通过降低网络带宽的需要和减少为了响应冗余请求而造成的服务带宽需要，零件订购服务可以从FastSOA模式中受益。
The parts ordering service benefits from the FastSOA patterns by reducing network bandwidth needs and mitigating the service bandwidth required to respond to redundant requests.
这种技术特别适用于分布式网络的内容，在分布式网络中，零件信息可以放在一台服务器上，而客户信息可以放在另一台服务器上。
This technique lends itself particularly well to distributed networks of content, where the part information can be housed on one server and the customer information on another.
而丰田则不再把零件供应商当作是单独的商业伙伴，而是把它们当作网络中的一个节点，为它们提供培训，使他们生产出更优质的零部件，虽然他们也知道其竞争对 手也会从这些零部件厂商进货。
Toyota, instead of treating its suppliers as a marketplace, treats them as a network and trains them to produce better, even as they also training them to produce better for their competitors.
他们将那些随意的、基于x86的计算机零件带回宿舍，将它们添加到托管具有传奇色彩的“爬网蛛”的Frankenstein机器上，爬网蛛—两次—记录下了斯坦福市的整个网络。
They'd bring these random x86-based computer parts back to their dorm room to add to the Frankenstein machine hosting the legendary rogue Web crawler that took down Stanford's entire network-twice.
本文应用多色集合理论建立了零件加工系统的网络结构模型。
The net configuration model of parts machining system is built based on the theory of polychromatic sets.
汽车业是由无数零件供应商、装配工厂、物流网络以及经销商组成的一个庞大的、有时甚至是混乱的行业。在面临自然灾害或其它灾难时，这个行业可能显得尤为脆弱。
With its sprawling, sometimes tangled array of parts suppliers, assembly plants, logistics networks, and dealers, the auto industry is perhaps uniquely vulnerable to disasters, natural and otherwise.
本文介绍的平行工序网络为复杂零件提供了多种工艺方案的可能性，为提高产品质量和经济效益提供了依据。
Parallel operation network introduced in this paper provides multiple possibilities for machining complicated parts, which form a basis to improve product quality and achieve better economic benefit.
ROKON 车、辅助部件和零件仍然是被卖的工厂直接和通过经销商全世界网络和经销商。
ROKON vehicles, accessories and parts are still sold factory direct and through a worldwide network of dealers and distributors.
在线加工出复杂零件，实现了TNC310数控系统的DNC通讯网络。
Complex parts were processed on the line, and DNC communication of the system TNC310 was realized.
本文将网络化信息发布技术应用于CAD系统的零件设计，提出了通过网络化参数驱动建立三维模型的新方法。
In this dissertation, networked information releasing technology was applied to part design in CAD system, brought forward a new three dimensional modeling method by networked parameter drive.
为实现复杂零件网络化制造的资源优化配置，提出一种以零件工艺流程为核心的制造资源优化配置方法。
To solve resources optimization deployment problem for complicated parts in networked manufacturing, an approach taking the process flow of part as kernel was proposed.
针对网络化环境下的复杂零件协同制造，研究了协同制造任务信息模型及建模方法。
Aiming at the collaborative manufacturing of complex parts in networked environment, the collaborative manufacturing task information model and its model building method were studied.
运用图论的知识来生成相应的约束网络图，进一步将零件的种种标注模式抽象为零件约束网络图的一棵棵生成树。
The graph theory is applied to get the corresponding constraints network graph, and the parts dimension modes are abstracted as spanning trees of the graph.
通过对齿轮类零件CAPP系统的研究，将神经网络应用于齿轮类零件的CAPP系统的工艺决策中。
Upon research on a CAPP system dedicated to gears and similar parts, a neural network is used in the decision making on the appropriate process route of gear CAPP system.
本文提出一种用启发算法和神经网络法相结合的算法解决二维不规则零件的排料问题。
This thesis put forward an idea of using the heuristic algorithm and neural networks to solve the two-dimensional irregular nesting problems.
通过对asp组件技术的运用，实现对蜗杆零件的网络化协同设计，在网上在线生成蜗杆的三维实体。
The cooperative design of worm gear over network is realized using ASP components technique, and the 3d worm gear solid image is produced on line.
针对在网络上一个团队进行工艺编制时对CAPP系统的需求，阐述了基于网络的CAPP系统设计、零件图号的网络管理及相似工艺网络查询等问题，并用实例加以验证说明。
Discusses the design of a CAPP system on Windows NT. The management of part drawing numbers, the methods of easy finding similar process planning files and some examples are presented in detail.
本文以基于人工神经网络的零件表面加工方案决策构件为例进行CAPP领域构件设计与实现。
To explain how to design, develop and realized a CAPP domain component, we give a example which is a arithmetic service component based on ANN to generate machining chain of the hole feature.
本文以基于人工神经网络的零件表面加工方案决策构件为例进行CAPP领域构件设计与实现。
To explain how to design, develop and realized a CAPP domain component, we give a example which is a arithmetic service component based on ANN to generate machining chain of the hole feature.
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