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ps代写,电子与通信 个人陈述案例 十三

浏览: 日期:2020-06-10

 Personal Statement

  Applicant: X X        Program:(Wireless) Communication

  In my sophomore year, when doing comprehensive experiments on electronic circuits, many students chose the topics given in the textbooks and followed the steps prescribed. As a result, their designs were very much the same, with similar concepts, methodologies and outcomes. I believed that that was not the proper way of learning about electronic circuit because, in putting my knowledge into practice, I must try to attempt at something new, something challenging, so that I could expand my horizon and derive useful lessons even if I should fail. Therefore, I chose to undertake the design of a 抢答器, a device used for answering questions during entertainment shows at TV stations on a “first come first served” principle.  Through my independent design and experiments, I came up with a totally different design project from those of my classmates and I was highly praised by my teacher for my initiative and innovativeness.

  In the current educational system in China, students are largely treated as passive recipients of knowledge and students tend to pay little attention to the development of their academic initiative as an important way to acquire knowledge and practical abilities. I love the program in Communication Engineering that I am working on and this love for my specialty has given me special initiative with which I have carried out my academic career throughout my program.

  At University of xx, I have been receiving a most rewarding education in communication engineering. xx occupies a leading position in the field of communications both in China and in Asia. According to xx in 2000, xx is rated among the top 17 institutions in Asia. At this prestigious university, I have studied a whole gamut of specialized courses in communication engineering such as Electronic Circuits of Communication, Digital Communications, Modern Communication Technology, and Intelligent Information Security. My academic transcript indicates that I have excelled in all those core courses, through which I have developed a comprehensive understanding, both in breadth and in depth, of modern communications in terms of the basic concepts, principles, and applications.

  One thing special about my study of communication engineering is my strong background in mathematics. Achieving the full mark in mathematics in the highly competitive national university entrance examinations, I continued to develop strong mathematics aptitudes at xx. I gained quite high scores for Data Structures and Discrete Mathematics and other related subjects, therefore laying a solid foundation for my program in communication engineering as a whole.

  Besides learning communications through Chinese textbooks, I have also endeavored to receive academic input through other channels. I have read western textbooks in original English version such as Computer Networks and Internets by Douglas E. Comer. In addition, as a student member of IEEE’s Circuit and System Society, I have used IEEE explorer to browse the latest papers on communication and circuits and maintaining close contacts with the most authoritative IEEE has allowed me to keep well-informed of the latest developments in the international academia. I have further had the initiative to obtain two important certifications—CISCO Certified Network Associate (CCNA, Sept. 29th, 2003) and Certified Internet Webmaster (CIW Security Professional, June 28th, 2004).

  My strong capacity for self-education has contributed immensely to the development of strong hands-on abilities and independent design. In the summer vacation following the 4th semester, I undertook an experiment on the application of a machine control unit. For the hardware design, I used Microchip’s PIC16F877 chip as main component, with keyboard, speakers, LCD, LED as external equipment. In the software programming, I used PIC assembler language, aided by simulation through MPLAB-IDE and online debugging and downloading through MPLAB-ICD package of online debugging tools. The experiment achieved such applications as traffic light control, digital voltage meter, cross-line communications, and electronic piano and I gained important knowledge about I/O terminal, TMR0, TMR1, TMR2, A/D, CCP, USART and other modules.

  To further apply my knowledge to practical purposes, I designed an online shopping system based on Microsoft Active Server Pages (ASP) in the following summer vacation. Dreamweaver MX 2004 was used for the webpage design, Microsoft Access was used for database design, and the operating environment was the Windows XP Professional installed with IIS. I completed this project also through self-education and independent design. Those two projects, tentative as they are, have given me a strong sense of satisfaction and achievement when I saw how my designs fulfilled their expected functions.

  My practical experience also includes a two-week internship as technology consultant at xx this August. My main responsibility was to perform comparative studies, in collaboration with my teammates, between HP servers and those of the business rivals on a great number of technical indexes and provide important references for competition analysis. Nevertheless, I have also been following the development of new technologies with great interest, especially the 3G and B3G technologies in mobile communication and in next generation network(NGN). As my father is the director of the Information Systems of a provincial bank, I have also developed an interest in the application of communication technologies in financial fields. My research in this area has resulted in the publication of two articles, xx in xx and xx in xx.

  With my accumulated knowledge in communication engineering and practical research and development skills, I am well qualified for an MSc program in communication at xx. The UK has already succeeded in constructing its 3G mobile communication network and is preparing for the 4G network where China is just beginning to attempt at the 3G network. Obviously, we have much to learn from the UK and the xx, as one of the world’s leading academic institutions for scientific and technological training and research, is the best place for me to learn advanced theories and technologies in communication. The reputation of Imperial’s academic staff is high—75 percent judged of international research standing, the highest percentage of any UK university. Current staff include Fellows of xx and Fellows of xx while 14 Nobel laureates have been members of the College. Such strong academics are the paramount guarantees for providing quality education to students, not to mention your strong links with both industry and government. Yes, xx is definitely my top priority!

  As a participant in Beijing International Marathon Race in 2002 and 2004, I have two important qualities—perseverance and stamina. I am prepared to undertake your program precisely with those two qualities and I believe that only through those two qualities can I develop myself into the first-rate expert on communication.



个人陈述
 
申请人:XX程序:(无线)通信
 
在我大二,做全面的电子电路实验时,许多学生选择在教科书中给出的主题,并按照规定的步骤。因此,他们的设计是大同小异,类似的概念,方法和成果。我认为,这是不正确的方式学习电子电路即使我应该把我的知识运用到实践中,因为,我必须尝试尝试新的东西,一些具有挑战性的事情,这样我可以扩大我的视野,并从中获得有益的经验教训失败。因此,我选择了抢答器,设备用于在电视台的娱乐节目“第一回答问题来先得”的原则进行设计。通过我的独立设计和实验,我来到了一个完全不同的设计项目从我的那些同学,我的老师,我高度赞扬我的主动性和创新。
 
在中国目前的教育系统中,学生主要是被视为知识的被动接受者,学生往往很少关注他们的学术的发展,主动获取知识和实践能力的重要途径。我喜欢的程序,通信工程,我的工作和我的专业给了我这份爱特别倡议,与我在我的程序已经完成了我的学术生涯。
 
在XX大学,我一直在通信工程中最有价值的教育。 XX在中国和亚洲的通信领域占有领先地位。据XX XX于2000年,被评为在亚洲位居前17家机构。在这家著名的大学,我研究了全域通信工程专业课程,如电子电路,通信,数字通信,现代通信技术和智能信息安全。我的成绩单表明,我在所有这些核心课程,通过它,我已经开发了一个全面的了解,无论是在广度和深度,现代通信的基本概念,原理和应用方面有出色表现。
 
有一件事对我的特殊通信工程的研究是我的数学背景强。实现完整的标记,在竞争激烈的全国大学入学考试数学,我在XX继续发展强大的数学才能。我获得了相当高的分数,数据结构和离散数学及其他相关学科,因此,我的程序作为一个整体的通信工程奠定了坚实的基础。
 
除了通过学习通信的中国教科书,我也努力通过其他渠道接受学术输入。我已阅读英文原版,如计算机网络与互联网由Douglas E.科默西方教科书中。此外,一个IEEE电路和系统学会的学生会员,我已经使用IEEE探险家浏览沟通和电路上的最新论文,并保持与IEEE最权威的密切接触已经允许我以保持,的最新发展以及通知国际学术界。我已经进一步主动获取两个重要认证CISCO认证网络工程师(CCNA,2003年9月29日)和认证的互联网站长(CIW安全专业,2004年6月28日)。
 
我自学能力强到强的发展作出了巨大贡献,动手能力和独立设计。在第四学期的暑假,我的机械控制单元上的应用进行了实验。对于硬件设计,我用Microchip的PIC16F877芯片作为主要成分,键盘,扬声器,LCD,LED作为外部设备。在软件编程,我用PIC汇编语言编写,通过仿真辅助通过MPLAB IDE和在线调试和下载通过MPLAB ICD包的在线调试工具。实验实现交通灯控制,数字电压表,交叉线通信,电子钢琴等应用,我获得了重要的I / O端子,TMR0,TMR1,TMR2,A / D转换,CCP,USART和其他模块的知识。
 
为了进一步运用我的知识,以实用的目的,我设计了一个网上购物系统,基于微软的Active Server Pages(ASP)在以下暑假。被用于网页设计Dreamweaver MX 2004中,Microsoft Access将用于数据库设计和操作环境是Windows XP专业版IIS安装。我完成这个项目还通过自我教育,自主设计。这两个项目,暂定,因为他们,给了我一个强烈的责任感得到满足感和成就感,当我看到我的设计符合其预期功能。
 
我的实践经验,还包括一个为期两周的实习作为技术顾问,在今年八月XX。我的主要职责是执行的比较研究,在与我的队友们合作,HP服务器和大量技术指标上的那些生意上的对手之间的竞争分析,并提供重要的参考。不过,我也被新技术的发展以极大的兴趣,尤其是3G和B3G技术在移动通信和下一代网络(NGN)。由于我的父亲是一家省级银行的信息系统主任,我还开发了在金融领域的应用,通信技术的兴趣。我在这方面的研究已经导致在发表的两篇文章中,XX,XX和XX在XX。
 
我通信工程和实用的研究和开发能力积累的知识,我很好地胜任通信XX硕士课程。英国已经成功地在其3G移动通信网络建设,并正准备在中国才刚刚开始尝试在3G网络的4G网络。显然,我们有很多东西要学,从英国和XX,作为世界领先的科学和技术的培训和研究的学术机构之一,对我来说,学习先进的理论和通信技术是最好的地方。帝国的学术人员的声誉,是国际研究的地位,任何英国大学的比例最高75%的判断。目前的工作人员,包括XX和XX院士的院士,而14位诺贝尔奖获得者一直学院的成员。如此强劲的学者为学生提供高质量的教育,更何况你的行业和政府的密切联系,是最重要的保证。是的,xx是我的首要任务!
 
在2002年和2004年北京国际马拉松赛的参与者,我有两个重要的素质,毅力和耐力。我准备承担你的程序恰恰与这两个素质,我相信,只有通过这两个品质,我可以自己发展成为一流的通信专家。