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Table 1: Parameters and their ranges. Parameter Low Medium High

in Characterization of Surface Fault Patterns with Application to a Layered Manufacturing Process
by Irem Y. Tumer, David C. Thompson, Kristin L. Wood, Richard H. Crawford 1998
"... In PAGE 4: ...pproximation. Orientation is quanti ed in terms of build angle. Build angle is the angle between the part apos;s longitudinal axis and the horizontal plane of the powder bed. The ranges for each parameter are shown in Table1 . The feasible parameter space and the ranges of the parameter values are chosen based on the practical considerations for laser power and layer thickness [14].... ..."
Cited by 5

Table 3 Low Medium High

in New developments in latent class choice modeling
by Tom Eagle, Eagle Analytics, Jeroen K. Vermunt 2003
Cited by 1

Table 4. IS Resources, by Attribute

in Review: The resource-based view and information systems research: Review, extension, and suggestions for future research
by Michael Wade, John Hulland 2004
"... In PAGE 11: ...8 IS Resource Attributes In this section, we use the resource attributes introduced above to describe the IS resources identified earlier in the paper. The relationships between these resources and their attributes are summarized in Table4 . The entries in this table should be interpreted in relative (i.... In PAGE 16: ... Our earlier review of IS resources suggests, however, that more specific predictions can be made for different types of resources. In particular, visual inspection of Table4 suggests that outside-in and spanning resources tend to have similar resource attributes. In general, when compared to inside-out re- sources, they tend to have somewhat greater value, be rarer (but less appropriable), be more difficult to imitate or acquire through trade, and have fewer strategic substitutes.... ..."
Cited by 5

Table 23 Medium Access Technologies Dependencies

in Dll - TIMELINE AND ROADMAP
by For The Coming, Author(s) Klaus Mößner, Stefan Arbanowski, Ralf Pabst, Petri Pulli, Xiaosong Zheng, Andreas Schieder, Michael Lipka, Fraunhofer Fokus

Table 1: Low Power Modes

in A modular power-aware microsensor with 1000x dynamic power range
by Brian Schott, Michael Bajura, Joe Czarnaski, Jaroslav Flidr, Tam Tho, Li Wang 2005
Cited by 8

Table 1 below): Low Power Option to Low Power Option, Standard to Low Power Option; Standard to

in unknown title
by unknown authors
"... In PAGE 4: ... UART Frame Figure 13b. IR Frame Tables Table1 . Link Distance Specifications Table 2.... In PAGE 10: .... A summary of pulse durations for all supported data rates appears in Table1 in Section 4.1.... In PAGE 12: ... Table1 . Link Distance Specifications The Bit Error Ratio (BER) shall be no greater than 10^-8.... In PAGE 34: ...2 kb/s operation; Tables 8 amp; 9, for the low power option (up to 115.2 kb/s); Table1 0, for 1.152 Mb/s; Table 11 for, 4.... ..."

Table Medium Medium High High Low Table 1. An overview of the media employed in the presentation of weather information (high, medium, and low mean the degree to what the medium has the corresponding capability)

in Model-Driven Hypermedia Access to Weather Information
by Stephan Kerpedjiev 1993
Cited by 4

Table Medium Medium High High Low Table 1. An overview of the media employed in the presentation of weather information (high, medium, and low mean the degree to what the medium has the corresponding capability)

in
by unknown authors

Table 3: Access behavior and frequency numbers

in Anytime, Anywhere Learning Behavior Using a Web-Based Platform for a University Lecture
by unknown authors
"... In PAGE 5: ... A possible argumentation may point on the absence of an area-wide W-LAN coverage at the University campus or W-LAN hot spots. Table3 shows the ratings in detail. 0 10 20 30 40 50 Access frequency At home At work At campus very high high medium low very low no answer Figure 6: Access behavior and frequency Access frequency At home At work At campus very high 4 45 2 3 high 4 2 4 2 medium 27 3 8 7 low 15 2 3 16 ... ..."

Table 1: Effect of Transmission Power Low power High power

in Latency-sensitive power control for wireless ad-hoc networks
by Mohamed R. Fouad, Sonia Fahmy, Gopal Pandurangan 2005
Cited by 1
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