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Search Results: 1 - 10 of 84723 matches for " YANG Huan-Ming "
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Emerging Field of Ancient DNA Study
方兴未艾的古代DNA的研究 Emerging Field of Ancient DNA Study

CAI Sheng-he,YANG Huan-ming,
蔡胜和
,杨焕明,CAI Sheng-he,YANG Huan-ming

遗传 , 2000,
Abstract: DNA present in ancient samples can be recovered,amplified and analysed.It opens a new window for genetic analysis in many different disciplines,such as anthropology,archaeology,human population genetics,animal and plant evolutionary taxonomy and forensic science.In general,ancient DNA is rare in quantity,damaged in quality.To ensure the reproducibility and reliability of the results,great cares should be taken,such as various measurements against contamination and phylogenetic analysis of ancient DNA sequences.In this paper we review recovery,amplification and analysis of ancient DNA,also discuss the guidelines to ensure the authenticity of ancient DNA and the recent advances in ancient DNA study.
关于我国人类基因组计划(CHGP)策略性发展的几点意见 Strategic Considerations about the Chinese Human GenomeProject(CHGP)
于军,杨焕明YU Jun,YANG Huan-ming
遗传 , 1998,
Abstract:
我国的生命科学与生物产业发展的几个问题 Discussions on the Advancement of Life Sciences and Biotech
杨焕明,于军YANG Huan-Ming,YU Jun
遗传 , 1999,
Abstract:
Improvement and Realization of Sobel Algorithm in License Plate Recognition System
Sobel算法在车牌识别系统中的改进与实现

LIU Jin,YANG Shun,YU Huan-Ming,
刘锦
,杨顺,余焕明

计算机系统应用 , 2010,
Abstract: Classic Sobel algorithm is commonly used in edge detection. However, it has detected a lot of noise points and created broken license plate characters, which increased the difficulty of extracting license plate and characters, recognition, and reduced the accuracy of license plate location. In this paper, Sobel algorithm has been improved for license plate recognition system. The improved Sobel algorithm has achieved good results of license plate location and it has good anti-interference capability. And it can maintain the integrity of the characters to a large extent.
Analysis and Design of a 3rd Order Velocity-Controlled Closed-Loop for MEMS Vibratory Gyroscopes
Huan-ming Wu,Hai-gang Yang,Tao Yin,Ji-wei Jiao
Sensors , 2013, DOI: 10.3390/s130912564
Abstract: The time-average method currently available is limited to analyzing the specific performance of the automatic gain control-proportional and integral (AGC-PI) based velocity-controlled closed-loop in a micro-electro-mechanical systems (MEMS) vibratory gyroscope, since it is hard to solve nonlinear functions in the time domain when the control loop reaches to 3rd order. In this paper, we propose a linearization design approach to overcome this limitation by establishing a 3rd order linear model of the control loop and transferring the analysis to the frequency domain. Order reduction is applied on the built linear model’s transfer function by constructing a zero-pole doublet, and therefore mathematical expression of each control loop’s performance specification is obtained. Then an optimization methodology is summarized, which reveals that a robust, stable and swift control loop can be achieved by carefully selecting the system parameters following a priority order. Closed-loop drive circuits are designed and implemented using 0.35 μm complementary metal oxide semiconductor (CMOS) process, and experiments carried out on a gyroscope prototype verify the optimization methodology that an optimized stability of the control loop can be achieved by constructing the zero-pole doublet, and disturbance rejection capability (D.R.C) of the control loop can be improved by increasing the integral term.
Three-Dimensional Phase Field Simulations of Hysteresis and Butterfly Loops by Finite Volume Method
Ma Zhi,Li-Ying Xi,Huan-Ming Chen,Fu Zheng,Hua Gao,Yang Tony
Physics , 2015,
Abstract: Three-dimensional (3D) simulations of ferroelectric hysteresis and butterfly loops have been carried out based on solving the time dependent Ginsburg-Landau equations by using a finite volume method. The influence of externally mechanical loadings with a tensile strain and a compressive strain on the hysteresis and butterfly loops has been studied numerically. The 3D ferroelectric domain formation and its evolution have also been presented in the paper. The simulation results successfully reveal the macroscopically nonlinear response to the applied stresses and electric field.
人类基因组计划中的外显子捕获技术 Exon Trapping in Human Genome Project
丁立,刘国仰,杨焕明DING Li,LIU Guo-yang,YANG Huan-ming
遗传 , 1998,
Abstract: 人类基因组计划中的外显子捕获技术丁立刘国仰杨焕明(中国医学科学院基础医学研究所,中国协和医科大学基础医学院,北京100005)ExonTrappinginHumanGenomeProjectDINGLiLIUGuoyangYANGHuanming(I...
The Impact of Human Genome Project on Life Sciences and Bio-industry
人类基因组计划与生命科学及生物产业 The Impact of Human Genome Project on Life Sciences and Bio-industry

YANG Huan-ming,WANG Jian,LIU Si-qi,YU Jun,
杨焕明
,汪建,刘斯奇,于军YANG Huan-ming,WANG Jian,LIU Si-qi,YU Jun

遗传 , 2000,
Abstract: 人类基因组计划(HGP)将要完成。人类基因组全部测序标志这一宏伟计划的阶段性目标的实现,其对生命科学及人类生存、发展的影响将随人类走向新的时代。基因组信息学、比较基因组学、进化基因组学、应用基因组学等新的学科将应运而生。基因组学研究的特点是数据导向和系统性。从雄心勃勃的“人类基因组计划”,到蓬蓬勃勃的基因组学,再到轰轰烈烈的生物信息争夺战,“生物世纪”的帷幕已经拉开。
Whole Microbial Genome Shotgun Sequencing
微生物全基因组鸟枪法测序 Whole Microbial Genome Shotgun Sequencing

LUO Chun qing,YANG Huan ming,
罗春清
,杨焕明LUO Chun-qing,YANG Huan-ming

遗传 , 2002,
Abstract: Two strategies introduced for whole genome sequencing,one is clone by clone method,the other is whole genome shotgun sequencing,for microbes which are very important to us,whole genome shotgun sequencing method is very convenient.In this article we discussed the library construction?long-to-short-ratio of insert,?total number of reads should be sequenced?assembly and gap filling technologies of the whole microbial genome shotgun sequencing method while some examples presented.
Effect of soil ecology modifier T1010 on soil environment improvement in solar-greenhouse in Shouguang City
土壤生态改良剂T1010对寿光日光温室土壤环境的改良效果

CHEN Wei-Jing,CHEN Jian-Ai,YANG Huan-Ming,
陈为京
,陈建爱,杨焕明

中国生态农业学报 , 2009,
Abstract: 与露地蔬菜相比,日光温室蔬菜结果期长,产量高,能够周年生产,具有较高的经济和社会效益.然而,日光温室蔬菜复种指数高,菜农盲目施用大量化肥,忽视有机肥的施用,加上连作,年复一年,日光温室土壤肥力衰退,有机质匮乏,透气性降低,需氧微生物活性下降,严重影响了土壤中微生物群系的平衡1,2],土壤盐分离子积累严重,最终导致土壤次生盐渍化和土壤酸化现象的产生3,4],蔬菜病害加重5],造成肥料等资源的浪费,既污染环境,又严重影响蔬菜的产量和品质,阴碍了蔬菜生产的可持续发展.
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