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宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎

原标题:外媒渝税通官网下载热议!我国开发的这款AI芯片“展现了核算机硬件的未来”

棒!我国类脑芯片首登《天然》封面

八月的第一天,我国创造就登上了国际最威望及最有声望的学术期刊之一——《天然》杂志的封面,完成了我国在芯片和人工智能两大范畴《天然》论文零的突破。

清华大学施路平团队近来发布的研讨成果——类脑核算芯片“天机芯”。该芯片是国际首款异构交融类脑芯片,也是国际上第一个既可支撑脉冲神经网络又可支撑人工神经网路的人工智能芯片。

《天然》杂志概述了这项我国智造的立异与潜力:

There are two main approaches to developing artificial general intelligence。 One is rooted in neuroscience, and attempts to construct circuits that closely mimic the brain。 The other is grounded in computer science, and uses computers to execute宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎 machine-learning a张希先lgorithms。 

开发人工通用智能主要有两种办法。其间一种根植于神经科学,企图构建与大脑极为类似的回路。另一种根据核算机科学,宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎运用核算机履行机器学习算法。

In this week’s issue, Luping宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎 Shi and his colleagues reveal the Tianjic chip — an electronic chip that integrate黄小胖s the two approaches into one hybrid platform。 The Tianjic chip has multiple functional cores that are readily reconfigurable, enabling it to accommodate both machine-learning algorithms and brain-inspired circuits。

在本周发行的期刊中,施路平缓他的搭档们展现了天机芯片——一种将两种办法集成到一个混合平台上的电子芯片。该芯片具有多个功用中心,易于重新配置,使其能够习惯机器学习算法和大脑启示的电路。

The researchers demonstrate the potential of this approach by incorporating one of their chips into a riderless autonomous bicycle, which can self-balance, is voice controllable and can detect and avoid obstacles, all as a result of the Tianjic chip’s simultaneou崔雅婕s pr老日ocessing of versatilephotolemur algorithms and models。

研讨人员展现了这种办法的潜力,他们将其间一个芯片装备到一辆无人驾驶的主动自行车上,这款自行车能够自我平衡,承受声控,还能够检测和防止障碍物,这都是天机芯一起处理通用算法和模型的成果。

这项不一般的创造,一起还代表着我国在芯片规划方面的日新月异,马上招引了各大外媒的注意力:

巴殿璞

搭载了天机芯的自行车,十分聪明~

This bike相片大全 can roll over a bump on its own, staying perfectly upright。 When the man walking just behind it says “left,” it turns 李妍静left, angling back in the direction it came。

这辆自行车能够自己滚过一个凸吊奶起,并完美保持着直立。当跟在它后边走的人说“向左”时,它就会向左转弯,再转回来时的方向。

It also has eyes:宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎 It can follow someone jogging several yards ahead, turning each time the person turns。 And if it encounters an obstacle, it cabt鹰n swerve to the side, keeping its balance and continuing its pursuit。

它也有眼睛:它能够跟着一个人跑到前面几码远的当地,每次这个人转弯的时分,它就会转弯。假如遇到障碍物,它能够快速转向一边,保持着平衡,并持续追逐。

(via NYT)

太多专业术语听不懂?听听这些专家怎样夸天机芯:

Professor Will Stewart, chairman of the Communications Policy Panel at the Institution of Engineering and Technology, who was not in宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎volved 露点相片in the study, said: ‘This is a fascinating example of a multi-purpose programmable AI chip, cleverly demonstrating the many functions needed to operate a bicycle。

威尔斯图尔特教授是工程技术学院通讯方针小组的主席,他并没有参加这项研讨,他说:“这是一个多用途可编程人工智能芯片的绝佳典范,奇妙地展现了操作自行车所需的多种功用。”

‘It is controlling the balance, understanding what is in front of the bicycle, and steering too。

“它操控着车身的平衡,能对视界前的事物进行解读宾果消消乐,我国类脑芯片首登《天然》封面 外媒热议,女白虎,还能操控方向盘。”

‘It is a step forward in making AI that much more useful for our everyday lives。’ 

“这是让人工智能对咱们的日常日子愈加有用的一步。”

(via DailyMail)

The hope is that such chips wil女司机贴字条卖萌l eventually allow machines to navigate the world wprecedureith an autonomy not possible today。 Existing robots can learn to open a door or toss a Ping-Pong ball into a plastic bin, but the training takes hours to days of trial and error。 Even then, the skills are viable only in very particular situ马未都老婆贾雄伟合影ations。 With help from neuromorphic chips and other new processors, machines could learn more comp宇文瑜lex tasks more efficiently, and be more adaptable in executing them。

这类芯片所带来的期望就在于,这种芯片终究能让机器以一种现在不可能完成的自吴亚古毁了侠客主方法来了解这个国际。现有的机器人能够学习开门或将乒乓球扔进塑料垃圾桶,但这种练习需求数小时乃至数天重庆最牛胸肌哥的重复实验。即便如此,这些技术也只要在十分特别的情况下才可行。而在神经形状芯片和其他新式处理器的协助下,机器能够更有效地学习更杂乱的使命,并更习惯履行这些使命。

“That is where we see the big promise,” said Mike Davies, who oversees Intel’s efforts to build neuromorphic chips。

英特尔担任神经形状芯片研制作业的迈克戴维斯表明:“这便是咱们看到的巨大远景。”

文:YANMING

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