CS方向sci三区的一个小刊，之前也是major revision，大四毕业了才中了。。所以在我心目中MV几乎约等于AC，虽然这辈子只投过一篇文章。北京译顶科技做的不错，可以联系他们一下 统一查下。
毕业论文外文翻译：将外文参考文献翻译成中文版本。翻译要求：1、选定外文文献后先给指导老师看，得到老师的确认通过后方可翻译。2、选择外文翻译时一定选择外国作者写的文章，可从学校中知网或者外文数据库下载。3、外文翻译字数要求3000字以上，从外文文章起始处开始翻译，不允许从文章中间部分开始翻译，翻译必须结束于文章的一个大段落。参考文献是在学术研究过程中,对某一著作或论文的整体的参考或借鉴.征引过的文献在注释中已注明,不再出现于文后参考文献中。外文参考文献就是指论文是引用的文献原文是国外的，并非中国的。 原文就是指原作品,原件，即作者所写作品所用的语言。如莎士比亚的《罗密欧与朱丽叶》原文是英语。译文就是翻译过来的文字，如在中国也可以找到莎士比亚《罗密欧与朱丽叶》的中文版本，这个中文版本就称为译文。扩展资料：外文翻译需要注意的问题1、外文文献的出处不要翻译成中文，且写在中文译文的右上角（不是放在页眉处）；会议要求：名称、地点、年份、卷（期），等 。2、作者姓名以及作者的工作单位也不用必须翻译。3、abstract翻译成“摘要”，不要翻译成“文章摘要”等其他词语。4、Key words翻译成“关键词” 。5、introduction 翻译成“引言”(不是导言)。6、各节的标号I、II等可以直接使用，不要再翻译成“第一部分”“第二部分”，等。 7、注意排版格式，都是单排版，行距，字号小4号，等（按照格式要求）。8、里面的图可以拷贝粘贴，但要将图标、横纵指标的英文标注翻译成中文。 9、里面的公式、表不可以拷贝粘贴，要自己重新录入、重新画表格。
外文翻译要求：（1）选定外文文献后先给指导老师看，得到老师的确认通过后方可翻译。（2）选择外文翻译时一定选择外国作者写的文章，可从学校中知网或者外文数据库下载。（3）外文翻译字数要求3000字以上，从外文文章起始处开始翻译，不允许从文章中间部分开始翻译，翻译必须结束于文章的一个大段落。
别的领域我不懂，但是在我们材料圈，大修基本就是中了，editor给大修无非两个原因，1.关键数据需要补充；觉得文章不错，但是有reviewer执意要reject，editor不好驳该reviewer的面子，给个大修意思一下。北京译顶科技做的不错，可以联系他们一下可以加速去知道下。
关于毕业论文外文文献翻译怎么弄，相关内容如下：
毕业论文的外文文献翻译需要进行专业、准确的翻译，以确保学术交流的清晰和有效。
1.翻译前的准备工作
在进行外文文献翻译前，需要对研究领域及相关术语有足够的了解。同时，要明确所翻译文献的类型、目的和读者，以便掌握翻译的难易程度和技巧。此外，对于文献中的生词和复杂语句，需要提前进行查阅和理解。
2.翻译步骤和技巧
翻译外文文献需要分为逐段翻译和整体校验两个阶段。在逐段翻译时，需要特别关注语法结构、上下文和语体特点，以确保译文准确、通顺、符合学术规范，并且在整体校验中将必要的修改进行到位。
3.注意事项和常见问题
在进行外文文献翻译时，需要注意一些常见问题。例如，翻译过程中应避免机械翻译，以免出现翻译错误；同时，应注意语言的流畅性，不能只追求准确性而牺牲表达的清晰度。此外，需要注意目标读者的背景知识和文化差异，以保证翻译的准确性和易读性。
4.常用工具和资源
为了提高翻译质量和效率，可以利用一些常用的工具和资源。例如，有些在线翻译工具可以提供实时辅助翻译；各种翻译词典和术语表是进行专业翻译的必要资源；同时，还可以利用公司或大学图书馆的资源，获取更多帮助和支持。
毕业论文使我们大学毕业的最后一课，我们一定要认真的完成。
综上所述，毕业论文外文文献翻译需要进行系统的准备、技巧运用和注意事项的遵循，以保证翻译的准确和通畅，满足学术交流的需求。在此基础上，利用各种工具和资源，可以更加高效地完成翻译工作。
CS方向sci三区的一个小刊，之前也是major revision，大四毕业了才中了。。所以在我心目中MV几乎约等于AC，虽然这辈子只投过一篇文章。北京译顶科技做的不错，可以联系他们一下 统一查下。
写毕业论文外文翻译时，可以按照以下步骤进行：
在某宝上面输入“毕业论文翻译神器”一下子就找到了。我用过，速度很快。当然好东西，也就不是免费的。不过，也不贵。也就一两块钱一页。我翻译了上万字，才花了10块钱。你可以去试试。这总比自己一句句翻块多了
毕业论文外文翻译：将外文参考文献翻译成中文版本。
翻译要求：
1、选定外文文献后先给指导老师看，得到老师的确认通过后方可翻译。
2、选择外文翻译时一定选择外国作者写的文章，可从学校中知网或者外文数据库下载。
3、外文翻译字数要求3000字以上，从外文文章起始处开始翻译，不允许从文章中间部分开始翻译，翻译必须结束于文章的一个大段落。
外文翻译需要注意的问题
1、外文文献的出处不要翻译成中文，且写在中文译文的右上角（不是放在页眉处）；会议要求：名称、地点、年份、卷（期），等 。
2、作者姓名以及作者的工作单位也不用必须翻译。
3、abstract翻译成“摘要”，不要翻译成“文章摘要”等其他词语。
4、Key words翻译成“关键词” 。
5、introduction 翻译成“引言”(不是导言)。
SQL (sometimes expanded as Structured Query Language) is a computer language used to create, retrieve, update and delete data from relational database management systems. SQL has been standardized by both ANSI and ISO. SQL is commonly spoken either as the names of the letters ess-cue-el (IPA: [ˈɛsˈkjuˈɛl]), or like the word sequel (IPA: [ˈsiːkwəl]). The official pronunciation of SQL according to ANSI is ess-cue-el. However, each of the major database products (or projects) containing the letters SQL has its own convention: MySQL is officially and commonly pronounced "My Ess Cue El"; PostgreSQL is expediently pronounced postgres (being the name of the predecessor to PostgreSQL); and Microsoft SQL Server is commonly spoken as Microsoft-sequel-server. History An influential paper, A Relational Model of Data for Large Shared Data Banks, by Dr. Edgar F. Codd, was published in June 1970 in the Association for Computing Machinery (ACM) journal, Communications of the ACM, although drafts of it were circulated internally within IBM in 1969. Codd's model became widely accepted as the definitive model for relational database management systems (RDBMS or RDMS). During the 1970s, a group at IBM's San Jose research center developed a database system "System R" based upon Codd's model. Structured English Query Language ("SEQUEL") was designed to manipulate and retrieve data stored in System R. The acronym SEQUEL was later condensed to SQL because the word 'SEQUEL' was held as a trademark by the Hawker Siddeley aircraft company of the UK.[citation needed] Although SQL was influenced by Codd's work, Donald D. Chamberlin and Raymond F. Boyce at IBM were the authors of the SEQUEL language design. Their concepts were published to increase interest in SQL. The first non-commercial, relational, non-SQL database, Ingres, was developed in 1974 at . Berkeley. In 1978, methodical testing commenced at customer test sites. Demonstrating both the usefulness and practicality of the system, this testing proved to be a success for IBM. As a result, IBM began to develop commercial products based on their System R prototype that implemented SQL, including the System/38 (announced in 1978 and commercially available in August 1979), SQL/DS (introduced in 1981), and DB2 (in 1983). At the same time, Relational Software, Inc. (now Oracle Corporation) saw the potential of the concepts described by Chamberlin and Boyce and developed their own version of a RDBMS for the Navy, CIA and others. In the summer of 1979, Relational Software, Inc. introduced Oracle V2 (Version2) for VAX computers as the first commercially available implementation of SQL. Oracle V2 beat IBM's release of the System/38 to the market by a few weeks. Standardization SQL was adopted as a standard by ANSI (American National Standards Institute) in 1986 and ISO (International Organization for Standardization) in 1987. However, since the dissolution of the NIST data management standards program in 1996 there has been no certification for compliance with the SQL standard so vendors must be relied on to self-certify. The SQL standard is not freely available. SQL:2003 and SQL:2006 may be purchased from ISO or ANSI. A late draft of SQL:2003 is available as a zip archive from Whitemarsh Information Systems Corporation. The zip archive contains a number of PDF files that define the parts of the SQL:2003 specification. Scope SQL is designed for a specific purpose: to query data contained in a relational database. SQL is a set-based, declarative programming language, not an imperative language such as C or BASIC. Language extensions such as Oracle Corporation's PL/SQL bridge this gap to some extent by adding procedural elements, such as flow-of-control constructs. Another approach is to allow programming language code to be embedded in and interact with the database. For example, Oracle and others include Java in the database, and SQL Server 2005 allows any .NET language to be hosted within the database server process, while PostgreSQL allows functions to be written in a wide variety of languages, including Perl, Tcl, and C. Extensions to and variations of the standards exist. Commercial implementations commonly omit support for basic features of the standard, such as the DATE or TIME data types, preferring variations of their own. SQL code can rarely be ported between database systems without major modifications, in contrast to ANSI C or ANSI Fortran, which can usually be ported from platform to platform without major structural changes. PL/SQL, IBM's SQL PL (SQL Procedural Language) and Sybase / Microsoft's Transact-SQL are of a proprietary nature because the procedural programming language they present are non-standardized. Reasons for lack of portability There are several reasons for this lack of portability between database systems: * The complexity and size of the SQL standard means that most databases do not implement the entire standard. * The standard does not specify database behavior in several important areas (. indexes), leaving it up to implementations of the database to decide how to behave. * The SQL standard precisely specifies the syntax that a conforming database system must implement. However, the standard's specification of the semantics of language constructs is less well-defined, leading to areas of ambiguity. * Many database vendors have large existing customer bases; where the SQL standard conflicts with the prior behavior of the vendor's database, the vendor may be unwilling to break backward compatibility. SQL keywords Queries The most common operation in SQL databases is the query, denoted with the SELECT keyword. SQL SELECT queries are declarative: * SELECT retrieves data from tables in a database. While often grouped with Data Manipulation Language statements, SELECT is considered by many to be separate from SQL DML. SELECT queries allow the user to specify a description of the desired result set, but it is left to the devices of the database management system (DBMS) to plan, optimize, and perform the physical operations necessary to produce that result set. A SQL query includes a list of columns to be included in the final result immediately following the SELECT keyword. An asterisk ("*") can also be used as a "wildcard" indicator to specify that all available columns of a table (or multiple tables) are to be returned. SELECT is the most complex statement in SQL, with several optional keywords and clauses: o The FROM clause indicates the source tables from which the data is to be drawn. The FROM clause can include optional JOIN clauses to join related tables to one another. o The WHERE clause includes a comparison predicate, which is used to narrow the result set. The WHERE clause eliminates all rows from the result set for which the comparison predicate does not evaluate to True. o The GROUP BY clause is used to combine rows with related values into elements of a smaller set of rows. o The HAVING clause is used to identify which of the "combined rows" (combined rows are produced when the query has a GROUP BY clause or when the SELECT part contains aggregates), are to be retrieved. HAVING acts much like a WHERE, but it operates on the results of the GROUP BYand can include aggregate functions. o The ORDER BY clause is used to identify which columns are used to sort the resulting data. Unless an ORDER BY clause is included, the order of rows returned by SELECT is never guaranteed. Data retrieval is very often combined with data projection; usually it isn't the verbatim data stored in primitive data types that a user is looking for or a query is written to serve. Often the data needs to be expressed differently from how it's stored. SQL allows a wide variety of formulas included in the select list to project data. Example 1: SELECT * FROM books WHERE price > ORDER BY title This is an example that could be used to get a list of expensive books. It retrieves the records from the books table that have a price field which is greater than . The result is sorted alphabetically by book title. The asterisk (*) means to show all columns of the books table. Alternatively, specific columns could be named. Example 2: SELECT , count(*) AS Authors FROM books JOIN book_authors ON = GROUP BY which could also be written as SELECT title, count(*) AS Authors FROM books NATURAL JOIN book_authors GROUP BY title under the precondition that book_number is the only common column name of the two tables and that a column named title only exists in books. Example 2 shows both the use of multiple tables in a join, and aggregation (grouping). This example shows how many authors there are per book. Example output may resemble: Title Authors ---------------------- ------- SQL Examples and Guide 3 The Joy of SQL 1 How to use Wikipedia 2 Pitfalls of SQL 1 How SQL Saved my Dog 1 Data manipulation First, there are the standard Data Manipulation Language (DML) elements. DML is the subset of the language used to add, update and delete data: * INSERT is used to add rows (formally tuples) to an existing table. * UPDATE is used to modify the values of a set of existing table rows. * MERGE is used to combine the data of multiple tables. It is something of a combination of the INSERT and UPDATE elements. It is defined in the SQL:2003 standard; prior to that, some databases provided similar functionality via different syntax, sometimes called an "upsert". * DELETE removes zero or more existing rows from a table. INSERT Example: INSERT INTO my_table (field1, field2, field3) VALUES ('test', 'N', NULL); UPDATE Example: UPDATE my_table SET field1 = 'updated value' WHERE field2 = 'N'; DELETE Example: DELETE FROM my_table WHERE field2 = 'N'; Transaction controls Transactions, if available, can be used to wrap around the DML operations: * BEGIN WORK (or START TRANSACTION, depending on SQL dialect) can be used to mark the start of a database transaction, which either completes completely or not at all. * COMMIT causes all data changes in a transaction to be made permanent. * ROLLBACK causes all data changes since the last COMMIT or ROLLBACK to be discarded, so that the state of the data is "rolled back" to the way it was prior to those changes being requested. COMMIT and ROLLBACK interact with areas such as transaction control and locking. Strictly, both terminate any open transaction and release any locks held on data. In the absence of a BEGIN WORK or similar statement, the semantics of SQL are implementation-dependent. Example: BEGIN WORK; UPDATE inventory SET quantity = quantity - 3 WHERE item = 'pants'; COMMIT; Data definition The second group of keywords is the Data Definition Language (DDL). DDL allows the user to define new tables and associated elements. Most commercial SQL databases have proprietary extensions in their DDL, which allow control over nonstandard features of the database system. The most basic items of DDL are the CREATE,ALTER,RENAME,TRUNCATE and DROP commands: * CREATE causes an object (a table, for example) to be created within the database. * DROP causes an existing object within the database to be deleted, usually irretrievably. * TRUNCATE deletes all data from a table (non-standard, but common SQL command). * ALTER command permits the user to modify an existing object in various ways -- for example, adding a column to an existing table. Example: CREATE TABLE my_table ( my_field1 INT, my_field2 VARCHAR (50), my_field3 DATE NOT NULL, PRIMARY KEY (my_field1, my_field2) ); Data control The third group of SQL keywords is the Data Control Language (DCL). DCL handles the authorization aspects of data and permits the user to control who has access to see or manipulate data within the database. Its two main keywords are: GRANT Authorizes one or more users to perform an operation or a set of operations on an object. REVOKE Removes or restricts the capability of a user to perform an operation or a set of operations. Example: GRANT SELECT, UPDATE ON my_table TO some_user, another_user. Other * ANSI-standard SQL supports double dash, --, as a single line comment identifier (some extensions also support curly brackets or C-style /* comments */ for multi-line comments). Example: SELECT * FROM inventory -- Retrieve everything from inventory table * Some SQL servers allow User Defined Functions Criticisms of SQL Technically, SQL is a declarative computer language for use with "SQL databases". Theorists and some practitioners note that many of the original SQL features were inspired by, but in violation of, the relational model for database management and its tuple calculus realization. Recent extensions to SQL achieved relational completeness, but have worsened the violations, as documented in The Third Manifesto. In addition, there are also some criticisms about the practical use of SQL: * Implementations are inconsistent and, usually, incompatible between vendors. In particular date and time syntax, string concatenation, nulls, and comparison case sensitivity often vary from vendor to vendor. * The language makes it too easy to do a Cartesian join (joining all possible combinations), which results in "run-away" result sets when WHERE clauses are mistyped. Cartesian joins are so rarely used in practice that requiring an explicit CARTESIAN keyword may be warranted. * It is also possible to misconstruct a WHERE on an update or delete, thereby affecting more rows in a table than desired. * SQL—and the relational model as it is—offer no standard way for handling tree-structures, . rows recursively referring other rows of the same table. Oracle offers a "CONNECT BY" clause, Microsoft offers recursive joins via Common Table Expressions, other solutions are database functions which use recursion and return a row set, as possible in PostgreSQL with PL/PgSQL. =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= Active Server Pages (ASP) is Microsoft's server-side script engine for dynamically-generated web pages. It is marketed as an add-on to Internet Information Services (IIS). Programming ASP websites is made easier by various built-in objects. Each object corresponds to a group of frequently-used functionality useful for creating dynamic web pages. In ASP there are six such built-in objects: Application, ASPError, Request, Response, Server, and Session. Session, for example, is a cookie-based session object that maintains variables from page to page. Most ASP pages are written in VBScript, but any other Active Scripting engine can be selected instead by using the @Language directive or the