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Now, what is available in the MT class piece of the puzzle Here are the primary methods it provides:

15.1.1.5 Destination Objects The JMS speci cation de nes one more important concept that we need to consider in this architectural overview: namely, the second administered object, which is called the Destination object. When a JMS Client instance wants to send a message to another JMS Client instance, it follows the steps we just outlined to create a Message Producer object and a Message object. The JMS Client uses the Destination object to indicate the intended destination for the Message object being produced. As we shall see in the next section, there are several different destination avors to choose from, but generically, we can consider each of these avors to be represented by different Destination objects. When clients communicate with each other within the JMS platform, they always use the JMS Provider instance as an intermediary they never connect to each other directly. Therefore, each Destination object actually represents the details needed by the JMS Provider to ensure message delivery. Typically, these details will include some hints or con guration settings concerning the message storage within the JMS Provider as well as the proprietary address details needed to ensure that the intended recipient (or recipients) can consume the messages. Because the Destination objects are merely the client s representation of the

Not surprisingly, the function that is used to open a Windows CE database is called CeOpenDatabase:

12:2

1/01

Adding a threaded discussion group to your Web page requires special software. The software interacts with either a database, where messages posted are stored, or a flat file, with an index. You can write your own threaded discussion group or purchase an off-the-shelf product. Forums, by Allaire, is one product that can add a threaded discussion group to your site. Check with your systems administrator to see if Forums, or some other software that provides threaded discussion groups, already exists on your server. Each package is different but, generally, you should be able to modify the following settings to customize the interface so the discussion group page matches the rest of your site: Background color or graphics Button color or graphics Fonts In addition, you want to administer the discussion group, so if someone begins a thread that bashes your site or your product as opposed to asking questions you can pull that thread or, at least, pull those messages. Here are some settings you want to make: Number of threads permitted Number of discussion groups permitted (so you can have more than one newsgroup perhaps one for each product you produce) Ability to moderate the threads and pull inappropriate threads or messages Password protection for administrative privileges

Scenes converts each page in the FreeHand document to a scene in the Flash document. Keyframes converts each page in the FreeHand document to a keyframe in the Flash document.

ORGANIZATION OF THE BOOK The rest of the book consists of eight chapters and three appendixes 2 discusses the existing and emerging voice coding and Internet technologies that are making the implementation of VoIP a reality These include development of (a) low-bit-rate voice coding algorithms, (b) e cient encapsulation and transmission of packetized voice signal, (c) novel routing and management protocols for voice calls, (d) QoS delivery mechanisms for real-time tra c transmission over IP, and so on 3 presents the evolution of the VoIP call control and signaling protocols, beginning with the ones that assume that interworking with the traditional switch-based infrastructure (PSTN) is mandatory I then discuss the procedures that use totally Internet-based protocols and the paradigm that uses server-router-based network architecture.

Throughout the discussion, special emphasis is placed on the activities focused on making the PSTN domainenhanced telephone call features available to IP domain clients like those using PC-based soft phones or hardware-based IP phones (eg, session initiation protocol [SIP] phones) and vice versa 4 discusses a set of criteria that can be used to evaluate VoIP service irrespective of whether it is implemented in enterprise or residential networks It appears that many of the PSTN domain reliability, availability, voice quality parameters, and call setup characteristics are either di cult to achieve or too costly to implement in an operational IP-based network unless one controls both the call-originating (or ingress) and call-terminating (or egress) sides of the network 5 reviews the architecture, hardware, and software elements of a recently developed testbed that can be used for subjective and objective evaluation of VoIP services.