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EVOLUTION OF AN EFFECTIVE BRAIN-COMPUTER INTERFACE MOUSE VIA GENETIC PROGRAMMING WITH ADAPTIVE TARPEIAN BLOAT CONTROL

机译：通过自适应TaRpEIaN BLOaT控制的遗传编程实现有效的脑 - 计算机界面小鼠的演化

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Riccardo Poli; Mathew Salvaris; Caterina Cinel;
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年度 2013
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1. A genetic programming approach to the evolution of brain-computer interfaces for 2-D mouse-pointer control [J] . Riccardo Poli, Mathew Salvaris, Caterina Cinel Genetic programming and evolvable machines . 2012,第3期

机译：用于二维鼠标指针控制的人机界面进化的遗传编程方法
2. Studying bloat control and maintenance of effective code in linear genetic programming for symbolic regression [J] . dal Piccol Sotto Leo Francoso, de Melo Vinicius Veloso Neurocomputing . 2016,第Mara5期

机译：研究线性遗传规划中用于符号回归的膨胀控制和有效代码的维护
3. Genetic programming with one-point crossover and subtree mutation for effective problem solving and bloat control [J] . Leonardo Trujillo Soft Computing - A Fusion of Foundations, Methodologies and Applications . 2011,第8期

机译：具有单点交叉和子树突变的遗传编程，可有效解决问题并控制膨胀
4. Evolution of a Brain-Computer Interface Mouse via Genetic Programming [C] . Riccardo Poli, Mathew Salvaris, Caterina Cinel Genetic programming . 2011

机译：通过遗传编程进化的脑机接口鼠标。
5. Targeting the Brain in Brain-Computer Interfacing: The Effect of Transcranial Current Stimulation and Control of a Physical Effector on Performance and Electrophysiology Underlying Noninvasive Brain-Computer Interfaces [D] . Baxter, Bryan Scott. 2017

机译：靶向脑电脑界面中的大脑：经颅电流刺激和对性能和电生理学介绍的效果潜在的非侵入性大脑 - 计算机界面
6. A randomized controlled trial of a brain-computer interface based attention training program for ADHD [O] . Choon Guan Lim, Xue Wei Wendy Poh, Shuen Sheng Daniel Fung, 2015

机译：基于脑计算机接口的注意力缺陷多动障碍注意力训练程序的随机对照试验
7. Covariant Tarpeian Method for Bloat Control in Genetic Programming [O] . Riccardo Poli 2010

机译：遗传规划中协变的Tarpeian膨胀控制方法
8. Genetic Program Based Data Mining of Fuzzy Decision Trees and Methods of Improving Convergence and Reducing Bloat [R] . Smith, I. J., Nguyen, T. H. 2007

机译：基于遗传程序的模糊决策树数据挖掘及提高收敛和减少膨胀的方法

EVOLUTION OF AN EFFECTIVE BRAIN-COMPUTER INTERFACE MOUSE VIA GENETIC PROGRAMMING WITH ADAPTIVE TARPEIAN BLOAT CONTROL

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