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Node -A device that implements IPv6 Router -A node that forwards IPv6 packets not explicitly addressed to itself [see note below] Host -Any node that is not a router [see note below] Upper layer - A protocol layer immediately above IPv6, such as ICMP, OSPF, TCP, UDP, and so on Link - A communication facility or medium over which nodes can communicate at the Data Link Layer, such as Ethernet, token ring, frame relay, PPP, and so on Neighbors -Nodes attached to the same link Interface -A node s attachment to a link Address -An IPv6-layer identifier for an interface or a set of interfaces Packet -An IPv6 header plus payload Link MTU - The maximum transmission unit, or packet size, given in octets, that can be conveyed in one piece over a link.

Path MTU -The minimum link MTU of all the links in a path between a source node and a destination node Note: It is possible, though unusual, for a device with multiple interfaces to be configured to forward non-self-destined packets arriving from some set (fewer than all) of its interfaces, and to discard non-self-destined packets arriving from its other interfaces Such a device must obey the protocol requirements for routers when receiving packets from, and interacting with neighbors over, the former (forwarding) interfaces It must obey the protocol requirements for hosts when receiving packets from, and interacting with neighbors over, the latter (nonforwarding) interfaces From the definitions above, notice that an IPv6 node may deploy router, host, or both router and host functions Secondly, the term upper layer has a slightly different meaning in the context of IPv6 When used here, it means the next highest protocol layer.

Before helping Jim to solve this problem, let s learn about the functions and methods that help us perform file-related operations.

For Struts 1.1, we want to overload the execute() method of the Action class to implement our action code. If we were writing for Struts 1.0, we would overload the perform() method instead. The open lines of the class are shown in the following code:

Examples cited in the specification (such as the Internet Control Message Protocol - ICMP - or the Open Shortest Path First -OSPF protocol) are both routing (OSI Network Layer) protocols In more traditional networking parlance, the term upper layer might be construed to mean an Application Layer Protocol, such as the File Transfer Protocol (FTP) or the Simple Network Management Protocol (SNMP) Finally, the distinction between the link MTU and the path MTU implies.

In this section, we ll demonstrate how to write a standalone JMS client just to test that JBossMQ is available and working properly. This is a fairly simple program. For the sake of organization, you will want to create a new directory to hold the JMS test programs. Without further ado, let s see the code for a simple JMS publisher. Here s the code for SimplePublisher.java:

of RAID. Host-based volume managers also provide RAID and often offer the capability to further enhance I/O performance by combining the capacity of two or more storage systems. The challenge for the system architect or administrator is how to best choose from the multiple forms that are available. An example of RAID is shown in Figure 2.1.

The market value represents the current amount that a third party would be willing to pay the fund for the assets held. The process of determining the current value of portfolio is called valuation or mark-to-market. By using the market value of the investment to calculate returns, we recognize a gain on the investment even though it is not actually realized by selling the investment, i.e., we do not have to wait until we liquidate a portfolio in order to calculate the performance of the portfolio. To calculate returns that include unrealized gains, we need to value the fund at the end of each measurement period. For an investment fund, these dates are the periodic valuation dates. Most funds are valued at regular frequencies. A return calculated between two valuation dates is called a single period, holding period, or periodic return. The periodicity of single period returns is related to the frequency of valuation. For example, single period returns are available on a daily basis for mutual funds that are valued every night, but may be available only monthly for institutional separate accounts, or quarterly for an investment in a real estate partnership. For commingled funds, valuations are performed at least as often as participants are allowed to move money into or out of the fund. The fund valuations as of the beginning and end dates are used to calculate the return between these two dates.

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