机器人辩手捕捉对手观点反击 当天上午，湖北大学代表队、松延动力-松美美队、河北大学代表队、松延动力-小诺队分成两组进行比 拼，四支队伍中，湖北大学代表队使用了具身智能机器人辩手，其余三支队伍使用了半仿真机器人辩 手。 在冠军争夺战中，湖北大学队机器人辩手和松延动力-小诺队的辩手围绕"机器人是否会统治人类？"展 开辩论。面对正方的旁征博引，反方紧抓逻辑漏洞，一方用比喻引发共鸣，另一方用"有人发明锁，就 有人发明钥匙"来回应，双方你来我回、攻防交替。河北大学代表队和松延动力-松美美队也带来"人类 战争消失与否"的思辨对决。 记者注意到，在上个星期举行的复赛中有机器人辩手来回说车轱辘话，显得非常"铁憨憨"，但在决赛 中，"铁憨憨"终于摆脱了这一困扰，无论是语言表达，还是事实、观点的陈述都更有逻辑性。不仅如 此，有的机器人还可以敏锐地捕捉到对方机器人辩手中的漏洞进行反击，而且语气表达更加接近于人 类。 比如，在第一场"人类的时间是否可以标注宇宙的运行"辩论中，湖北大学队抛出人类对于宇宙的认知是 以时间标准作为前提条件，并用爱因斯坦、法拉第的研究成果用以佐证观点，并提出光年等相关概念。 在舌辩湖北大学辩手时，松延动力- ...

Core Viewpoint - The first China (International) Robot Debate Competition is showcasing the capabilities of robots in argumentation, highlighting advancements in AI and its implications for various sectors, including business and law [1][9]. Group 1: Competition Overview - The competition features 10 teams from universities and companies, engaging in debates on topics such as the appropriateness of AI monitoring employee efficiency [1]. - The event is taking place in Beijing's Yizhuang area, emphasizing the integration of AI in human activities [1]. Group 2: Robot Performance - The robot "Sirius" from Hubei University demonstrated improved debate skills, with enhanced response speed and accuracy in summarizing arguments [3]. - Robots are noted for their ability to remain unaffected by emotional pressure, maintaining composure throughout the debate [5]. Group 3: Technical Challenges - Issues such as speech recognition inaccuracies due to environmental factors were observed, indicating areas for future improvement in AI training datasets [3]. - Robots displayed strong logical reasoning and response capabilities, although they occasionally faced challenges in maintaining coherent speech during debates [7]. Group 4: Future Implications - The competition serves as a scientific experiment to test AI technology and its integration into humanities and social sciences [9]. - Future events will focus on practical applications of robots in sectors like hotel services and healthcare, aiming to accelerate the development of the robotics industry [10].