functional simulation中文是什么意思

• 功能仿真
• 功能模拟
• 函数模拟

• functional    adj. 1.官能的，机能的。 2.在起作用的；职务上的 ...
• simulation    n. 假装；模拟；装病，装疯；【生物学】拟态，拟色。
• simulation, functional    功能模拟
• functional level simulation    功能级模拟
• functional    adj. 1.官能的，机能的。 2.在起作用的；职务上的。 3.【数学】函数的。 4.【建筑】从使用的观点设计[构成]的。 5.有多种用途的；可改变用途的。 6.可使用的，可操作的。 n. -ism 【心、建】机能主义〔心理学上指思想和行动的过程，是人的整个机体的反应；建筑学上指讲求实用，而不注重外观〕。 n. -ist 机能主义者。 adv. -ly
• liquid simulation fluid simulation    流体仿真; 流体模拟; 液体仿真; 液体模拟
• a roximate simulation    近似模拟
• accounting simulation    会计模拟实习
• accurate simulation    准确模拟
• acoustic simulation    声模拟
• acoustical simulation    音质模拟
• adjoint simulation    伴随仿真
• aerodynamic simulation    空气动力模拟
• aerospace simulation    航空航天环境模拟
• aerothermodynamic simulation    空气热动力模拟
• agrometeorological simulation    农业气象模拟
• airborne simulation    飞行中模拟
• aircraft simulation    飞行器模拟; 航空器模拟
• algebraic simulation    代数模拟
• algorithm simulation    算法模拟
• altitude simulation    高度模拟; 高空模拟
• analog simulation    类比模拟; 连续过程的模拟; 连续过程模拟实验; 模拟仿真; 相似模拟
• analogue simulation    类比模拟; 连续过程的模拟; 模拟仿真
• analogy simulation    类比模拟; 相似模拟
• analytical simulation    分析模拟

• Secondly , the functional simulations of the ip are completed . thirdly , these two ip are integrated into the ctu and verified fully based on the fpga . lastly , the method of the function simulation is elaborated , especially the bus function model ( bfm )
  在该课题的研究过程中，我们采用了高层次设计方法和ip设计方法，使用硬件描述语言veriloghdl对该设计进行描述，最后不但完成了这两个通用ip的功能验证，而且将两者集成到一个通信协议转换系统中完成了其fpga验证。
• We finished the functional simulation with the testing programs , synthesized the system with eda tools and then implement it in fpga device . this paper not only introduced the design of risc mcu core , but also discussed its standardization . that has contributed a lot to the design of the more complex soc design
  通过本论文的研究，完成了8位risc微控制器的设计与仿真综合，并对如何使其成为可复用的ip软核进行了讨论，为使用该mcu核进行更复杂的soc设计提供了良好的基础。
• The main work includes the deep study of microprocessor theory , the system - level design of the soft core that is performed based on it , the system function definition and partition , the design of all the functional modules . after completing system - level and algorithm - level designs , the rtl implementations of each module are performed and the functional simulation and fpga verification are carried out on the rtl codes . at last , the rtl codes are synthesized with synopsys " design compiler and the gat - level netlist is gotten
  具体工作包括对微处理器理论的深入研究，并在此基础上完成16位risc微处理器软核16rmpu的系统级设计，实现系统功能定义和系统划分；完成软核各个模块的算法级设计和rtl级设计，并对软核的rtl级代码进行仿真和fpga验证；对软核进行dc ( designcompiler )综合，生成后端布局布线所需要的网表文件，最终实现微处理器软核的设计。
• This paper researches the basic statistical rule of oil - gas dynamic system from the systematic theory , combining with the common characteristic and structure characteristic of oil - gas dynamic system , taking the design requirement of oil field development programming into consideration , by using of functional simulation principle ( including nn method , differential simulation method ) and historical data of oil field , establishes the in - out conjunctional relationship of dynamic index of oil field development , and researches the two level index prediction of development dynamic with both oil field and oil production plant on the basis of the in - out conjunctional relationship . furthermore , this paper analyzes the " decision - making variable " , " object " and " restriction terms " by the optimization theory and set up several optimal models which compose the oil field development programming , it is following : optimization model of the production composing ( solving the optimal composing of each subentry production and cor responding cost , workload , including the onshore thin oil production , the heavy oil thermal process production , tertiary oil recovery production , and the offshore production ) ; optimization model of measure production structure ( determining the optimal composing of each measure production and measure workload , which is composed of fracture , acidulation , capital repair and so on ) ; optimization model of the production distraction ( optimal distribution of the whole oil field production to each oil production plant ) and the integrated development programming model of oil field
  本文从系统理论出发研究油气动态系统基本统计规律，结合油气动态系统的一般特点，结构特点，兼顾油田开发规划设计的要求，利用功能模拟原理(含神经网络方法、微分模拟方法) ，依据油田历史数据，建立了油田开发动态指标间的输入输出关联关系，并在此输入输出关联关系的基础上研究了油田及采油厂两级的开发动态指标预测，同时利用最优化原理，在分析“决策变量” 、 “目标”及“约束条件”的基础上建立了多个构成油田开发规划的“优化模型” ，这些优化模型包括：产量构成优化模型(解决陆上稀油产量、稠油热采产量、三次采油产量、海上产量及对应的成本、工作量的最优构成问题) ；措施产量结构优化模型(解决压裂、酸化、大修等各项措施产量及措施工作量的最优构成问题) ；产量分配优化模型(将油田的产量最优地分配到各采油厂)以及油田综合开发规划模型。

• functional simulationとは意味：機能｛きのう｝シミュレーション