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Table 1. Two di erent service interfaces to BLAST, a widely used bioinformatics tool. BLAST operates over a biological sequence, has a number of parameters and returns a single complex BLAST report. The \Document Style quot; interface has a single method taking a complex set of parameters, while the \Object Style quot; interface uses object identi ers to provide an ad hoc object orientation.

in Applying Semantic Web Services to Bioinformatics Experiences Gained, lessons learnt

by Phillip Lord, Sean Bechhofer, Mark D. Wilkinson, Gary Schiltz, Damian Gessler, Duncan Hull, Carole Goble, and Lincoln Stein, Damian Gessler Duncan Hull

"... In PAGE 9: ...ne output. There are usually a set of parameters, i.e., values which modify the way the service works, much like command-line options. We describe this style of interface in Table1 as \Document Style quot;. MOBY-Services therefore uses a subset of the full Web services functionality, thus limiting service interfaces to this basic data model.... In PAGE 9: ... Many service providers group related, although indepen- dent, operations into a single service; MOBY-Services services only ever have a single operation. The second paradigm, described in Table1 as \Object Style quot;, is used by SOAPLAB8. The service operations de ne an ad hoc object model.... ..."

Table 1. Two different service interfaces to BLAST, a widely used bioinformatics tool. BLAST operates over a biological sequence, has a number of parameters and returns a single complex BLAST report. The Document Style interface has a single method taking a complex set of parameters, while the Object Style interface uses object identifiers to provide an ad hoc object orientation.

in oriented

by Phillip Lord, Pinar Alper, Chris Wroe, Carole Goble

Table 16. Mapping parameters of OCSP to RSVP fields in objects.

in unknown title

by unknown authors 2004

"... In PAGE 84: ... Release and Release-Con- firm (OCSP); PathTear and ResvTear (RSVP) Cause No corresponding parameter Connection reference (Prev) Tunnel ID /Ext. Tunnel ID and IPv4 tunnel end point address within SESSION object amp; LSP ID and IPv4 tunnel sender address within SENDER_TEMPLATE/FILTER_SPEC object Connection reference (own) No corresponding parameters RSVP_HOP in both and STYLE, FLOWSPEC in ResvTear Table16 . Mapping parameters of OCSP to RSVP fields in objects.... ..."

Table 6 Reference run results

in Searching for Search Algorithms: Experiments in Meta-search

by Brian J. Ross 2002

"... In PAGE 21: ... Hence some runs combined sel best with sel tourn best in order to obtain the possibility of creating variation. Results of the reference runs are shown in Table6 . The score column refers to the average of the objective scores of the best solution over 10 runs.... In PAGE 21: ... All these reference runs con- rm that the style of search algorithm evolved is consistent with the relative performance of the search algorithm compared to other possibilities. Table6 highlights some pertinent points about the search strategies tested. Firstly, crossover-style variation operators do not perform well with hill-climbing selection (sel best).... In PAGE 23: ...Table6 might be in uenced by these experimental parameterizations. For example, our chosen maximum iteration limit of 1000 on a search set of 100 would be a very weak choice of parameters for a vanilla genetic algorithm run { it is equivalent to a mere 10 generations.... ..."

Cited by 2

Table 1.1: List of mapleizic functions Figure 1.2 shows a second Maple session where several objects are rst computed before being displayed together using izshow. Notice the use of izcylinder and izsphere which are two of the convenience functions provided by mapleizic to ease the creation of most elementary curves and surfaces.Figure 1.3 shows that the output of the Maple function tubeplot can be used as input to izshow. Actually, izshow can display any graphic object computed by Maple using functions such as plot3d or tubeplot. The transparency option (which produces the right hand graphics) is one of the various IZIC options which can be set from Maple via izshow. This example is taken from the Maple V Language Reference Manual where the same equations are used to compute the surface shown on Plate 6. As already mentioned, a collection of options with customizable default values allow to customize colors, transparency, display style, etc. Most of these parameters can also be changed interactively from the control panel. Table 1.2 gives the list of possible options together with their default values. These options can be used with most mapleizic commands related to object computing or display, such as izplot3d or izshow. Default values can also be changed using the izsetoptions command. For

in IZIC 1.0 : An Overview for the User

by Norbert Kajler

Table 1. Deviation of the Registration Results Depending on the Threshold for the Bone Surface Extraction in the CT Dataset

in Biomedical Paper Registration of 3D CT and Ultrasound Datasets of the Spine using Bone Structures

by B. Brendel, Dipl Ing, S. Winter, A. Rick, Ph. D, M. Stockheim, H. Ermert, Ph. D

"... In PAGE 6: ... The registration with 200 HU was deemed to be a reference registration.18 The maximal deviations of the registration results relative to the reference reg- istration are listed in Table1 . Again, the registra- tion was tested with the complete datasets and with Fig.... ..."

Table 1. Optical Transparency at 500 nm ID Description Film

in Space Durable Polyimide/carbon Nanotube

by Composite Films For, Kent A. Watson, Joseph G. Smith, John W. Connell

"... In PAGE 6: ... 3.3 Optical Transparency Thin films were measured for optical transparency at 500 nm, the solar maximum, with the results presented in Table1 . In general, the optical transparency of the... ..."

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in Deriving Production Rules for Incremental View Maintenance

by unknown authors

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