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An example of path minimization when the anchor MSC is the target MSC: (1) The serving MSC anchor MSC. (3) The anchor MSC determines that it is the target for the handoff; therefore, it accepts the path minimization request. (4) The tandem MSC relays the response to the serving MSC. (5) The serving MSC issues a handoff order to the MS. (6) The MS tunes to the new channel and is detected by the anchor MSC. (7) The anchor MSC connects the call path to the MS, completing the handoff. It then releases the unnecessary interMSC circuit towards the serving MSC. (8) The tandem MSC requests release of the unnecessary inter-MSC circuit to the serving MSC. (9) The serving MSC accepts the release request. (10) The inter-MSC circuit between the tandem MSC and the serving MSC is released and is now ready for other handoff purposes. (11) The tandem MSC accepts the release request. (12) The inter-MSC circuit between the tandem MSC and the anchor MSC is released and is now ready for other handoff purposes.

2.4 GHz systems: indoors at up to 300 feet (100 meters) from the client to AP; outdoors at up to 1,800 feet (600 meters) between antennas. 5 GHz systems: indoors at up to 900 feet (275 meters) from the client to AP; outdoors at up to 5,400 feet (1,800 meters) between antennas. Up to 255 client devices may be associated with an AP, with 128 in simultaneous operation. Voice over Internet Protocol (VoIP) (future) Authentication: shared key or open key. Encryption: WEP at 64 bits or 128 bits for 2.4 GHz systems plus 152 bits for 5 GHz systems. 2.4 GHz systems: DSSS. 5 GHz systems: OFDM. Enables the concurrent operation of multiple co-located networks.

TABLE 1.2 Differences between Conventional and Nonconventional Oil (see also Table 1.3)

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oil may contain 10 to 40 percent gasoline, and early refineries directly distilled a straightrun gasoline (light naphtha) of low-octane rating A hypothetical refinery may crack a barrel of crude oil into two-thirds gasoline and one-third distillate fuel (kerosene, jet, and diesel), depending on the refinery s configuration, the slate of crude oils refined, and the seasonal product demands of the market Just as natural clay catalysts help transform kerogen to petroleum through catagenesis, metallic catalysts help transform complex hydrocarbons to lighter molecular chains in modern refining processes The catalytic-cracking process developed during the World War II era enabled refineries to produce high-octane gasoline needed for the war effort Hydrocracking, which entered commercial operation in 1958, improved on catalytic-cracking by adding hydrogen to convert residuum into high-quality motor gasoline and naphthabased jet fuel.

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Many refineries rely heavily on hydroprocessing to convert low-value gas oils residuum to high-value transportation fuel demanded by the market Middle-distillate range fuels (diesel and jet) can be blended from a variety of refinery processing streams To blend jet fuel, refineries use desulfurized straight-run kerosene, kerosene boiling range hydrocarbons from a hydrocracking unit, and light coker gas-oil (cracked residuum) Diesel fuel can be blended from naphtha, kerosene, and light cracked-oils from coker and fluid catalytic cracking units From the standard 42-gal barrel of crude oil, United States refineries may actually produce more than 44 gal of refined products through the catalytic reaction with hydrogen Oil derived from shale has been referred to as a synthetic crude oil and thus closely associated with synthetic fuel production However, the process of retorting shale oil bears more similarities to conventional refining than to synthetic fuel processes.

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For the purpose of this report, the term oil-shale distillate is used to refer to middle-distillate range hydrocarbons produced by retorting oil shale Two basic retorting processes were developed early on aboveground retorting and underground, or in situ, retorting (qv) The retort is typically a large cylindrical vessel, and early retorts were based on rotary kiln ovens used in cement manufacturing In situ technology involves mining an underground chamber that functions as a retort A number of design concepts were tested from the 1960s through the 1980s Retorting essentially involves destructive distillation (pyrolysis) of oil shale in the absence of oxygen Pyrolysis (temperatures above 900 F) thermally breaks down (cracks) the kerogen to release the hydrocarbons and then cracks the hydrocarbons into lower-weight hydrocarbon molecules Conventional refining uses a similar thermal cracking process, termed coking, to break down high-molecular weight residuum.

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