From jun . 2002 to nov . 2003 , 1 had been an intern in the national chip technology company . as a core engineer and developer in the post - process chip project , i took part in the whole design process of this chip and accumulated a lot of knowledge , skills and experience in asic design and dtv techlonogy 2002年6月至2003年12月，作为《视频后处理芯片设计》项目的核心设计开发人员，本人参与了该芯片的全部设计过程，主要负责前端设计、硬件实现和fpga验证。
Gene chips technology developed from the middle of 90 ' s is one of the important technology . it is a highly intercross technology including microelectronics , biology , physics , chemistry and computer science . this technology has a great value of basic research and obvious industrialized foreground 基因芯片技术是90年代中期发展起来的重大科技之一，它是融微电子学、生物学、物理学、化学、计算机科学为一体的高度交叉的新技术，具有重大的基础研究价值和明显的产业化前景。
The task uses the microelectronics technology and single - chip technology and utilizes microprocessor to develop the mini - intelligence releaser . it can not only fulfill the function of releasing , i . e . fulfill the protecting function which is pre - designed , but also select the parameters of motion , i . e . it can realize protecting in the multi - situations 本课题利用微电子技术及单片机技术，采用微处理器，设计出小型的智能脱扣器，不仅能够实现脱扣功能，即实现预想的保护功能，还能对脱扣器的动作参数进行选择即可实现对多种不同场合的保护。
In the background of actual power - parameter measurement task , this paper adopts advanced energy chip technology and does some researches about power - parameter remote watching and control system based on lonworks field - bus technology . a power remote terminal unit ( rtu ) eu2502 is developed and realized the detecting of power - parameter based on lon network 本文正是在这种趋势下，以一个电力参数测量实际课题为背景，采用先进的电能计量芯片技术，进行基于lonworks现场总线技术的电力参数远程监控系统研究，研制出电力远动装置( rtu ， remoteterminalunit ) eu2502 ，实现基于lon网的电力参数检测。
And designed a program used by this method to design a filter . the result complies with the analytic result . at the end of this paper , according to the project of airline broadcast , the author designd filter with high rectangular factor , five channelizing filter banks , saw programmable correlator implemented with multiplayer muti - chip technology , saw resonator 本文的最后，结合某航空直扩数传电台的工程要求，设计了高矩形系数的前置滤波器、声表面波滤波器组、采用多芯片组装厚膜工艺技术的声表面波可编程相关器和声表面波压控振荡器，完成了解调解扩单元的硬件设计。
Based on gene chip technology , the expression level of tens of thousands of genes can be observed simultaneously in some particular life processes . molecular biologist will investigate the life phenomenon and its nature from genomic level in systematic and global way . but , what we can get from the gene chip experiments directly is just a matrix of gene expression 基于基因芯片技术，可以同时观察在某一生命现象中成千上万个基因的动态表达水平，使得人们能够在基因组水平上以系统的、全局的观念去研究生命现象及其本质；但是，通过基因芯片实验直接获得的是一个基因表达谱，其实际应用要通过对基因表达谱的生物信息学处理来实现，而样本分型与分类研究是其中的核心环节，为此，我们对这两方面进行了系统研究，分别构建了基于基因表达谱的样本分型系统samcluster和分类系统tclass 。
With the development in dsp chip technology , and the import of 64 / 128 / 256qam technology in fourier transform / inversion and high speed modem , people are devoting more and more in developing the application of ofdm in mobile communication . it is predicted that ofdm might be the mainstream technology of mobile communication after the third generation 随着dsp芯片技术发展,采用64 / 128 / 256qam技术的高速modem逐步引入,人们开始集中越来越多的精力开发ofdm技术在移动通信领域的应用,预计第三代以后的移动通信主流技术将是ofdm技术。
As the rapid development of the gene chip technology , the biology research method has been greatly changed . the experiment based qualitative research is moving towards the data based quantitative research slowly , which give birth to the bioinformatics and make the traditional biology more and more powerful . especially the recent research focusing on the microarray have the great power on the ability of solving the biological problem 随着基因基因芯片技术的快速发展,生物学在研究方式上发生了巨大的变化,慢慢地由原来的基于实验的定性研究向基于数据的定量研究靠拢,生物信息学应运而生,为传统生物学注入了强大的动力,特别是近几年围绕微阵列芯片展开的广泛而深入的研究,淋漓地展现了计算机和数学等工具在解决生物问题时的强大威力。
The device of industrial automation based on the embedded chip technology has a deep developing space . today many embedded controllers have been applied in the fields of industrial process control , numerical control machine , electrical power system , electrical network safety , electrical network device monitor , chemical system 基于嵌入式芯片技术的工业自动化设备具有很大的发展空间，目前已经大量的嵌入式微处理器应用于工业过程控制、数控机床、电力系统、电网安全、电网设备检测、石油化工系统等领域。
