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Table 2. Twelve types of design features

in Ergonomics Association Press
by Helen Hon, Yee Siu, Short Paper, John Kl Ho
"... In PAGE 3: ... The largest size is set as 8cm*8cm to fit in a PowerPoint slide. Twelve types of design features as shown in Table2 have been identified for the investigation. Table 2.... ..."

Table 1: Twelve primitive agent types

in Decisions, Deliberation, and Agent Types CDT - QDT - BDI - 3APL - BOID
by Mehdi Dastani, Leendert van der Torre
"... In PAGE 10: ... A complete agent type is a maximal consistent set of constraints. There are twelve primitive agent types, which are listed in Table1 together with the cor-... ..."

Table 1: Pronunciation models for the twelve months of the

in Speech Recognition Using Syllable-Like Units
by Zhihong Hu, Johan Schalkwyk, Etienne Barnard, Ronald Cole 1996
"... In PAGE 3: ....1. Segment-based system using trajec- tory models In this experiment, phoneme is used as the basic unit in recognition. Table1 depicts the pronunciation models for... ..."
Cited by 11

TABLE 3. Twelve pairs of reciprocal interciters in Globenet.

in Does citation reflect social structure? Longitudinal evidence from the ‘Globenet’ interdisciplinary research group
by Howard D. White, Barry Wellman, Nancy Nazer 2004
Cited by 11

Table 2. Twelve combination of edges of pentagon.

in Properties of Tilings by Convex Pentagons
by Teruhisa Sugimoto, Tohru Ogawa 2005
"... In PAGE 13: ..., there are a total of 12 unique combinations (see Table 2) (SUGIMOTO, 1999; SUGIMOTO and OGAWA, 2000, 2003a, 2003c, 2005). For example, the combination [11111] in Table2 is the pentagon with all the identical edge-lengths; i.e.... In PAGE 15: ...3). Next, for tiles, we find that the pentagons can be classified into 12 kinds by the number of equal-length edges and their positions (see Table2 ) (SUGIMOTO, 1999; SUGIMOTO and OGAWA, 2000, 2003a, 2003c, 2005). Then, we see that the tiling by congruent convex pentagon is impossible when all edges of convex pentagon are of different length (see Theorem 4) (SUGIMOTO and OGAWA, 2003c).... In PAGE 15: ... On the other hand, it is known that the equilateral convex pentagons which can tile the plane have to belong to type 1, 2, or 7 in the present list. Among 12 cases of pentagons of Table2 , the two cases were solved. But, the investigations about other 10 cases have not been completely finished yet.... ..."

Table 2.1: Twelve CG methods.

in The Role of the Inner Product in Stopping Criteria for Conjugate Gradient Iterations
by S. F. Ashby, M. J. Holst, T. A. Manteuffel, P. E. Saylor

Table 1. Concise description of the twelve implemented agents

in Comparing apples with oranges: evaluating twelve paradigms of agency
by Linus J. Luotsinen, Joakim N. Ekblad, T. Ryan Fitz-gibbon, Charles Houchin, Justin Key, Majid Ali Khan, Jin Lyu, Johann Nguyen Rex Oleson, Gary Stein, Scott Vander Welde, Viet Trinh, Ladislau Bölöni, et al.
"... In PAGE 3: ... In choosing the paradigms we strived to maintain a balance between high level, logic based approaches and low level, physics oriented models; be- tween imperative programming, declarative approaches and learning from ba- sics as well as between anthropomorphic or biologically inspired models on one hand and pragmatic, performance oriented approaches on the other. The imple- mented agents are concisely described in Table1 . The developers were instructed to develop paradigm-pure implementations and to design the agents such that... ..."

Table 2 Twelve sizes fit all?

in unknown title
by unknown authors

TABLE V The results of learning on the twelve fuzzified neural

in Iterative Inversion of Fuzzified Neural Networks
by Sungwoo Park, Taisook Han

Table 2: Results of the twelve entity layout problem.

in The Genetic Algorithm and Local Optimizer Hybrid Approach for the Advanced Layout Problem
by Terry Dexter, E.D. Goodman, W.F. Punch
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