卡内尔瓦的记忆算法能做一些可媲美于人类思维的不可思议的事情。
Kanerva's memory algorithm could do several marvelous things that parallel what our own minds can do.
换句话说，卡内尔瓦指出了一种能够将思维所拥有的任何感知存入有限记忆机制的方法。
In other words, Kanerva showed a way to fit any perception a mind could have into a finite memory mechanism.
卡内尔瓦的算法是一种将有限数量的数据点储存进非常巨大的潜在的内存空间的绝妙方法。
Kanerva's algorithm was an elegant method to store a finite number of data points in a very immense potential memory space.
卡内尔瓦的算法在数学上非常简单明了，一位编程高手花一下午时间就能大致地将它在计算机上实现出来。
Kanerva's algorithm was so mathematically clean and crisp that it could be roughly implemented by a hacker into a computer one afternoon.
1980年代中期，在美国宇航局艾姆斯研究中心，卡内尔瓦和同事们在一台计算机上设计出非常稳定的实用版本，对他的稀疏分布记忆结构进行了细调。
At the NASA Ames Research Center, Kanerva and colleagues fine-tuned his scheme for a sparse distributed memory in the mid-1980s by designing a very robust practical version in a computer.
皇马在周五训练时再遭不幸，卡纳瓦罗因训练时拉伤内收肌被迫中断训练，也因此将错过周六对阵维尔瓦的比赛。
Real Madrid training on Friday when another unfortunate, because Cannavaro training adductor strain forced to interrupt training, will also miss Saturday's game against Recreativo.
皇马在周五训练时再遭不幸，卡纳瓦罗因训练时拉伤内收肌被迫中断训练，也因此将错过周六对阵维尔瓦的比赛。
Real Madrid training on Friday when another unfortunate, because Cannavaro training adductor strain forced to interrupt training, will also miss Saturday's game against Recreativo.
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