Voice Based, Workflow Enhancing, Primary Care Medical Data Input System
Voice Based, Workflow Enhancing, Primary Care Medical Data Input System
批准号:
7924457
负责人:
Daniel Jay Riskin
金额:
$24.19万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2010
资助国家:
美国
项目状态:
已结题
起止时间:
2010-07-15 至 2011-01-14
关键词:
AdoptedAdoptionArchitectureBusinessesClinicalClinical DataCodeComputer AssistedComputerized Medical RecordDataData Storage and RetrievalDevelopmentDisincentiveEffectivenessElectronic Health RecordEvaluationGenetic TranscriptionGoalsHealthHealth Care CostsHealthcareHospitalsIndustryInformation SystemsInternationalInterviewLegal patentMarketingMedicalMedical RecordsMethodsMetricNatural Language ProcessingOutputPaperPatient CarePatientsPediatric Surgical ProceduresPhysiciansPhysicians&apos OfficesPricePrimary Care PhysicianPrimary Health CareProcessPublic Health PracticeRecordsResearchResearch Project GrantsServicesSolutionsSource CodeSpeechSpeedStructureSystemTechniquesTechnologyTestingTextTimeUniversitiesVoicebasebilling datacostdesignflexibilityinnovationopen sourceportabilityprogramspublic health relevancesatisfactionspeech recognitionusability
中文摘要
描述(由申请人提供):在医院和医生办公室采用电子健康记录(EHR)已被广泛推广为解决各种卫生保健问题的单一解决方案。然而,美国84%的中小型企业(SMB)医生还没有采用电子病历系统。介入动力公司(IDC)对200多名初级保健医生进行了访谈,发现阻碍采用的主要因素是工作流程延迟和费用。降低工作流程速度的最大因素是数据输入过程。IDC提出的项目有这样一个具体目标:利用创新的语音输入技术和开源代码系统开发一种低成本的自动化解决方案,使初级保健医生能够在患者检查过程中完全完成初级保健记录。叙述性语音输入将以上下文敏感、领域限制的方式进行分析,以生成结构化的临床数据,这些数据可以很容易地集成到符合标准的电子病历中。通过使用直接转换为相关EHR条目的语音输入,医生可以提高笔记的准确性,消除第三方转录错误并避免工作流程延迟。项目方法将包括:
英文摘要
DESCRIPTION (provided by applicant): The adoption of electronic health records (EHR) in hospitals and physician offices has been widely promoted as a single solution to a wide variety of health care issues. Yet 84% of small and medium business (SMB) physician practices in the US have not adopted EHR systems. Interventional Dynamics Corporation (IDC) has conducted more than 200 primary care physician interviews, finding that the major disincentives to adoption are workflow delay and expense. The single greatest factor in the reduction of workflow speed is the data input process. IDC's proposed project has this specific aim: Utilize an innovative voice entry technique and open source code systems to develop a low-cost, automated solution to allow primary care physicians to complete a primary care note entirely during the patient examination process. The narrative speech input will be analyzed in a context-sensitive, domain-restricted manner to produce structured clinical data that can be readily integrated into standards-compliant electronic medical records. By using speech inputs that are converted directly to relevant EHR entries, physicians can increase the accuracy of their notes, eliminate third party transcription errors and avoid workflow delays. The project approach will include:
Further testing and final development of DocTalk, the IDC patent pending speech system that allows accurate natural language processing of structured medical information; Development of a proof-of-concept data system that converts physician voice input from voice to text to structured text to EHR data using domain enhanced open source code; The evaluation of the effectiveness of the proof-of-concept system against traditional EHR input methods with the following goals: Achieve 50% or more reduction in charting time, achieve 90% or more accuracy in output, and score greater than 4 of 5 on subjective metrics including learnability, workflow fit, usability, and overall satisfaction. Successful completion of the proposed program will provide IDC with a viable technology platform that can immediately be useful to primary care physicians in generating structured documents for use with their current EHR platforms. Furthermore, the technology developed and refined within this program can be expanded in multiple ways.
PUBLIC HEALTH RELEVANCE: The IDC technology is designed to circumvent the normal barriers to adoption in the SMB market and allow for quick increases in workflow and quality of patient care at a minimal price point. IDC will provide physicians who currently use pen and paper a more natural and faster way to input clinical data, eliminating time spent on hunt-and-peck keyboard entry or complicated EHR screen navigation. The system will generate structured clinical data that enables the exchange of health information, the portability of patient records, billing, data analytics (both local practice and public health), marketing, and other benefits, resulting in the reduction of overall healthcare costs.
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