I know you don't smoke. I saw your DARPA file.
我知道你不抽烟，我看过你的DARPA档案
That's my way of telling you you got a DARPA file.
实际上我想告诉你，你有DARPA档案
Advances in any one area often benefit the others, and DARPA has been active in information technology and microelectronics for many years.
任何一个领域的提升都有助于其他领域的发展，DARPA在信息技术和微型电子领域的研究已活跃多年。
To solve this problem, active network is proposed by DARPA.
为解决此问题，DARPA提出了主动网络，但其不能支持传统IP应用。
A prominent program in this area is Future Combat Systems, which DARPA is conducting with the Army.
一个突出的节目，在这方面，未来作战系统，该版本正与军队。
The program has become a classified project, though it is not known whether DARPA will maintain this status for the project.
该方案已成为一个分类项目，但我们并不知道是否DARPA的这一地位将保持该项目。
Network research projects. He has published over 50 technical papers and one book, is an Associate
美国DARPA的研究项目，曾任下一代互联网研究项目的联合主持人及其它五个项目的技术
Project and a technical lead in five other DARPA-funded wireless network research projects.
究项目，曾任下一代互联网研究项目的联合主持人及其它五个项目的技术主导。
The missing link was supplied by Robert Kahn of DARPA and Vinton Cerf at Stanford University in Palo Alto, California.
美国国防部高级研究计划署的罗伯特？卡恩，与斯坦福大学的文顿？
Hyper-sphere and hyper-rectangle system are constructed. Experiments on DARPA99 network data set and Wine data set indicate that, hyper-sphere system gets better performances than hyper-rectangle system on aspects including detection rate, false alarm rate, stability, time cost, adaptability to incomplete training set and uniformity of coverage on non-self space; multimodal evolution generating method performs better than random generating method on aspects of detection rate, stability, uniformity of coverage on non-self space; random generating method can`t be applied to Wine data set containing 13 features.
构建了超球体和超矩形系统，实验结果显示，在DARPA99网络数据集、机器学习Wine数据集上，超球体系统在检测率、误报率、non-self区域覆盖的均匀程度、不完备训练集的适应力、算法稳定性、训练时间代价等方面均优于超矩形系统；多峰值进化生成法在检测率、non-self区域覆盖的均匀程度、算法稳定性等方面均优于随机生成法；随机生成法不适用于13维的Wine数据集。
DARPA is building on these accomplishments by shrinking ever-more-complex systems into chip-scale packages—integrating the three core hardware technologies of the information age into systems on a chip.
这些成绩是在美国开始兴建萎缩日益复杂的系统芯片成规模packagesintegrating三个核心的硬件技术进入信息时代系统芯片。
DARPA`s support of these enduring foundations naturally flows into its eight strategic thrusts with a fair amount of productive overlap.
DARPA赞助的这些长久基金自然而然的流人美国八大战略策动系列，因为这些战略策动有相当一部分的生产重叠。
DARPA`s Enduring Foundations While DARPA`s strategic thrusts are strongly driven by national security threats and opportunities, a major portion of DARPA`s research emphasizes areas largely independent of current strategic circumstances.
美国国防高级研究计划局的长久基金虽然，DARPA的战略策动是出于国家安全威胁以及面临的机遇考虑，但是，其绝大部分领域的研究是强调独立于当前战略环境之外。
Boston Dynamics is a small engineering and robotics design company best known for the development of BigDog, a quadruped robot designed for the US military with funding from DARPA [1], and DI-Guy, COTS software for realistic human simulation.
波士顿动力学是一个小工程和机器人设计公司最知名的发展大狗，四足机器人专为美国军方的资助，DARPA的 [1] ，并直喷式盖伊，商用软件，模拟真实的人类。
Students on the Internet (which was developed by DARPA but now is global and demilitarized) can't wait.
而互联网（虽然它是由DARPA开发的，不过现在却是一种全球性的存在，而且早已经不再限于军用）的研究者们已经等不及了。
There has been solid progress toward this goal: in FY 2004, DARPA expects to demonstrate the first 16-kilobit memory based on molecular switches.
目前，美国已向该目标迈出了坚实的一步：在2004军展会上，美国国防部高级计划研究署希望可以展出其首个基于分子开关的16Kb存储器。
DARPA (Defense Advanced Research Projects Agency) is one of the leading financial backers for robotics projects in U. S.
DARPA是美国研究实验室对机器人项目的带头经济支撑方之一。
DARPA wants to use such technology to produce robotic vehicles for military convoys in areas of conflict.
DARPA想要通过这类技术制造出无人驾驶的运输工具，以便在发生军事冲突的区域运送物资。
Numerical simulations of the three dimension viscous flow over the SUBOFF-1 model provided by DARPA and other two models are processed by solving RANS equations withκ-εtwo-equation turbulence model and finite volume method, and with SIMPLEC method for pressure-linked terms, central difference shemes for temporal derivative terms, and second-order upwind schemes for convective and diffusive terms.
本文基于RANS方程，采用κ-ε两方程湍流模型来封闭控制方程，采用有限体积法离散控制方程，对于速度压力关联方程，应用协调一致的SIMPLEC算法求解，变化率项用中心差分，对流扩散项采用二阶迎风格式，分别对DARPA提出的裸艇体SUBOFF-1模型以及另外两种回转体模型进行了数值模拟计算。
It shows numerical simulation method in this paper is available.
在此基础上，对DARPA提出的全附体潜艇模型SUBOFF-8进行了数值计算。