"... In PAGE 2: ...able 3: Example Network Exchange Business Processes.................................9 Table4 : Network Implementation of the Web Services Stack .... In PAGE 12: ...5 Node 1.0 Implementation of the Web Services Stack Table4 contains the information about how the v1.0 Network implements the Web services stack and what the likely future Network use is.... ..."

"... In PAGE 2: ... From there, different avenues were explored depending on the issues that arose. Prior to the sessions the facilitator had determined an agenda of topics that should be covered ( Table1 ), and he used these to guide the discussions where necessary. This agenda was not strictly adhered to, but was simply used to ensure that all vital topics were discussed.... ..."

"... In PAGE 7: ...Constant capacity Continuous capacity with concave cost Discrete capacity with concave cost Nonspeculative linear production nonspeculative linear subcontracting O(n) O(n3) O(n min{m, n2}) Nonspeculative linear production costs nonspeculative fixed-charge subcontracting O(n2) O(n4) O(n2 min{m, n2}) Nonspeculative fixed-charge production nonspeculative linear subcontracting O(n2) O(n5) O(n2 min{m, n3}) Nonspeculative fixed-charge production nonspeculative fixed-charge subcontracting O(n3) O(n6) O(n3 min{m, n3}) Concave production concave subcontracting O(n5) O(n8) O(n5 min{m, n3}) Table1 : Computational complexity of the algorithms. 1.... ..."

"... In PAGE 7: ... Thus, by eliminating most of the unnecessary object allocation, DBLFuture is able to reduce the con icts in parallel memory man- agement, which provides additional performance gains. We next analyze the overhead and scalability of our DBLFuture system in Table3 . The table contains one section each for the BaseVM (a) and the PAOptVM (b) con gurations.... In PAGE 8: ...Table 3. Overhead and scalability of directive-based lazy futures responding serial version, which is listed (in seconds) in Columns 2 and 7 of Table3 . Note that due to its function-call based coding style, this serial version is much faster than the serial version we used as the base- line for J5Futures and LazyFutures (see Column 4 and 5 of Table 1).... In PAGE 8: ... Note that due to its function-call based coding style, this serial version is much faster than the serial version we used as the base- line for J5Futures and LazyFutures (see Column 4 and 5 of Table 1). Therefore, we are setting a higher stan- dard here to evaluate our DBLFuture system against, and the speedup values in Table3 have di erent scales from those in Figure 2. Columns 3 and 8 show the Ts=T1 value, our over- head metric.... ..."

"... In PAGE 7: ... Thus, by eliminating most of the unnecessary object allocation, DBLFuture is able to reduce the conflicts in parallel memory man- agement, which provides additional performance gains. We next analyze the overhead and scalability of our DBLFuture system in Table3 . The table contains one section each for the BaseVM (a) and the PAOptVM (b) configurations.... In PAGE 8: ... Speedup of DBLFutures over LazyFutures. and the speedup values in Table3 have different scales from those in Figure 2. Columns 3 and 8 show the Ts/T1 value, our over- head metric.... ..."

"... In PAGE 33: ... To examine the exposure apos;s impact, instructors added questions to the exams in all four classes. Results Table1 summarizes the questions and correct student responses from classes that were and were not exposed to the VC. Initial inspection suggests that the VC had limited impact upon learning, as only a few statistically significant differences were detected using a test of proportions.... In PAGE 34: ... Only six questions were added to the exam that related to the VC use. As noted in Table1 , student scores, regardless of treatment, were consistently high on all questions. Perhaps the questions were not sufficiently difficult to differentiate between different knowledge levels.... In PAGE 34: ... Perhaps the questions were not sufficiently difficult to differentiate between different knowledge levels. Table1 : Performance on Exam after Exposure to the Visual Computer Question Correct Responses Correct Responses (Instructor One) (Instructor Two) Exposure No Exposure Exposure No Exposure Diskettes provide a form of storage (a) temporary (b) permanent (c) secure (d) expensive 53% 64% 75% 85% Electronic interfaces through which devices like the keyboard, monitor, mouse, and printer are connected to the computer are called (a) docks (b) ports (c) peripheral replicators (d) passages 95% 93% 87% 97% The bus is (a) a collection of wires through which data is transmitted from one part of a computer to another (b) a mass transit vehicle (c) an internet system for moving large amounts of data (d) a collection of wires used to move data from one computer to another 95% 89% 79% 75% _____ is an opening in a computer where a circuit board can be inserted to add new capabilities to the computer. (a) expansion board (b) expansion slot (c) expansion card (d) expansion opening 98% 100% 70%**... In PAGE 50: ... These different behaviors are described in Table 1. Table1 . Behavior of Strategic Factors Factor Interpretation Comparative Advantage Focus on retaining comparative advantage on diverse fields such as product, cost, price, and human resource Expansion Focus on distribution channel and marketing effort to establish reputation within an e-business industry and to enhance customer service Process Focus on business process by investing research on business process, innovating the process, utilizing material effectively, and applying strict quality control Concentration Concentrate on a certain geographic area, a limited number of product, and inventory control Low Price Focus on low price to defeat competitors in e-business market Product Improvement Focus on continuous product improvement Using the cluster analysis introduced by Hambrick (1983), 5 e-business models with various emphases on strategic factors were developed.... ..."

"... In PAGE 3: ... Hence, no spatial information is used to estimate the signal bit sequences. The statistics presented in Table1 are computed over 100 runs for 4 di erent SNR apos;s. In each run, 100 bits are estimated over a di erent noise realization.... ..."