炼铁-炼钢界面铁运任务语音识别技术的研究与应用OA
Research and Application of Voice Recognition Technology for Iron Transport Tasks at the Iron-steel Interface
随着智能化技术在各行各业的广泛应用,语音识别技术在钢铁生产领域的潜力逐渐得到重视.特别是在铁钢界面的铁运调度系统中,语音识别技术不仅能大幅提升任务制定与执行的效率,还能减少人为误差,提高生产调度的精确度.文章提出了一种结合 Paraformer 语音识别模型和 GPT-2 语义解析模型的铁运任务语音识别技术,旨在通过语音识别技术对调度员的指令进行高效转化,并自动执行任务调度.经过唐钢新区的实际应用验证,系统显著提高了调度响应速度,减少了人工操作带来的错误,并有效提升了生产调度任务的准确性和效率.文章详细介绍了该语音识别技术的模型原理、架构设计、工作流程及其应用效果,探讨其在唐钢铁运调度中的重要作用和应用前景,为钢铁企业的智能化与绿色发展提供了实践支持.
With the widespread application of intelligent technologies across various industries,the potential of speech recognition technology in steel production has gradually gained attention.Especially in the iron transport scheduling systems at the iron-steel interface,speech recognition technology not only significantly improves the efficiency of task formulation and execution but also reduces human errors,enhancing the accuracy of production scheduling.This paper proposes a speech recognition technology for iron transport tasks that combines the Paraformer speech recognition model and the GPT-2 semantic parsing model,aiming to efficiently convert dispatchers'instructions into actionable commands and automatically execute task scheduling.Through practical application in Tangsteel New Area,the system has significantly increased scheduling response speed,reduced errors caused by manual operations,and effectively enhanced the accuracy and efficiency of production scheduling tasks.This paper provides a detailed introduction to the model principles,architecture design,workflow,and application effects of this speech recognition technology,explores its vital role and future prospects in Tangsteel's iron transport scheduling,and offers practical support for the intelligent and green development of steel enterprises.
付凯艳;郭峪坤;林时敬;赵磊
唐山钢铁集团有限责任公司,河北 唐山 063000冶金自动化研究设计院有限公司,北京 100071||冶金智能制造系统全国重点实验室,北京 100071冶金自动化研究设计院有限公司,北京 100071||冶金智能制造系统全国重点实验室,北京 100071冶金自动化研究设计院有限公司,北京 100071||冶金智能制造系统全国重点实验室,北京 100071
信息技术与安全科学
钢铁企业语音识别铁钢界面铁运调度预训练语言模型
steel enterprisespeech recognitioniron-steel interfaceiron transport schedulingpre-trained language model
《现代信息科技》 2026 (7)
126-133,8
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