Mercurial > cortex
comparison thesis/abstract.org @ 551:d304b2ea7c58
some changes from winston.
author | Robert McIntyre <rlm@mit.edu> |
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date | Fri, 02 May 2014 13:40:47 -0400 |
parents | 8e52a2802821 |
children |
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550:b1d8d9b4b569 | 551:d304b2ea7c58 |
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7 | 7 |
8 To attack the action recognition problem, I developed a computational | 8 To attack the action recognition problem, I developed a computational |
9 model of empathy (=EMPATH=) which allows me to recognize actions using | 9 model of empathy (=EMPATH=) which allows me to recognize actions using |
10 simple, embodied representations of actions (which require rich | 10 simple, embodied representations of actions (which require rich |
11 sensory data), even when that sensory data is not actually available. | 11 sensory data), even when that sensory data is not actually available. |
12 The missing sense data is ``imagined'' by the system by combining | 12 The missing sense data is imagined by combining previous experiences |
13 previous experiences gained from unsupervised free play. The worm is a | 13 gained from unsupervised free play. The worm is a five-segment |
14 five-segment creature equipped with touch, proprioception, and muscle | 14 creature equipped with touch, proprioception, and muscle tension |
15 tension senses. It recognizes actions using only proprioception data. | 15 senses. It recognizes actions using only proprioception data. |
16 | 16 |
17 In order to build this empathic, action-recognizing system, I created | 17 In order to build this empathic, action-recognizing system, I created |
18 a program called =CORTEX=, which is a complete platform for embodied | 18 a program called =CORTEX=, which is a complete platform for embodied |
19 AI research. It provides multiple senses for simulated creatures, | 19 AI research. It provides multiple senses for simulated creatures, |
20 including vision, touch, proprioception, muscle tension, and hearing. | 20 including vision, touch, proprioception, muscle tension, and hearing. |