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What did Hal do？A．Met Mr. Winter.B．Worked all night.C．Did his homework.
What did Hal do？
A．Met Mr. Winter.
B．Worked all night.
C．Did his homework.
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题目内容
（请给出正确答案）
如果结果不匹配，请 联系老师 获取答案
题目内容
（请给出正确答案）
What did Hal do？
A．Met Mr. Winter.
B．Worked all night.
C．Did his homework.
如果结果不匹配，请 联系老师 获取答案
更多“What did Hal do？A．Met Mr. Wint…”相关的问题
Feelings aren't usually associated with inanimate machines, but Rosalind Picard, a professor of computer technology at MIT, believes emotion may be just the thing computers need to work effectively. Computers need artificial emotion to understand their human users better and to achieve self-analysis and self-improvement.
The more scientists study the "wetware" model for computing—the human brain and nervous system—the more they conclude that emotions are a part of intelligence, not separate from it. Emotions are among the tools that we use to process the tremendous amount of stimuli in our environment. They also pay a role in human learning and decision making. Feeling bad about a wrong decision, for instance, focuses attention on avoiding future error. A feeling of pleasure, on the other hand, positively reinforces an experience.
"If we want computers to be genuinely intelligent, to adapt to us, and to interact naturally with us, then they will need the ability to recognize and express emotions, to have emotions, and to have what has come to be called 'emotional intelligence,'" Picard says.
One way that emotions can help computers, she suggests, is by helping keep them from crashing. Today's computers produce error messages, but they do not have a "gut feeling" of knowing when something is wrong or doesn't make sense. A healthy fear of death could motivate a computer to stop trouble as soon as it starts. On the other hand, self-preservation would need to be subordinate to service to humans. It was fear of its own death that prompted HAL, the fictional computer in the film 2002: A Space Odyssey, to kill most of its human associates.
Similarly, computers that could "read" their users would accumulate a store of highly personal information about us—not just what we said and did, but what we likely thought and felt.
"Emotions not only contribute to a richer quality of interaction, but they directly impact a person's ability to interact in an intelligent way," Picard says. "Emotional skills, especially the ability to recognize and express emotions, are essential for natural communication with humans."
In the future computers will tend to be made ______.
A．fictional
B．humanized
C．economical
D．operational
What did the man recommend her to do？
A．Stop by pharmacy
B．Leave work early
C．Go to the doctor
D．Go to sleep early
What did the man probably do last night？
A．Watch TV.
B．See some friends.
C．Go out for dinner.
D．Buy a watch.
What did universities do with the buildings at risk？
A．They denied the risk of the buildings.
B．They were ignorant of the risk of the buildings.
C．They did improvement to the buildings.
D．They were short of fund to repair the buildings.
Text 2
The next big breakthrough in artificial intelligence could come from giving machines not just
more logical capacity, but emotional capacity as well.
Feelings aren't usually associated with inanimate machines, but Rosalind Picard, a professor of
computer technology at MIT, believes emotion may be just the thing computers need to work effec-tively. Computers need artificial emotion to understand thei human users better and to achieve self-analysis and self-improvement.
The more scientists study the “wetware" model for computing-the human brain and nervous
system-the more they conclude that emotions are a part of intelligence, not separate from it. Emo-tions are among the tools that we use to process the tremendous amount of stimuli in our environ-ment. They also paly a role in human learning and decision-making. Feeling bad about a wrong deci-sion, for instance, focuses attention on avoiding future error. A feeling of pleasure, on the other hand, positively reinforces an experience.
"If we want computers to -be genuinely intelligent, to adapt to us, and to interact naturally with
us, then they will need the ability to recognize and express emotions, to have emotions, and to have what has come to be called 'emotional intelligence' ," Picard says.
One way that emotions can help computers, she suggests, is by helping keep them from crashing. Today's computers produce erroneous messages, but they do not have a "gut feeling" of knowing when something is wrong or doesn't make sense. A healthy fear of death could motivate a com-
puter to stop trouble as soon as it starts. On the other hand, self-preservation would need to be subordinate to service to humans. It was fear of its own death that prompted HAL, the fictional computer in the film 2002: A Space Odyssey, to kill most of its human associates.
Similarly, computers that could "read" their users would accumulate a store of highly personal information about us-not just what we said and did, but what we likely thought and felt.
"Emotions not only contribute to a richer quality of interaction, but they directly impact a per-
son's ability to interact in an intelligent way," Picard says. "Emotional skills, especially the ability
to recognize and express emotions, are essential for natural communication with humans. "
51.1n the future computers will tend to be made________ . .
[A] fictional
[B] humanized
[C] economical
[D] operational
What did the woman do in her friend's house？
A．Having a dinner.
B．Seeing a film.
C．Reading books.
What did they do when they saw a bear enter their tent？
A．They chased the bear away.
B．They stayed outside the tent and did nothing.
C．They climbed up a tree.
D．They put some honey outside for the bear to eat.
