英国本科留学最新申请消息2022（条件+方式）
英国教育以历史悠久、质量高着称于世。各大院校享有良好的声誉,所颁发文凭含金量高,不仅得到国际公认,而且工资薪酬也名列世界前茅。下面是小编为大家整理的英国本科留学最新申请消息2022，更多申请书点击“欧洲留学申请书”查看！
英国本科留学最新申请书
Dear_,
A fourth-year student grounded solidly in the basics of computer science,Iam writing in pursuit of graduate studies that I hope can help me acquirecutting-edge expertise in software programming in general and parallelprocessing in particular.
Intrigued by the power of the computer since high school,I have beentrying to stay on top of the computer science by concentrating my undergraduatestudies on those subjects that underpin the discipline,particularly mathematicsand electronics.To build up my solid knowledge in these subjects,I have takenvirtually all the related courses that the university has had to offer.Thesecourses include Algorithm & Data Structure,Mathematical Modeling,NetworkTheory,Digital Circuit,Discrete Mathematics,and Electric Circuit.With asophisticated understanding in these areas,I have been well positioned toappreciate the basic theories of computer science and their applications tosoftware development.
Aided by the firm command of the basics,I have found it not only easy butalso exciting to study the various subjects covered by my major.As most of myclassmates,I took a variety of courses ranging from AI to Computer Network,from AI Programming to Knowledge Engineering,from Pattern Recognition toSoftware Engineering,and from Database Design to Programming Language Design.But I distinguished myself by my academic record,which places me as one of thevery top students in my class.My grades in these course never went below A orB.I have also stood out as one of the few who have taught themselves Real TimeSystem and Computer Graphics.
Armed with sound training in the basic theories and applied technologies,Ihave been able to move on into deeper and wider areas of computer science.Earlyin my university life,I began to understand that the modern computer's base,the Turing machine,was reaching its limits in AI.Gradually,I have narroweddown my research interest to parallel & distributive computing,which Iunderstand can significantly boost the performance of personal computers bygiving them some of the functions of mainframe computers.
Of all the areas of computer science,parallel processing fascinates me themost.The term first came to me when I read the book Computer Organization &Design: the Hardware/Software Interface as part of my Computer Architecturecourse.By teaching me how the performance of computers can be improved throughpipelining and parallel processing,the book reshaped my thinking in computerscience.
My lab experience deepened my understanding of parallel processing.In mythird year,I worked on a GIFT project with Dr.Komatsu,chief researcher of IBMTokyo Research Laboratory and Dr.Koseki,one of Dr.Komatsu's colleagues.Theproject was to introduce the architecture supports that can allow compilers toderive more parallelism from programs.These architecture supports include threedesigns,a conditional execution mechanism to execute instructions withoutnormal conditional jump instructions,speculative execution mechanism,and adynamic memory disambiguation mechanism to execute memory access instructionssimultaneously.
As undergraduate students seldom get to be involved in actual research,Itook full advantage of the opportunity of working in the lab.I particularlyenjoyed the seminars held twice a week as part of the lab work.At theseseminars,I engaged in in-depth discussions with Master's students under Dr.Komatsu's seasoned guidance.The lab experience is adding weight and insights tomy graduation paper An Improvement of Software pipelining using LoopTransformations.In this paper,I will introduce a translation algorithm usingloop interchange and loop skewing.This algorithm can minimize the initiationinterval of loop nest to improve the performance of software pipelining.
Through my lab experience and other research,I have developed a long-termprofessional objective: the advancement of the parallel processing technology.While I have strong faith in this technology,I also know its limitations as itis today.Some sequential algorithms can't be easily translated into fastparallel algorithms and most compilers can only distribute works on oneplatform.Another unsettled problem is that programming parallel computers isnow still a manual work.But even the modern language (like Java,C++) can dosome automatic translation work.If a compiler can be developed to translate anddistribute work into different platforms,personal computers will be able towork like mainframe computers at a fraction of the mainframes' costs.This willmake it possible to connect all the computers in the world and speed up all theprocesses.
To help take the parallel processing technology beyond what is capable oftoday,I have to undertake more advanced studies.This,I believe,can only beaccomplished in a quality graduate program like yours.I plan to pursue amaster's degree with a concentration on paralleling and distributing compilers,operating systems or computer networks,a combination thereof.With the trainingthat goes into such an advanced degree,I think I will be able to take greatstrides towards fulfilling my professional objective.When I do,I think I willbe standing on the cutting-edge of the computer science.
Yours,xuexila
英国本科留学最新申请条件
1、普通高中在读或高三毕业申请
对于高中在读(至少结束高二课程)或者已经高三毕业的同学们想要申请英国本科需要先申请英国的本科预科课程(一年)之后再升读本科课程;申请英国大学本预课程需要提交高中成绩单、在读证明或毕业证，雅思要求达到5.0分-5.5分。
目前有几所英国大学可以接受国内高考成绩直接申请英国本科，分别是伯明翰大学、剑桥大学、莱斯特大学、邓迪大学和肯特大学，其中伯明翰大学要求高考成绩达到总分的80%，而剑桥大学更需要高考成绩达到全省的前0.01%。
2、国际高中课程申请
目前有很多国际高中开设了A-level课程和IB课程，英国大学是接受这两种课程直接申请的;A-level要求通常为A_A_A-BBB，部分课程需要涵盖特定科目且达到相应要求，具体的要求视院校和专业而定，而IB课程通常要求不少于34分;直接申请英国大学本科雅思都至少需要达到6.0分。
3、本科转学
对于在国内大学读完大一或大二课程的同学，通常可以申请英国本科的第一年;申请时需要提交高中成绩、大学成绩和大一/大二的在读证明;但英国大学通常只接受同专业申请，跨专业就比较困难了。
英国本科留学最新申请方式
1、A-Level课程
这是目前英国本科申请认可度最高最广泛的一种形式。在国内，目前有很多普通高中国际部或者国际学校的高中会开设A-Level课程，学生可以在毕业前用预估成绩进行英国本科的申请。
2、高考
近年来，中国高考成绩开始被越来越多的英国大学接受并作为本科申请入学的成绩参考，一般排名越靠前的学校，对学生高考成绩的要求会越高。
3、本科预科
若英语成绩还未达到学校入学要求，可以考虑就读大学本科预科。学生可用高中成绩单直接申请本科预科课程，通过预科考试后可直接进入本科阶段的学习。
4、大一文凭课程
学生将在大一文凭课程期间进行强度较大的语言和学术课程的学习。完成该课程后，可直接进入大学二年级并在两年内完成学位课程。
5、直接入读本科课程
主要针对已经在国内就读专科或本科一二年级的同学。这种方式就读时间长短会比较特殊，学生就读多长时间可获得本科学位直接与英国学校承认多少国内学校的学分相关。
英国本科留学优势
1.教育环境
和美国相似，英国的教育环境非常好，甚至更胜一筹。古典英伦的文化、艺术、音乐、剧院、电影、文学，时装都是世界闻名的。不仅有着自由的学术环境，也有宜人的自然环境。虽然很多人会抱怨英国的天气，但其实英国的气候很适宜人居住。
英国大学的学习气氛都非常好。同时英国大学在世界大学排名当中也是长期占据着相当多的席位，仅次美国。特别英国是唯一一个可以和美国在名校前10榜单中竞争的。英国政府也非常重视英国的教育。英国曾得过90次诺贝尔奖。
2.含金量
这个单独列开来作为优势，主要原因是由于英国的就业政策，大部分留学生需要在毕业之后回国，因此回国以后文凭的含金量就显得非常重要了，在这方面英国还是非常出色的。英国是最古老的资本主义国家之一，已经累积了几百年的经验。经济学，法学，政治学，设计等多个领域在国际上都有着举足轻重的地位。虽然近几年英国的含金量有所下滑，但是受大环境影响，只要是有实力的名校，认可度依然很高。
3.区域优势
英国是欧洲的中心之一，是老牌的世界经济中心，和欧洲大陆的法国、德国联系紧密，如果能留下来工作，那么发展的前景会非常的广阔。同时也是全欧洲的枢纽，渡轮、火车或飞机等各种交通工具非常便利地满足留学生度假、探亲等出行需求。
