… can be used to design and construct small robots controlling their navigation on the basis of
… devices and machines with promising future applications, in the field of smart autonomous …

… takes up about 75 percent of the brain’s volume. This is the part that makes us smart. At birth,
the … uses thousands of bits (many more than the 8 to 64 used in computers), but only a small …

… machine intelligence lies in an ability to merge the modes of representation and processing
made available by both our biological brains … Our brains make the world smart so that we can …

… On top of this our brains appear to process information only in a three-dimensional way,
because that is how our senses and brain have evolved. It appears to be very difficult for some …

In this new, global world, information is always at our disposal and machine translation has
become a reality. Humans live alongside smart machines that are capable of doing more and …

… If current growth rates were to continue, the computer a century from now would have a
data memory equivalent to 1 6,000 human brains, and would remain relatively small …

… This, indeed, is the dire message of the model presented here in which smart machines
substitute … We illustrate the potential for smart machines to engender long-term misery in a highly …

… brains and computing machines will be coupled together very tightly and the resulting
partnership will think as no human brain … by the information-handling machines we know today.”…

… On top of this our brains appear to process information only in a three-dimensional way,
because that is how our senses and brain have evolved. It appears to be very difficult for some …

… I’ve already mentioned some of the wonderful advances in machine learning and AI that
we’ll explore in How Smart Machines Think. In the first half of the book, I’ll outline some of the …