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Table 1: Theoretical perspectives relating language to deep structure

in Modeling the Perceptual Component of Conceptual LearningA Coordination Perspective
by William Clancey University, William J. Clancey
"... In PAGE 39: ... To begin a geometry problem is usually expressed by descriptions such as, Two transversals intersect two parallel lines and intersect with each other at a point x between the two parallel lines. In the geometry theorem proving program, such statements, as well as the geometry definitions and theorems, would be encoded in some descriptive notation ( Table1 ) such as a language composed of terms and relations. Problem Statement (line l1) (line l2) (line t1) (line t2) (parallel l1 l2) (transversal t1 l1 l2) (transversal t2 l1 l2) (intersect t1 t2 x) (between x l1 l2) Geometry Definitions (production rules of the program) (production-rule (alternate-interior lt;a1 gt; lt;a2 gt;) (angle lt;a1 gt; lt;a2 gt;) - gt; (congruent lt;a1 gt; lt;a2 gt;)) Table 1.... In PAGE 39: ... In the geometry theorem proving program, such statements, as well as the geometry definitions and theorems, would be encoded in some descriptive notation (Table 1) such as a language composed of terms and relations. Problem Statement (line l1) (line l2) (line t1) (line t2) (parallel l1 l2) (transversal t1 l1 l2) (transversal t2 l1 l2) (intersect t1 t2 x) (between x l1 l2) Geometry Definitions (production rules of the program) (production-rule (alternate-interior lt;a1 gt; lt;a2 gt;) (angle lt;a1 gt; lt;a2 gt;) - gt; (congruent lt;a1 gt; lt;a2 gt;)) Table1 . Given data structure and program in a semi-formal notation (extracted from Larkin and Simon, Table 4, p.... In PAGE 47: ...47 Stockholm: Cognition, Education, and Communication Technology Symposium A comparison of the points of view ( Table1 ) shows that the alternative Newell and Simon reject also includes a linguistic deep structure, again the symbol structures of their IPS models. Although they raise the possibility of nonlinguistic deep structure, they cannot conceive of this standing on its own because they fundamentally view understanding and thinking as mapping to and manipulating linguistic (symbol) strings.... ..."

Table: I intersection E intersection

in Team Member Reallocation via Tree Pruning
by Noa Agmon, Gal A Kaminka, Sarit Kraus

Table: I intersection E intersection

in Team Member Reallocation via Tree Pruning
by Noa Agmon, Gal A Kaminka, Sarit Kraus

Table 3. Addition of 2-deep operands with 4-deep results

in An Efficient Universal Addition Scheme for all HybridRedundant Representations with Weighted Bit-Set Encoding
by Ghassem Jaberipur 2006
"... In PAGE 3: ... 2. Adding Hybrid-Redundant Numbers The first step in our addition scheme for WBS encoding of hybrid-redundant numbers is to construct a 4-deep WBS number by simply merging the posibits and ne- gabits in like positions of the two operands, as shown by the vertical alignments of operands in the examples of Table3 . The equal-weight grouping offered in [6] may be considered as a special case.... ..."
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Table 2. Typical deep database.

in GIMS - A Data Warehouse for Storage and Analysis of Genome Sequence and Functional Data
by Mike Cornell, Norman W. Paton, Shengli Wu, Carole A. Goble, Crispin J. Miller, Paul Kirby, Karen Eilbeck, Andy Brass, Andrew Hayes, Stephen G. Oliver 2001
"... In PAGE 2: ... However, such systems rarely provide ad-hoc query capabilities, and it is unusual for built-in fa- cilities to be provided that support complex analyses. The classification used in Table 1 is applied for typical deep databases in Table2 . As for broad databases, the focus is principally on browsing and visualising rather than query- ing and analysing.... ..."
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Table VI. Bounds on FIFO deep

in VLSI Architecture for Lossless Compression of Medical Images Using the Discrete Wavelet Transform
by Isidro Urriza, José I. Artigas, José I. García, Luis A. Barragán, Denis Navarro 1998
Cited by 1

Table 1 Number of intersection Subcase of intersection Intricacy

in Marching Cubes: Surface Complexity Measure
by Sergey V. Matveyev

Table 1. Line intersections

in S.J.: Automatic table detection in document images
by B. Gatos, D. Danatsas, I. Pratikakis, S. J. Perantonis 2005
"... In PAGE 7: ... Line estimation improvement by using Image/text areas removal. All possible line intersections (see Table1 ) are detected progressively according to the following algorithm. First, we detect all intersections with IDs 1-4.... ..."
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Table 3: Intersection Operators

in A Multiple View Definition System for Supporting Interoperability among Heterogeneous and Autonomous Databases
by R. M. Duwairi, N. J. Fiddian, W. A. Gray
"... In PAGE 3: .... Specialisation Operators: this group consists of two operators: Intersect and Intersect1. They integrate a set of overlapping local classes by generating a common subclass. Table3 shows the effects of each of this group of operators. 4.... ..."

Table 2. Intersection Results

in Video Histogram: A Novel Video Signature for Efficient Web Video Duplicate Detection
by Lu Liu, Wei Lai, Xian-sheng Hua, Shi-qiang Yang
"... In PAGE 8: ... Therefore we select a high-precision strategy and use the intersection of two results with different seed vector numbers to further improve the precision. The results in Table2 show that the precision is improved greatly and able to achieve at 97% with combination strategy. When the searching ... ..."
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