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At this time the US National Science Foundation and the network research community is conceptualizing the Global Environment for Network Innovations (GENI), a facility that would increase the quality and quantity of experimental research results in networking and distributed systems and would accelerate the transition of those results into products and services. A key goal of this initiative is to support research that would lead to a major transition from the current Internet to one that has significantly more capabilities and also provides for much greater reliability and security. The research community is developing a proposed design for GENI, which would be a large-scale (national and international) persistent research testbed. Its design would allow for multiple research projects to be conducted simultaneously. The testbed design would be modularized so that various experiments could be conducted at various network layers without interference. For physical infrastructure, GENI will use multiple resource components (termed the GENI substrate ), including not only those generally associated with networks such as circuits, transport, transit equipment, and wireless devices, but also other types of resources, such as computational clusters and storage devices. A software management framework will overlay these substrate resources. This overlay will allow for the partitioning and use of the underlying resources in various combinations. This approach is similar to the one being developed by the Grid community. Furthermore, this infrastructure will contain attributes that are common to Grid environments it will be programmable, virtualizable, accessible by multiple communities, and highly modular. This initiative is being supported by the NSF Directorate for Computer and Information Science and Engineering (CISE) (www.geni.net).

need, they can be an important component of your overall strategy for coming up with the down payment. Because the tax laws are very complicated and are constantly changing, make sure to consult with your accountant before changing your withholding or estimated tax payments. You wouldn t want to f ind yourself facing interest charges and a stiff penalty for making a mistake.

Most of the hotels in Nassau are city hotels and are not on the water. If you want to stay right on the sands, choose a hotel in Cable Beach (later in this chapter) or on Paradise Island (see chapter 4). Rawson Square is the heart of Nassau, lying just a short walk from Prince George Wharf, where the big cruise ships, usually from Florida, berth. Here you ll see the Churchill Building, which contains the offices of the Bahamian prime minister along with other government ministries. Busy Bay Street, the main shopping artery, begins on the south side of Rawson Square. This was the street of the infamous Bay Street Boys, a group of rich, white Bahamians who once controlled all political and economic activity on New Providence. On the opposite side of Rawson Square is Parliament Square, with a statue of a youthful Queen Victoria. Here are more government houses and the House of Assembly. These are Georgian and neo-Georgian buildings, some dating from the late 1700s.

aMost values are from Haugland s Handbook of Fluorescent Probes and Research Chemicals (1996): Molecular Probes, Inc., Eugene, Oregon. In most cases, the solvent used was methanol. Absorption maxima are typically close to the peak excitation wavelength. bDye cDye dDye

O.2

analysis, we assume a Markovian process with exponential waiting times. However, we perform the owgraph computations for the case of general waiting time distributions. We compute the overall waiting time to absorption starting in states 1, 3, and 5. First we compute the MGFs of these quantities. The owgraph has many rst- and second-order loops. Table 7.6 gives the paths and loops involved for computing the overall waiting time distribution for 1 6. Using Mason s rule (2.26) along with Table 7.6, we nd the equivalent transmittance for 1 6, which is the MGF of the waiting time distribution for 1 6: M(s) = where L1 (s) = p21 M12 (s)M21 (s) + p23 p32 M23 (s)M32 (s) + p34 p43 M34 (s)M43 (s) + p45 p54 M45 (s)M54 (s) L2 (s) = p21 p34 p43 M12 (s)M21 (s)M34 (s)M43 (s) + p21 p45 p54 M12 (s)M21 (s) M45 (s)M54 (s) + p23 p32 p45 p54 M23 (s)M32 (s)M45 (s)M54 (s). (7.41) p23 p34 p45 p56 M12 (s)M23 (s)M34 (s)M45 (s)M56 (s) , 1 L1 (s) + L2 (s) (7.40)

(Hartley)