VOICE-DRIVEN PATHOLOGY DATA MANAGEMENT SYSTEM

数据输入是病理学数据收集的主要瓶颈。 这 包括活体动物数据收集，其中可能不实际， 在动物房中保持计算机设备;大体病理学检查， 病理学家的手忙碌;显微病理学观察 病理学家正在操作显微镜。 虽然 转录员或纸张系统可以利用，有一个明显的 需要开发收集病理学数据的更好方法 进入计算机系统。 这个项目的主要目标是开发一个语音驱动的计算机 用于收集和分析大量病理学数据的系统 支持化学、药物、癌症或其他类型的研究。 的 语音识别技术的创新应用将为病理学家提供 和技术人员，在动物实验期间， 处理、尸检和显微镜检查。 使用无线耳机， 实际的计算机设备可以存放在一个干净的地方， 动物房和其他工作区。 在第一阶段，将开发一个范围有限的原型系统， 测试. 这将验证项目的可行性，并提供一个 为开发一个完整的语音驱动的病理学数据的基础 第二阶段的管理制度。

Data entry is a major bottleneck in the collection of pathology data. This includes in-life animal data collection where it may not be practical to keep computer equipment in animal rooms; gross pathology examinations where the pathologist's hands are busy; and microscopic pathology observations where the pathologist is operating a microscope. Although transcriptionists or paper systems can be utilized, there is a distinct need for the development of better methods for gathering pathology data into computer systems. The main objective of this project is to develop a voice-driven computer system for the collection and analysis of large volumes of pathology data to support chemical, drug, cancer, or other types of research. The innovative use of voice recognition technology will provide pathologists and technicians with hands-free and sight-free operation during animal handling, necropsy, and microscopic exams. Using a wireless headset, the actual computer equipment can be stored in a clean location away from animal rooms and other work areas. In Phase I, a prototype system of limited scope will be developed and field tested. This will verify the feasibility of the project and provide a basis for the development of a complete voice-driven pathology data management system during Phase II.