Murray,N. "Kaleidoquery: A Visual Query Language for Object Databases", Proc. of Advanced Visual Interfaces, L'Aquila, Italy, May, 25-27, 1998. Home/Search Document Details and Download
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Interactive Querying - Locating And Discovering Information - Dix (Correct)
.... browser [Pirolli, 1996] and 3D representations of document spaces such as Cone Trees [Robertson, 1991] and populated information terrains [Benford, 1994] databases (e.g. visual query languages for relational [Haw, 1994; Papantonakis, 1995; Benzi, 1998] and object databases [Chavda, 1997; Murray, 1998]) and hypertext (e.g. node graphs [Halasz, 1987] and Disk Trees [Chi , 1998] Others address new problems (e.g. interactive parameter selection in Dynamic Queries [Ahlberg, 1992, 1994a] and Attribute Explorer [Tweedie, 1994, 1996] Furthermore, media databases are forcing new solutions to ....
N. Murray, N. Paton and C. Goble (1998). Kaleidoquery: a visual query language for object databases. Proceedings of AVI98, , ACM Press. pp. 247--257.
VOODOO: A Visual Object-Oriented Database Language for ODMG OQL - Fegaras (1999) (3 citations) (Correct)
....[5] which uses data flow diagrams to represent functions and query blocks. Even though the QUIVER visual query language supports query nesting, it does not support group by, order by, and universal quantification. Another project that uses data flow diagrams and filters is the Kaleidoquery [12] visual language, which is claimed to have the same expressive power as OQL. The construction of boolean expressions in this language is very effective and natural, but other constructs, such as result structuring, grouping, quantification, and join, are less intuitive. Like most visual query ....
N. Murray, N. Paton, and C. Goble. Kaleidoquery: A Visual Query Language for Object Databases. In International Working Conference in Advanced Visual Interfaces, L'Aquila Italy, May 1998.
Deductive Queries in ODMG Databases: the DOQL Approach - Sampaio, Paton (1998) Self-citation (Paton) (Correct)
....ODMG imperative language bindings (viz. C , Java and Smalltalk) and the OQL query language that supports interactive and embedded declarative access modes in a functional style, new modes of interaction with ODMG compliant databases are being investigated in the fields of visual query languages [7, 13] and computationally complete query language extensions [17] In this paper we report on the use of the deductive paradigm for querying ODMG databases through DOQL. DOQL is a rule based database query language that provides a deductive interface to an ODMG compliant object database. DOQL is ....
N. Murray, N. Paton, and C. Goble. Kaleidoquery: A visual query language for object databases. In Proc. of the Working Conference on Advanced Visual Interfaces - AVI, 1998.
Kaleidoquery - a Flow-Based Visual Language and Its.. - Murray, Paton, Goble, al. (2000) (1 citation) Self-citation (Murray Paton Goble) (Correct)
.... parenthesis complexity and or universal quantification SUM and COUNT GROUP BY structuring results relationship queries O2 [3] textual see ODMG OQL allows for all 12 main features plus collection operations such as list accessors and conversion and constructor operations Kaleidoquery [31] data flow graph all 12 main features defined in Kaleidoquery. see work reported here Quiver [11] diagrammatic graph query representation selection, simple mapping on integer and string values, projection, aggregates, path expressions, joins a limited user evaluation was conducted [11] that ....
Norman Murray, Norman Paton, and Carole Goble. Kaleidoquery: A Visual Query Language for Object Databases. In Tiziana Catarci, Maria F. Constabile, Giuseppe Santucci, and Laura Tarantino, editors, Proceedings Advanced Visual Interfaces, pages 247--257. ACM Press, 1998.
Kaleidoscape: A 3D Environment for Querying ODMG Compliant.. - Murray, Goble, Paton Self-citation (Murray Paton Goble) (Correct)
....These queries are then translated into the ODMG standard textual query language OQL for evaluation, the results of which can be viewed and browsed from within the Kaleidoscape environment. Keywords visual query language, 3D, OQL, ODMG, results visualisation 1 INTRODUCTION Kaleidoquery (Murray, Paton Goble 1998) is a visual query language for ODMG (Object Data Management Group) compliant object databases (Cattell et al. 1997) Queries created with Kaleidoquery can be translated into ODMG version 2.0 Object Query Language (OQL) This allows implementations of Kaleidoquery to be used with any object ....
....with Kaleidoquery can be translated into ODMG version 2.0 Object Query Language (OQL) This allows implementations of Kaleidoquery to be used with any object database that conforms to the ODMG standard. Kaleidoscape is the 3D implementation of Kaleidoquery that was designed using the framework in (Murray, Goble Paton 1998). We chose to implement Kaleidoquery in a 3D environment in order to assess any benefits gained and problems found when using 3D visualisations that utilise the human perception system s ability to understand full three dimensional volumetric space, and to examine the impact of differing forms of ....
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Murray, N., Paton, N. & Goble, C. (1998), Kaleidoquery: A Visual Query Language for Object Databases, in `Proceedings Advanced Visual Interfaces '.
Towards a Unified Query-By-Example (UQBE): UML as a basis - For Generic Graphical (2000) (Correct)
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Murray,N. "Kaleidoquery: A Visual Query Language for Object Databases", Proc. of Advanced Visual Interfaces, L'Aquila, Italy, May, 25-27, 1998.
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