Liu Brian, Medda Alessio, Woods Douglas, Phelps Shean, Fain Walter
Electronic System Laboratory, Georgia Tech Research Institute, 250 14th Street Northwest, Atlanta, GA 30318.
Aerospace, Transportation and Advanced System Laboratory, Georgia Tech Research Institute, 250 14th Street Northwest, Atlanta, GA 30318.
Mil Med. 2015 Mar;180(3 Suppl):195-200. doi: 10.7205/MILMED-D-14-00455.
Spurned by the increasing concern and consciousness of traumatic brain injuries in deployed U.S. service members, the U.S. Army Rapid Equipping Force sought help from the Georgia Tech Research Institute to rapidly develop and deploy a system capable of gathering relevant soldier-centric data-the Integrated Blast Effects Sensor Suite. To meet aggressive program milestones and requirements, Georgia Tech Research Institute engaged in rapid systems engineering efforts focused on leveraging iterative development and test methodologies. Ultimately, an integrated system of systems composed of vehicle systems, soldier-worn headset and torso systems, and data retrieval systems was deployed to troops in Afghanistan for an operational assessment. The Integrated Blast Effects Sensor Suite development process and parallel efforts investigating injury dosimetry methodologies have yielded unique findings and lessons learned, which should be incorporated into future evolutions of similar systems.
受美国现役军人对创伤性脑损伤日益增长的关注和意识所推动,美国陆军快速装备部队向佐治亚理工学院研究机构寻求帮助,以迅速开发并部署一个能够收集以士兵为中心的相关数据的系统——综合爆炸效应传感器套件。为满足紧迫的项目节点和要求,佐治亚理工学院研究机构开展了快速系统工程工作,重点是利用迭代开发和测试方法。最终,一个由车辆系统、士兵佩戴的头戴式和躯干系统以及数据检索系统组成的综合系统被部署到阿富汗的部队进行作战评估。综合爆炸效应传感器套件的开发过程以及研究损伤剂量测定方法的并行工作产生了独特的发现和经验教训,这些应纳入类似系统的未来改进中。