Prove some inequalities involving a moving-point on the plane of triangle with it′s distance coordinates.
利用三角形的重心坐标，证明涉及三角形平面上一动点的一些不等式。
Again the point is to listen hard while keeping the pen moving.
再次强调，重点是在保持笔移动的同时，要认真倾听。
From an emotional energy point of view, they are dead weights that keep us from moving forward.
从情感能量的角度来看，这些是阻碍我们前进的累赘。
But from an emotional energy point of view, they are dead weights that keep us from moving forward.
但从情感能量的角度来看，这些是阻碍我们前进的累赘。
Advanced batteries are moving out of specialized markets and creeping into the mainstream, signaling a tipping point for forward-looking technologies such as electric cars and rooftop solar propels.
先进的电池正逐步退出专业化市场，逐渐进入主流市场，这标志着电动车和屋顶太阳能推进器等前瞻性技术迎来了一个转折点。
And, so when we think of the trajectory of the moving point, that's called a parametric equation.
而当我们考虑运动点的轨迹的时候，轨迹可以称作是参数方程。
The fact that the link between anthrax and Iraq may have provided the 'tipping point' in moving media and public opinion to the point where Bush could attack Iraq without a firestorm of protest.
事实上，炭疽和伊拉克之间的联系已经给那些蠢蠢欲动的媒体提供了“引爆点”，同时要不是公众的舆论激起了抗议，布什很可能会攻打伊拉克。
So, OK, so apart from that, I claim now we can find the position of its moving point Q0Q1 because, well, this vector, Q0Q1 we can find from the coordinates of Q0 and Q1.
不管那些了，我断言我们可以找出移动点的位置了,因为对于向量1,我们可以找出Q0和Q1的坐标。
Let's imagine that we have a point that's moving on the line, and at time zero, it's here at Q0.
我们可以想像由一个在直线上移动的点，在时刻0的时候，它在Q0处。
Line is the mark made by a moving point, such as a pencil or brush.
线是由动点构成的，如铅笔或笔刷。
So, think of a line as the trajectory of a moving point.
把直线看作运动点的轨迹。
There are also a great way to think about actually any curve, any trajectory that can be traced by a moving point.
当然还有其他的描述动点形成的曲线，或者轨迹的办法。
I implemented a sequence of instructions (moving from point a to point B) as the next fitness test.
我实现了一系列指令(从a点移到b点)作为下一个适应性测试。
So, the position of this point, p, is going to be the same as OP knowing the vector OP from the origin to this moving point.
点p的位置就是，从原点指向这个运动点的向量。
But, probably the easiest to find, so our role is going to find formulas for a position of this moving point in terms of t.
不过，最简单的，我们的任务就是，找出对t而言，那条关于点所在位置的公式。
And, that point is moving in time.
这点随着时间推移而移动。
At great distances it looks like a point, but moving closer it appears flat and eventually as a three-dimensional structure.
隔得很远时它看起来像一个点，但越向它靠近它就显得平面，最终成为一个三维的结构。
This separation let the same code be reused by many applications and allowed a certain amount of decoupling between the applications by moving away from point-to-point integration.
此分离允许多个应用程序重用同一代码，并通过从点到点的集成中移去应用程序，使这些应用程序之间能够进行一定程度的分离。
In the second I ask my parents why we're moving, and they point to the fractures in the plaster overhead.
再有一次，我问父母为什么我们是在移动，他们指着头顶上用石灰抹过的裂缝给我看。
Let it be the point on the horizon that you continually keep in sight, moving around obstacles but constantly heading towards that point.
让它成为地平线上的最重要的东西然后你总会把它放在视野范围之内，它环绕着障碍但是总是朝向那个目标前进。
Again, it demonstrates confidence; it's the critical point of moving your interaction forward.
还是那句话，首次通话能表现出你的自信，是推动你的交流前进的临界点。
Without a solid architecture, or design template, there really isn't much point in moving on in the project.
没有一个坚实的架构，或设计模板，就不会有项目大幅度的前进。
It will take the fear out of moving from the point and shoot modes to the creative modes of your camera.
它能消除你的恐惧，让你的摄影机从拍摄模式切换到创意模式。
It's quite possible Blizzard has a much larger, slow-moving point to make about torture.
完全有可能，对于虐待，暴雪有一个庞大渐进的目的。
Finally, some simulation results with 1000 frames from 10 typical images in complex background show that moving point targets with SNR not lower than 1.5 can be detected effectively.
对典型复杂背景下10幅1000帧图像的仿真结果表明，当信噪比大于或等于1.5时，可以有效检测出运动点目标。
Moving point targets detection in image sequences always be the emphasis and difficulty in the field of targets detection and identification.
图像序列中运动点目标的检测一直是目标检测与识别领域中的重点和难点。
Detection of moving point target in infrared sequence images with complex background is the emphasis and difficulty of target detection.
在复杂背景红外序列图像中，运动点目标的检测一直是研究的重点和难点。
To detect a moving point target that is submerged in noisy background is a very difficult problem.
要把淹没在噪声背景中的运动点目标检测出来是一个十分困难的问题。
In this paper, we discussed an algorithm for decision trajectory during detecting slowly moving point target in low SNR.
本文讨论了低信噪比条件下缓动点目标检测技术中候选轨迹的确定算法。
In this paper, we discussed an algorithm for decision trajectory during detecting slowly moving point target in low SNR.
本文讨论了低信噪比条件下缓动点目标检测技术中候选轨迹的确定算法。
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