protocol, where messages between nodes are exchanged on a regular basis, to create routing tables at every node While classical link-state protocols ood the link-state information throughout the network, OLSR limits this information This fact makes it particularly suitable for wireless networks, since the amount of link-state information in wireless ad hoc networks can be particularly large OLSR therefore uses the concept of Multi-Point Relays (MPRs) The set of MPRs of a particular node is de ned as a subset of the one-hop neighbors, where the subset must be chosen in such a way that the node can reach all two-hop neighbors via an MPR In other words, we do not need to reach each two-hop neighbor by all routes that would be possible, but reaching it via one route is deemed suf cient.

As previously mentioned, one of the benefits of the factory approach is that the business logic determining the data source exists in one centralized location, e.g., the SmarterDAOFactory. The factory handles the request with the assistance of data-source-specific subfactories, so the SmarterDAOFactory is acting as a proxy for the database-specific factories. A client that always deals with a single data source could bypass the main factory and make requests from the database-specific factory. In addition to these benefits, by using the factory, maintainability improves, the design is easier to conceptualize, code readability improves, and developers know what objects are supported at design time because .NET s IntelliSense displays the object enumeration values for the factory. Furthermore, this design could work for a larger number of objects and databases than the DAO approach.

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