【摘 要】
:
Although many gene set enrichment analysis methods have been proposed to explore associations between a phenotype and a group of genes sharing common biological functions or involved in the same biolo
【出 处】
:
清华大学博士生学术论坛暨第四届全国高校自动化研究生会联盟学术论坛
论文部分内容阅读
Although many gene set enrichment analysis methods have been proposed to explore associations between a phenotype and a group of genes sharing common biological functions or involved in the same biological process, the underlying biological mechanisms of identified gene sets are typically unexplained.
其他文献
报告内容除草剂应用存在的问题除草剂药害现状除草剂药害种类除草剂药害产生的原因除草剂药害鉴定程序除草剂药害的诊断除草剂药害治理除草剂药害解决程序除草剂药害解决方法
一、我国除草剂研发推广概况我国农田化学除草剂于1954年率现在黑龙江农垦系统展开.1956年在水稻田实验2,4,5-涕,1963年在小麦田应用2,4-滴.1962年全国化学除草领导小组成立.
安捷伦LED完整测试方案议程·LED 各环节测试方案综述·灯珠测试方案·驱动电源测试方案·灯具测试方案·安捷伦LED典型测试方案·LED驱动电源电性能测试·示波器在LED驱动电源上的应用·电磁与兼容的测试·安捷伦LED测试 明星测试仪表
Agenda1.Who Littelfuse 2.LED Market Over View3.Indoor LED Protection Solutions4.Outdoor LED Protection Solutions
面对不同的应用环境,LED照明最大的挑战:死灯、闪灯?LED照明还有什么挑战?以前感觉是LED贵,现在感觉驱动电源贵
最低输入能量是指输入功率高效地转换为流明输出,被称为功效;调节光输出与减弱光亮度的调光有关,或者可以增加照明设备的颜色调节,以便模拟白天相对夜晚的状况;并且通过调节流过LED的偏置电流,可以在较长的使用寿命期间维持光输出.白炽灯能效低且使用寿命也较短;钠灯提供的颜色选择很少并且使用寿命短;荧光灯在可调光的选择选择较少,且使用寿命短.
随着飞行器突防及变轨技术的快速发展,拦截弹的打击效能面临着巨大挑战.尤其是对于拦截末段,目标飞行器的状态变化快、拦截时间短,如何提高拦截的精确性和鲁棒性是迫切需要解决的问题,而拦截弹制导控制系统的设计是关键.拦截弹的制导控制系统设计,通常基于时标分离原则,将制导控制分为内外两个独立回路,制导指令的输出作为控制回路的输入参考信号,两个回路中的耦合因素常被忽略.同时,拦截末段不满足时标分离的条件,需要
This paper introduces a practical solving scheme of grade-transition trajectory optimization (GTTO) problems under typical certificate-checking-updating framework.Due to complicated kinetics of polyme
It is widely accepted that scheduling plays a key role in enterprise manufacturing systems as it greatly improves the efficiency and competitiveness.The flow-shop scheduling problem is a kind of typic
Considering the fuzzy nature of the data in real-world scheduling, an effective estimation of distribution algorithm (EDA) is proposed to solve the flexible job-shop scheduling problem with fuzzy proc