Agent结构的建立是Agent研究的重要内容.尝试着结合BDI结构和情境演算的优点,提出了一个能够刻画Agent的多种特征,尤其是自主性的智能体结构AASC(Agent architecture based on situation calculus).此结构既能表示Agent的信念、目标、...
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Agent结构的建立是Agent研究的重要内容.尝试着结合BDI结构和情境演算的优点,提出了一个能够刻画Agent的多种特征,尤其是自主性的智能体结构AASC(Agent architecture based on situation calculus).此结构既能表示Agent的信念、目标、策略等心智状态,又能进行行动推理和规划,为解释Agent的自主性、建构不同类型的Agent提供了统一的平台.
User adaptation is a critical and important problem. For users' specialization, such as Handwriting, Voice,Drawing Styles, the system is hard to adapt to all users. SVM-based incremental learning can find the most...
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User adaptation is a critical and important problem. For users' specialization, such as Handwriting, Voice,Drawing Styles, the system is hard to adapt to all users. SVM-based incremental learning can find the most basic fea-ture of different users and cast away the special user's character, so this method can adapt the different users withoutover fitting. In this paper, the repetitive learning strategy and other two incremental learning algorithms are presentedfor comparison. Based on theoretical analysis and experimental results, we draw the conclusion that SVM-based incre-mental learning can solve the user conflict problem.
With the development of e-commerce, people are attaching more importance to biometrics authenticationtechniques. Dynamic handwritten signature verification is an effective one. This paper introduces the basic process ...
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With the development of e-commerce, people are attaching more importance to biometrics authenticationtechniques. Dynamic handwritten signature verification is an effective one. This paper introduces the basic process ofdynamic handwritten signature verification, some algorithms in use and performance evaluation.
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