| 1. | These are based on the predictions of a computer model
他们是建立在计算机模型的预判上。 |
| 2. | The prognosis depends on the source of the vertigo
对于病情的预判要视形成眩晕的原因而定。 |
| 3. | Anticipation means that you predict what will happen with high probability , and prepare the “ program ” in your mind , so that it ' s ready to fire
预判就是预知将要发生的最大可能性，并在你的脑中编写“程序” ，以便准备好向对方开火。 |
| 4. | Given a position , a program using a monte carlo algorithm contemplates every move and plays a large number of random games to see what happens
给定一个棋位，应用蒙特卡罗算法的程序预判每一步走法并进行大量随机走法来看将会发生什么。 |
| 5. | Defensive driving , on - the - road driving , anticipation of possible dangerous acts by others , hazardous situations and special techniques to avoid them
驾驶的自我防护、实际驾驶，以及对他人潜在危险操作、危险情况的预判和规避时特殊技能。 |
| 6. | So before your opponent hits the ball , you already “ see ” what will happen and prepare your actions ? to attack the ball in advance . ( that ' s anticipation
所以在你的对手击球前，你已经“看见”将要发生的事并准备你的下一个动作?预先准备攻击对手（这就是所谓的预判） 。 |
| 7. | You can of course spend some time working on improving reactions in tennis , but in my experience you ' ll improve more by learning to anticipate what ' s about to happen
你当然因该花些时间提高你在网球中的反应，但是以我的经验而言，你更多的应该是去通过学习提高你的预判能力，去发现将要发生的事情。 |
| 8. | However they ' re doing it , these sensitive dogs have been found to predict seizures with 90 % accuracy and reliability , regardless of their owner ' s gender , age , race , or type of seizure
无论小狗主人的性别、年纪、种族以及癫痫的类型，这些敏感的小狗们都能预判癫痫的发作，可靠性和精确性达到了90 。 |
| 9. | Once that happens , you can pounce immediately . for the outside observer it may seem that your reactions are fantastic but in fact it was your anticipation that made that possible
接着发生的事就是你能立即袭击对手。对于站在场外的人而言似乎是你的反应速度多么神奇，而实际情况是你的预判使这种神奇成为可能。 |
| 10. | The elementary scheme of data i / o for each kind is discussed firstly . because of the complexity of 3d scene visualization and the uncertainty of rambling route , the manner of real - time rambling has always been a key - point and a nodus in research of large - scale 3d scene visualization
总之，在借鉴国内外最新研究成果的基础上，本文提出了一套以场景分割、细节层次简化、多线程动态调度、漫游路线预判为主要思想的解决方案，实现了大规模三维场景的实时绘制。 |
