中间表示的英文

• intermediate representation

• "中间"英文翻译    among; between
• "表示"英文翻译    0
• "线性前置属性中间表示法" 英文翻译 :    representation linear prefix attributed intermediate; representation, linear prefix attributed intermediate (lpair)
• "表示“中间”" 英文翻译 :    inside in the middle of in the center of
• "公用分享程序库线性前置属性中间表示法" 英文翻译 :    library public shared; library, public shared
• "状态空间表示" 英文翻译 :    state-space representation
• "中间树表示" 英文翻译 :    intermediate tree representation
• "日期和时间表示法" 英文翻译 :    representation of dates and times
• "置于二字之间表示任取一字均可得短斜线" 英文翻译 :    virgule
• "时间表" 英文翻译 :    avails; schdl schedule; schedule n. timetable; schedule/timetable; schedule（time）; table time; time bill; time chart; time profile; time scale; time schedule; time sheet: maintain times; time table; timesheet; time-frame; ts time sheets
• "中间" 英文翻译 :    1.(里面) among; between 隐藏在树丛中间 hide among the bushes; 坐在他们两人中间 sit between the two of them; 她是我们三人中间最年轻的。 she is the youngest of us three.2.(中心) centre; middle 中间突破 make a breakthrough at the centre [in the middle]3.(两者之间) intermediate; middle; interspace 从我家到工厂, 中间要换车。 i have to change buses on the way from home to the factory.; 中间剥削 exploitation by middleman; 中间产品 intermediate; freak stock; intermediate products; between product; middling; 中间承运人 intermediate carrier; 中间带 intermediate zone; interband; 中间道路 middle of the road line; 中间地带 intermediate zone; 中间港 intermediate port; 中间管理人 intermediate supervisor; 中间汇率 (平均汇率) middle rate of exchange; 中间货物 intermediate goods; 中间价 middle rate; 中间阶层 intermediate stratum; 中间阶级 intermediate class; 中间路线 middle-of-the-road line; middle road; 中间贸易 intermediate trade; 中间派 middle-of-the-roaders; middle section; the neutral faction; the straddlers; fence-sitters; 中间人 jobber; intermediary; middleman; 中间线 medium line; 中间信贷银行 intermediate credit banks; 中间性格 ambiversion; ambivert; 中间语言 intermediate language; interlanguage; intermediary language; 中间站 way station; 中间帐户 intermediate account; 中间状态 intermediateness; intermediate state; interphase
• "表示" 英文翻译 :    show; express; mean; indicate; expression; presentation; signifying; remark; representation 表示不服罪 plead not guilty; plead unguilty; 表示服罪 plead guilty; 表示愤慨 express one's indignation; 表示支持 express one's support; 表示感谢 express one's thanks; 表示软弱 show weakness; 表示态度 define one's attitude; 表示同意 give one's adhesion to; 表示异议 demur; 用图解形式表示 show in a graphic form; 点头表示赞同 nod approval; 对某人表示好感 show sb. favour; 表示对形势的关切 show concern over the situation; 表示热烈欢迎 extend a warm welcome; 友好的表示 an expression of friendship; a manifestation of friendship; a friendly gesture; 红色信号灯表示人和车辆不能通行。 the red traffic light indicates that every person and vehicle must stop.; 表示层 presentation layer; 表示公式 representation formula; 表示函数 representative function; representing function; 表示理论 representation theory; 表示 0 到 39 的码 thirty-nine feature code
• "时间表装卸时间表" 英文翻译 :    time sheet
• "按时间表" 英文翻译 :    on schedule; on the schedule
• "按时间表,准时" 英文翻译 :    o chedule; on schedule
• "编制时间表" 英文翻译 :    schedule
• "层间表面" 英文翻译 :    interlayer surface
• "拆模时间表" 英文翻译 :    stripping schedule
• "撤离时间表" 英文翻译 :    withdrawal schedule
• "出铁时间表" 英文翻译 :    casting schedule
• "出牙时间表" 英文翻译 :    eruption of the teeth
• "地层时间表" 英文翻译 :    stratigraphic timescale
• "地磁时间表" 英文翻译 :    magnetic time scale
• "地质时间表" 英文翻译 :    geologic time scale
• "订时间表" 英文翻译 :    set a timetable to

• He continually made little, chilling differences between us .
  他经常在我们中间表示出一些微细的令人寒心的区别。
• As target machine , md32 , is designed by ourself , the structure of retargetable compiler presented in this paper is researched
  可重定目标编译器主要包括三个方面的内容：中间表示、机器描述和编译主体与机器描述之间的接口技术。
• The relationship between machine description and code generation , and the technique of mapping rtl into object code by tree pattern matching are described in detail
  重点研究了机器描述与代码生成之间的关系、如何选用合适的中间表示进行目标机器指令系统的描述、树模式匹配的目标代码生成技术等。
• In this paper we put forward two kinds of high level synthesis method based on researching the technology adopted in other hls or hls optimization . one is a specific hls for control intensive designs , we adopt control - flow graph as the internal representation and use the speculation technology during the scheduling
  本文提出了两种类型的高级综合方法，其一是提出了针对控制占主要部分的电路的高级综合方法，该方法采用了基于控制流图的中间表示结构，在调度过程中采用了针对该电路特点的推测技术。
• Existent automatic grading model of programs can not deal with the programs with structural body . in this paper , we study the syntax and concept of structural body based on an existed model , and improve the original model in the following aspects : increasing the middle representation form of structural body in analysis of morphology and syntax and system dependence graph and abstract syntax tree , adding standardization rules , mainly including type definition , nesting structure , initialization , function invocation , renaming and sequence of program sentence , besides standardization rules of bit operation and program with enumeration , enhancing the function of inspecting syntax error and improving matching strategies
  本文在原有的编程题自动评分模型的基础上,对结构体的语法结构和实现原理进行研究,并在以下几个方面完善原有模型:在词法和语法分析、程序的系统依赖图建立和抽象语法树生成三个方面增加结构体类型的中间表示形式;扩充程序的标准化规则,主要包括类型定义标准化、结构体嵌套结构标准化、结构体初始化的标准化、结构体作为函数参数时函数调用标准化、结构体变量名称标准化、结构体语句排列顺序标准化等等;另外,还增加了位运算标准化、枚举标准化以及文件的处理;增强学生程序中语法错误的检测和改进程序匹配策略。
• However , gcc ca n ' t support all embedded equipements , there are still many platforms need cross - compilers . with the background of developing a renovated cross - compiler named zltcg supporting processor mipsx , this thesis analyzes the architecture of gcc cross - compiler system , deeply studies the intermediate representation and machine description which the portability of gcc are based on , and realizes porting of gcc cross - compiler system to a target processor mipsx
  本论文以交叉编译系统zltcg的开发为背景，详细介绍了交叉编译系统gcc的体系结构，对其高度可移植性所依赖的中间表示和机器描述技术进行深入研究，并在此基础上完成了gcc在目标机mipsx上的移植工作。
• According to the program structure of ansi c , some syntax - tree - nodes are designed in front - end , including function , block , data structure , type , expression , identifier and so on . syntax tree is divided into three levels , namely program level , function level and block level , which are useful for analysis of syntax and semantic in compiler as well as transferring syntax tree into rtl . retargetable compiler mainly includes intermediate representation , machine description and interface technique between compiler and machine description
  编译前端的实现技术包括词法分析、语法语义分析和中间代码生成技术等，针对ansic的程序结构，分别设计了函数、块、数据结构、类型、表达式、标识符等语法树结点，并将语法树分成编译层次、函数声明和块三个不同层次，使语法树具有清晰的层次结构，有利于编译程序的语法和语义分析，以及从语法树到rtl中间表示的转换。
• It is efficient when applied in the control intensive design but the quality of synthesis " results is not well accepted when used for other type of design . the other is a multi - target hls optimization method , used before the subtask of hls scheduling . the essence of the method is a system partition algorithm , the multi - target optimization is reflected when convert the behavioral description into a graph . the purpose of the partition is to find the explicit control relation and parallel computation
  其二是提出了一种多目标的高级综合优化策略，该方法用在高级综合的调度之前，其核心是对系统进行划分，在将行为描述转化为内部表示模型的时，通过探索中间表示结果的关系来发现原设计描述中的控制关系和并行计算，以便在高级综合中取得理想的结果，同时将行为描述转化为图的过程中体现多种优化目的，所采用的中间表示模型为基于petri网的内部表示模型，划分采用了模拟退火算法。
• Based on many other circuit formats , a new kind of logic - level circuit representation , called unified middle - level circuit format ( umcf ) , is defined in this paper , in which some special operations on circuit related with power estimation and low power design . umcf can not only interchange circuits of different formats , but also convert circuits to hspice acceptable files , which can be used for transistor level power estimation
  本文结合多种不同的电路格式,自主定义了一种逻辑级电路的中间表示形式(称为umcf )和一系列极具特色的与低功耗技术相关的操作,它不但可以实现与其他多种电路格式之间的相互转换,还可以将电路直接转换成hspice可以接受的文件,进行晶体管级的电路功耗估计,这样可以在公认的高精度的功耗模拟器上,对本文的结果进行有效的验证。
• Our purpose is to supply a common method for type information collection of high - level programming languages , so that we can lower the difficulty of the implemention of type system and the possibility of occurence of the program errors ; simplify the intermediate presentation of high - level programming language , so that we can do code generation and optimization conveniently
  目的是为高级语言的类型信息的提取提供一般方法，从而降低类型系统实现的难度以及产生程序错误的可能性，并且简化高级语言的中间表示，便于后端的代码生成和优化。