本项目针对现有IB方法处理多源异构数据存在的局限性，提出传播IB方法，拟解决相关模型确定、传播机制构建、综合平衡参数调整、深度度量函数确定及应用适用性等关键问题。基于多信息和交互信息度量，对传播IB方法相关模型中变量间关系进行建模，构建模式参数确定策略；以因子图结构为核心，构建信息传播机制，使传播IB方法充分考虑异构数据对象的关联性和模式结构的层次性；使用自适应LASSO求解传播IB方法中的综合平衡参数；基于传播IB方法度量复杂数据的层次模型，用K-近邻估计法计算复杂数据模型中各层间、各层与相关变量间的互

啄木鸟具有高频、高速、高冲击啄击能力，通过头部主被动减振和身体协调，特别是舌骨刚度和预紧力的动态调节，实现了高强度啄击下脑部的安全防护以及冲击能量的有效耗散。受此启发，针对星球探测任务中对硬质岩土自主采样需求，拟研制仿啄木鸟舌骨动态调节机理、可抑制啄击振动冲击的新型啄取采样机构。本项目首先分析啄木鸟舌骨和颅骨微纳结构与粘弹特性，并结合高速X光成像摄影技术，建立啄木鸟啄击过程智能调节模型，阐明舌骨刚度和预紧力与啄击频率、啄击速度、啄击力的映射关系，揭示啄木鸟啄击过程中舌骨的动态调节机制；利用智能材料及多层被

The Cellular and Molecular Biology(CMB)Training Program has contributed to the success of over 1,700 graduate student trainees for nearly 50 years.The ongoing need for this program is driven by the essential role that research plays in advancing our under

? DESCRIPTION (provided by applicant): The antiphospholipid syndrome (APS) is a potentially lethal autoimmune clotting disorder that leads to thromboembolic events and obstetric complications and is frequently associated with lupus and other systemic a

Аннотация к заявке: Планируемые научные исследования в идейном отношении продолжают работы по предыдущему проекту РФФИ № 15-08-06298 «Разработка и апробация методов идентификации трибохарактеристик и оценки долговечности трибосопряжений», будучи связанны

nnotation:The project is aimed at developing methods for establishing an effective technological process for shaping and assembling thin-walled structures.Modern equipment that aircraft manufacturing enterprises are equipped It has computer numerical con