Results 11 - 20 of 75,451

Table 2. Cerebral Correlates of Cross-Dimensional Interference Coordinates

in Distributed and Overlapping Cerebral Representations of Number, Size, and Luminance during Comparative Judgments
by Philippe Pinel, Manuela Piazza, Denis Le Bihan, Stanislas Dehaene, Service Hospitalier, Frédéric Joliot 2004
Cited by 5

Tabletop groupware, Interaction Techniques, Computer Supported Cooperative Work, Coordination, Interference.

in The Effect of Interaction Techniques on Coordination and
by Conflict In Tabletop Groupware

Table 2: Adaptive middleware categorized by middleware layers and adaptation type.

in A Survey of Adaptive Middleware
by S. M. Sadjadi 2003
"... In PAGE 31: ... Middleware Application Domain Layers QoS-Enabled Dependable Embedded Domain-Services Common- QuO OGS, IRL, FTS, Services TAO-LB, Racks TAO, CIAO, Orbix, OpenORB, FRIENDS, UIC, Distribution Squirrel, DynamicTAO, Electra, ZEN, FlexiNET, OpenCorba, AspectIX Orbix+Isis Orbix/E Host-Infra. ACE, Eternal, Isis, Horus, PersonalJava MetaSockets Ensemble, Totem, Rocks EmbeddedJava Table2 categorizes the adaptive middleware projects using the middleware layers and adaptation type. This table shows that adaptive middleware research has exploited both static and dynamic adaptations.... In PAGE 31: ... Safe adaptation can harness the dangerous power of dynamic adaptation provided by mutable middleware. Table2 also shows that... ..."
Cited by 7

Table 2: Adaptive middleware categorized by middleware layers and adaptation type.

in A Survey for Ph.D. Qualifier Exam. A Survey of Adaptive Middleware
by S. M. Sadjadi
"... In PAGE 31: ... Middleware Application Domain Layers QoS-Enabled Dependable Embedded Domain-Services Common- QuO OGS, IRL, FTS, Services TAO-LB, Racks TAO, CIAO, Orbix, OpenORB, FRIENDS, UIC, Distribution Squirrel, DynamicTAO, Electra, ZEN, FlexiNET, OpenCorba, AspectIX Orbix+Isis Orbix/E Host-Infra. ACE, Eternal, Isis, Horus, PersonalJava MetaSockets Ensemble, Totem, Rocks EmbeddedJava Table2 categorizes the adaptive middleware projects using the middleware layers and adaptation type. This table shows that adaptive middleware research has exploited both static and dynamic adaptations.... In PAGE 31: ... Safe adaptation can harness the dangerous power of dynamic adaptation provided by mutable middleware. Table2 also shows that... ..."

Table 1: Interference probability

in unknown title
by unknown authors
"... In PAGE 5: ... Using these values we computed the interference probability. Table1 shows the interference probability P2 for di erent group sizes, the read rate ( ) values obtained from the experiment, and for di erent read request arrival rates varying from 1 req/sec to 0:01 req/sec. Since we have assumed that the update rate is 1, the interference probability evaluates to be the same both under the exponential (M) and deterministic (D) model for the read and update times.... ..."

Table 2.1: Computation time comparison of the adaptive and equal sized cell grid modelling. Values are normalized.

in Hierarchical Electromagnetic Modeling Of Quasi-Optical Grid Amplifiers And Oscillators
by Satoshi Nakazawa

Table 2. Table 2: Performance Parameters of the Adaptive Interference Cancellers.

in INTERFERENCE CANCELLATION FOR COLLOCATED WIRELESS RADIOS Approved by:
by Dr. Joy Laskar Advisor, Dr. Emmanouil, M. Tentzeris 2007

Table 3: Dynamic management: Word error rate WER and WD database size WDDBS after 150 adaptation words for two different lexicon sizes.

in Electronic Letters on Computer Vision and Image Analysis 5(2):87-97, 2005 Self-supervised adaptation for on-line script text recognition
by Lionel Prevost, Loïc Oudot, Universit Pierre, Marie Curie 2004

Table 2. Ranges of Uplink SIR With Strongest Interferers in Neighboring Cells

in Dynamic Allocation of Downlink and Uplink Resource for Broadband Services in Fixed Wireless Networks
by Kin K. Leung, Arty Srivastava 1999
Cited by 4

Table 1: Cell set cardinalities for the 0-cells, 1-cells, and 2-cells

in unknown title
by unknown authors 2001
"... In PAGE 5: ... Figure 5 illustrates the airfoil test case that we consider here. Table1 quantifies the mesh size in terms of the num- ber of a9 -cells, a9a5a24a29a10a52a51a53a51 a12 , for each level of refinement. Our motivation for choosing the TAG 2-D example is to test ex- tensibility, in particular, with an adaptive mesh object.... ..."
Cited by 1
Results 11 - 20 of 75,451