移动到更高的抽象层次和语言上时，该映射成为一对多，由设计层构造所生成的机器指令的数量快速的增加。
Moving towards higher abstraction levels and languages, that mapping becomes one-to-many; the number of machine instructions generated from a design level construct rapidly increases.
JAUS由于跟配方构造有关，所以定义了一种命令结构，跟微控制器的低级机器语言中的操作代码一样。
As it relates to recipe constructs, JAUS defines a command structure that operates like opcodes in the low-level machine language of, say, a microcontroller.
典型的语言构造允许以扩展流程图或者限定状态机器的形式定义流程。
Typical language constructs allow for defining a process either in the form of extended flowcharts or finite state machines.
这些语言中可以构造供机器识别的注释，为语义透明性提供更可靠的方法。后面的文章中将介绍一些这方面的技术。
In these languages, you can structure annotations themselves for machine consumption, providing more reliable routes to semantic transparency; I'll cover some such techniques in future articles.
提供给计算机或机器的房间经常要比普通的适合人居住的房间的物理构造要复杂许多。
The physical infrastructure for housing computers or machine rooms is often much more complicated and involved than those housing mere humans.
您可以创建物理机器和虚像的数据，搜索带有特定构造的资源，管理实验室资源的请求和保留。
You can create data for physical machines and virtual images, search for resources with specific configurations, and manage requests and reservations for lab resources.
科学家们一直试图弄明白一大堆碱基对是如何构造出人脑这个在已知的宇宙中最复杂的机器的。这个图将为此提供宝贵的资源。
It promises to be an invaluable resource for scientists trying to figure out how a text of base pairs constructs the most complicated machine in the known universe.
即使我们取代硬件，迁移到虚拟的执行机器上，管理测试构造和协作也会有高代价的风险。
Even when we replaced our hardware and migrated to virtual execution machines, the challenges of managing test configuration and coordination were costly.
为什么你要从一个人类自己构造的机器中去得到想当然的结果呢？
Why do you expect it from a machine that humans have constructed?
你分得清这两台机器在构造上有什么区别吗？
Can you tell the difference in structure between the two machines?
这些机器由于机械的构造简单，所以很少故障，易于保养养。
These machines have few breakdowns and are easy to maintain because of their simple mechanical structure.
密码技术中弹性函数的存在性与构造问题和入侵检测技术中基于机器学习的智能化改进是目前信息安全领域中的研究热点。
The existence and construction of resilient functions in Encryption and the intelligentized improvement based on Machine Learning in IDS are the focus of information security.
它将机器学习问题转化为求解最优化问题，并应用最优化理论构造算法来解决凸二次规划问题。
SVM transforms machine learning to solve an optimization problem, and to solve a convex quadratic programming problem by the optimization theory and method constructing algorithms.
这两部机器的构造没有什么区别。
There isn't any difference in structure between the two machines.
讨论了《动力机器基础设计规范》(GB 50040- 96)中的若干问题，包括质-弹-阻模型、地基动力参数、荷载组合和基础的构造要求等几个方面。
Some discussions on Code for dynamic Machine foundation Design (GB 50040-96) are had, including mass-spring-damper model, dynamic foundation parameters, load combination and structural requirements.
它是利用机器学习的方法，从已存在的知识库中构造出问题分类模型。
It makes question classification model from the existing knowledge base by using machine learning.
我们为VLIWDSP定制它的机器规格说明和机器描述，并利用IMPACT的模板构造它的代码生成器。
We customized a machine specification and a machine description for the VLIW DSP, and constructed the code generator using the template provided by IMPACT.
用神经网络构造机器人周围环境及障碍物的描述模型，用免疫进化算法寻找最佳路径。
Constructs the description model of environment and obstacle with neural network. Asks for the best path with immune evolution algorithm.
对机械构造要求低、成本低，有利农业机器人的推广使用。
This system has low requirement to the machine construction, low cost, and is advantageous for the extension of agricultural robot.
摘要：介绍了构造性机器学习方法——覆盖算法在蛋白质二级结构预测中的应用。
Absrtact: Mainly introduces protein secondary structure prediction based on structural machine learning-covering algorithm.
本论文基于人工智能的思想和方法研究机器围棋博弈问题，根据专家系统的体系结构来构造计算机围棋博弈系统。
This paper studies the problem of computer Go based on the idea and method of artificial intelligence, building computer Go system according to expert system structure.
介绍了机器人机体的构造和运动原理，建立了机器人系统驱动力学模型并做了相应分析。
The structure and locomotion mechanism of the robot are described, and driving mechanics models of the robot system are set up and analyzed.
设计和构造了易于工程实施的混沌控制策略，用于水下机器人永磁推进电机系统混沌控制。
Designed and constructs the chaos control strategy used in chaos control of underwater robot permanent magnet propulsion motor system.
利用距离误差模型构造出机器人本体的约束方程，并求解出机器人的实际几何参数，进而将该参数应用于修正系统的运动学模型。
Constraint equations were constructed by using distance error model, and the actual geometric parameters of the robot were solved, and then these parameters were used in the modified kinematics model.
最后，论述了自主式移动机器人定位系统与地图构造中所面临的主要问题及其解决方法并指出了该领域今后的研究方向。
Finally, the main problems of localization system and map building for autonomous mobile robot and solutions to them are analyzed, and the future trend in this field is pointed out too.
提出了一种ICAI的新的构造模型，并阐述了ICAI的技术关键与实现方案，重点阐述了推理机制、机器学习等技术在ICAI中的应用，对ICAI理论的研究做了新的探索。
It presents the key technology of ICAI and realization precept. The reasoning mechanism, machine study etc are emphasized. A new exploration for the research of the theory of ICAI is given.
本文介绍了用PLC快速构造工业机器人控制器的方法。这个方法具有减少硬件和软件研制难度的优点。
A method of rapidly constructing industrial robot controller by using PLC is introduced in this paper the method has the advantages of reducing the hardware and software research difficulties.
本文介绍了用PLC快速构造工业机器人控制器的方法。这个方法具有减少硬件和软件研制难度的优点。
A method of rapidly constructing industrial robot controller by using PLC is introduced in this paper the method has the advantages of reducing the hardware and software research difficulties.
应用推荐