Sentence generator system for humanoid robot interaction

Novia Damayanti, D. Basuki, A. Barakbah, M. Huda
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Abstract

FloW is a humanoid robot that is being built and developed by ER2C (Eepis Robotic Research Center). FloW is made to have human-like capabilities and one of the abilities, the robot is able to communicate with humans. Therefore, we need to build speech processing system which consists four sub-systems. There are speech-to-text system, sentence understanding system, sentence generating system and text-to-speech system. This paper proposes how FloW can generate sentences to start and respond conversation. The output of this system is text that will be combined with text-to-speech system. So, the robot's answers are sound. We use template-based method which consists of word list process, templates and answers to start a conversation. While using the pattern-matching method which consists of answer rules, answer extraction and answers to respond a conversations. The experimental result shows generated sentences to start and respond conversations in closed-domain around the ER2C (Eepis Robotic Research Center) has reached 100%.
仿人机器人交互句子生成系统
FloW是由ER2C (Eepis机器人研究中心)制造和开发的人形机器人。FloW被设计成具有类似人类的能力,其中一项能力是,机器人能够与人类交流。因此,我们需要构建由四个子系统组成的语音处理系统。语音转文本系统、句子理解系统、句子生成系统和文本转语音系统。本文提出FloW如何生成句子来启动和回应会话。该系统的输出是文本,将与文本转语音系统相结合。所以,机器人的回答是合理的。我们使用基于模板的方法,该方法由单词列表处理、模板和答案组成,以启动对话。而使用由答案规则、答案抽取和答案组成的模式匹配方法来响应会话。实验结果表明,在ER2C (Eepis机器人研究中心)周围的封闭域内,生成的启动和响应对话的句子达到了100%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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