权衡设计

基于边界扫描的计算机辅助电路板测试性设计中，面临着设计复杂性一定时，如何权衡设计使得测试性改善最大的问题。

When computer-aided designing for testability based on Boundary-Scan , it exits the problem that is how to optimal design to maximize the testability improvement when the designing complicacy is definite .

采用本文计算方法预报螺旋桨非定常空泡，对于螺旋桨激振力计算以及螺旋桨的权衡设计等方面具有重要的工程价值。

Using the method presented in this paper to predict the unsteady cavitation of propeller has important engineering value in the calculation of the propeller vibratory forces and the off-design of propeller .

耦合器采用平行微带线结构，设计耦合间距时，在PCB精度和最佳耦合度之间进行了权衡，设计了符合工艺水准且达到指标的耦合器并具有很好的方向性。

Coupler use the structure of a parallel-coupled microstrip line . During the design of the coupling gap , weighing the best degree of coupling and the PCB precision , then coupler is designed to meet the technical standards and achieving targets and has a good directionality .

成像光谱仪工程权衡优化设计的光学结构

Tradeoff optimization design of optical configuration on imaging spectrometer

这些关于传统权衡器具设计的思考对现代设计有一定启示性。

Such contemplations on traditional balancing instrument design shall definitely have some edification on the modern design .

最后从器具与文化的辩证关系上，探寻权衡器具设计在设计文化、设计心理等方面与社会生活方式的互渗、互动的动态发展规律。

Moreover , the author abstracts the law of the dynamic development of the mutual penetration and interaction between the design of balancing instrument and social life style culturally and psychologically on the basis of the dialectical relationship between implement and culture .

本论文主要研究内容是中国传统权衡器具的设计特征及其设计文化价值。

The major research objectives of this paper are the design characters and cultural values of design of traditional Chinese balancing instrument .

因此，必须进行长时间、高工况的试验，对其性能与结构参数进行综合权衡，以实现设计上的优化与可靠性增长。

So , high working condition and long test time is need to reliability growth .

立法面对分期缴纳机制，应权衡制度利弊，设计配套的追缴与责任机制。

The legislator should balance the advantages and disadvantages of the above-mentioned rules and contrive a matched mechanism for calling contribution and mechanism of duty .

为获得高性能或资源有效的设计方案，处理器设计者需要在大量不同的处理器配置下运行多种工作负载，并在评估的过程中权衡各方面的设计因素。

Architects have to simulate many kinds of workloads with different microprocessor configurations and consider the tradeoff among various factors to attain a high performance or cost-effective design .