Figures & data
TABLE 1 Example Transcript from the Corpus
TABLE 2 Coding Scheme for Gestures and Their Discourse Context
FIGURE 2 Example of intersubjective variability: gesture handedness in placing gestures across five speakers (N = 70).
![FIGURE 2 Example of intersubjective variability: gesture handedness in placing gestures across five speakers (N = 70).](/cms/asset/7ef6d572-4f61-4798-9ce5-01d4fa77f6ad/uaai_a_492162_o_f0002g.gif)
FIGURE 3 General structure of a GNetIc decision network. Gesture production choices are considered either probabilistically (chance nodes drawn as ovals) or rule-based (decision nodes drawn as rectangles). Each choice depends on a number of contextual variables. The links are either learned from corpus data (dotted lines) or defined in a set of if-then rules (solid lines).
![FIGURE 3 General structure of a GNetIc decision network. Gesture production choices are considered either probabilistically (chance nodes drawn as ovals) or rule-based (decision nodes drawn as rectangles). Each choice depends on a number of contextual variables. The links are either learned from corpus data (dotted lines) or defined in a set of if-then rules (solid lines).](/cms/asset/56c6bf92-1cc4-45b4-926a-7169a6a35f82/uaai_a_492162_o_f0003g.gif)
FIGURE 5 Examples from different speakers each describing a round window of a church (first row) and GNetIc-generated behavior simulating those speakers in the same initial situation (second row).
![FIGURE 5 Examples from different speakers each describing a round window of a church (first row) and GNetIc-generated behavior simulating those speakers in the same initial situation (second row).](/cms/asset/cf5d5983-440f-45c2-a593-faa1acae4410/uaai_a_492162_o_f0005g.gif)
FIGURE 6 Network structures obtained with different algorithms (columns) for different data sets (rows). See Table 2 for the reading of the variables and their value sets.
![FIGURE 6 Network structures obtained with different algorithms (columns) for different data sets (rows). See Table 2 for the reading of the variables and their value sets.](/cms/asset/b0a36791-b9c9-4659-a313-7a39fb439f8c/uaai_a_492162_o_f0006g.gif)
TABLE 3 Prediction Accuracy of Single Features for the Networks Learned with Different Structure Learning Algorithms from Individual and Combined Speaker Data, Respectively
FIGURE 7 Network structures obtained with NPC algorithm for two different speakers (left, right): link strength corresponds to significance level.
![FIGURE 7 Network structures obtained with NPC algorithm for two different speakers (left, right): link strength corresponds to significance level.](/cms/asset/e68a450e-4135-4621-ae8c-0fe13a50d1b8/uaai_a_492162_o_f0007g.gif)