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TABLE I DYNAMIC SPECTRUM MANAGEMENT LEVELS [2]. DSM Level Description

in Vectored DSLs with DSM: The road to Ubiquitous Gigabit DSLs
by J. Cioffi, M. Brady, V. Pourahmad, S. Jagannathan, W. Lee, Y. Kim, C. Chen, K. Seong, D. Yu, M. Ouzzif, H. Mariotte, R. Tarafi France Telecom R, G. Ginis, B. Lee, T. Chung, P. Silverman, Assia Inc

Table 1. Spectrum Management Classes

in David L. Waring Stefano Galli Kenneth Kerpez John Lamb Craig F. Valenti
by Telcordia Technologies Inc, David L. Waring, Stefano Galli, Kenneth Kerpez, John Lamb, Craig F. Valenti 2000
"... In PAGE 2: ... This has led to a number of proposals for new DSL systems, for example the class of symmetric DSLs (SDSL). Unfortunately, this creativity complicates the problem of spectrum management, as is apparent from Table1 which shows the currently agreed classes of DSL systems. Table 1.... ..."
Cited by 2

Table 5: Taxonomy of dynamic power management techniques.

in Power Analysis and Optimization Techniques for Energy Efficient Computer Systems
by Wissam Chedid, Chansu Yu, Ben Lee
"... In PAGE 17: ... DPM techniques can also be used for shutting down idle I/O devices [49], or even nodes of server clusters [19, 50]. As summarized in Table5 , this section discusses DPM techniques that are classified based on the implementation level. Section 3.... ..."

Table 4. Revised KM Spectrum and Applications

in Choosing Your Knowledge Management Strategy
by Knox Haggie, John Kingston 2003
"... In PAGE 11: ... Since asset improvement is normally done using computer-based statistical techniques, but does not transform the asset into a different form, it belongs to the left of Asset Management but to the right of Analytical KM in the spectrum. On the basis of this, we suggest a revised version of the KM spectrum ( Table4 ). We also suggest revisions to Table 2 and Table 3, which are presented in list form below.... In PAGE 13: ... The implications of this are various: we see that Binney has not tried to develop any new knowledge about KM approaches, but has simply analysed existing ones. This might imply that there are more KM approaches waiting to be identified or developed; however, the fact that one or other of the approaches covers nearly all the KM approaches identified in Section 2 suggests that the set of approaches in the KM spectrum (or at least, in the revised spectrum shown in Table4 ) is nearly or fully complete. We also see that the applications, technologies, and mappings to knowledge management strategies identified in Tables 2-4 are crucial to the task of selecting an appropriate KM strategy.... ..."
Cited by 3

Table 1: Spectrum covered by our experiments.

in Knowledge-level reflection
by Frank Van Harmelen, Bob Wielinga, Bert Bredeweg, Guus Schreiber, Werner Karbach, Martin Reinders, Angi Voß, Hans Akkermans, Brigitte Bartsch-spörl, Erik Vinkhuyzen 1992
"... In PAGE 23: ... Our meta-components realize very different re- flective behaviors in that they inspect or modify different kinds of knowledge in the object components. Table1 summarizes the spectrum covered by our reflective systems. dimension options explored type of reflective system 1:1, 2:1, n:1 type of reflective task diagnose amp;repair, strategy construction, resource management malfunctions inconsistency, irrelevancy, incompleteness, overcomplexity general inference structure exact match, renamed, simplified, extended Table 1: Spectrum covered by our experiments.... ..."
Cited by 1

Table 3 Dynamic QoS Management Functions

in Abstract Survey of Quality of Service in Mobile Computing Environments
by Dan Chalmers 1998
"... In PAGE 7: ...2.1 Static QoS Management Aspects The static QoS management functions relating to properties or requirements which remain constant throughout some activity, are summarised in Table3 and expanded below, drawing... ..."

Table 3 Dynamic QoS Management Functions

in Survey of Quality of Service in Mobile Computing Environments
by Dan Chalmers, Morris Sloman
"... In PAGE 7: ...2.1 Static QoS Management Aspects The static QoS management functions relating to properties or requirements which remain constant throughout some activity, are summarised in Table3 and expanded below, drawing... ..."

Table 5.1 Modifications in the spectrum of the branch current caused by dynamic eccentricity [dB].

in TKK-DISS-2217
by Marian Dumitru Negrea, Marian Dumitru Negrea, Teknillinen Korkeakoulu, Picaset Oy 2006

Table 2. Energy consumption and conservation of dynamic energy management approaches.

in Prediction-based dynamic energy management in wireless sensor networks
by Xue Wang, Jun-jie Ma, Sheng Wang, Dao-wei Bi 2007
Cited by 6

Table 1.5: Managing a dynamic dictionary.

in On the Construction and Application of Compressed Text Indexes
by Hon Wing Kai 2004
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