The Advanced Analytics Research Core will support all four Research Projects at the University of Rochester Udall Center

总结 UR-Udall中心的高级分析研究核心将结合深厚的生物统计专业知识和PD 在罗切斯特大学的研究经验与领先的计算科学人才从 罗切斯特大学、约翰霍普金斯大学、阿斯顿大学、Sage Bionetworks和麻省理工学院支持UR-Udall 中心的研究项目，并进行新的跨项目分析。这些项目将依赖于大数据 包括最大的PD临床试验数据库（项目1）和来自 智能手机（项目3）和新型无源传感器（项目4）。高级分析研究 Core将依靠Core调查人员的才能、各个机构的资源以及数据 健康+技术中心的管理专业知识来开展工作。 为了实现跨项目分析，我们将招募一组“超级用户”（50名患有PD，20名未患有PD）， 除了至少由以下人员进行评估外，还在两年内进行一系列标准化的诊所内评估 研究项目3和4的四个传感器中的三个，特别是智能手机，可穿戴传感器， 基于视频的传感器和基于无线电波的传感器。这个小组将是第一批将传统的临床 在临床和现实环境中通过多个新型传感器进行PD评估。这种高度 特征组将能够评估传感器区分PD患者和 那些没有，检测疾病进展，评估对当前药物的反应，并产生新的 目前无法从临床测量中确定的PD见解。 除了UR-Udall中心的工作之外，高级分析研究核心将成为 Udall中心网络，还将吸引，发展和指导生物统计和计算科学人才 更大的PD社区。

SUMMARY The Advanced Analytics Research Core of the UR-Udall Center will unite deep biostatistical expertise and PD research experience at the University of Rochester with leading computational science talent from the University of Rochester, Johns Hopkins, Aston University, Sage Bionetworks, and MIT to support the UR-Udall Center's research projects and to conduct novel cross-project analyses. These projects will rely on large data sets, including the largest repository of PD clinical trial data (Project 1) and enormous data streams from smartphones (Project 3) and novel principally passive sensors (Project 4). The Advanced Analytics Research Core will rely on the talents of the Core's investigators, the resources of the individual institutions, and the data management expertise of the Center for Health + Technology to conduct its work. To enable cross-project analyses, we will enroll a group of “Super Users” (50 with PD and 20 without) that will undergo a standardized battery of in-clinic assessments over two years in addition to evaluation by at least three of the four sensors that are part of Research Projects 3 and 4, specifically smartphone, wearable sensor, video-based sensor, and radio wave-based sensor. This group will be one of the first to pair traditional clinical PD assessments with evaluations by multiple novel sensors in clinical and real-world settings. This highly characterized group will enable evaluation of the sensors' relative ability to differentiate those with PD from those without, to detect disease progression, to assess response to current medications, and to produce novel insights into PD that cannot be ascertained currently from in-clinic measurements. Beyond the work of the UR-Udall Center, the Advanced Analytics Research Core will be a resource for the Udall Center network and will also attract, develop, and mentor biostatistical and computational science talent for the greater PD community.