Modern scientists have mad great development in building computers that can imitate logical thought. There are two schools of thought on artificial intelligence. Supporters of “Strong AI consider tha 题目和参考答案——青夏教育精英家教网—

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Modern scientists have mad great development in building computers that can imitate logical thought. There are two schools of thought on artificial intelligence(人工智能)。 Supporters of “Strong AI” consider that all human thought can be broken down into a set of mathematical operations. They expect that they will one day be able to copy the human mind and create a robot able to both think and feel, with a sense of self---the stuff of classic science fiction. Supporters of “Weak AI” think a computer might seem intelligent, but it is not aware of what it is doing, with no sense of self or consciousness.

Now the development of life---like robots may be closer to reality than you think. Engineers have created robotic soccer players, and bees that act like the real thing.

Powered by a small battery on her back, humanoid robot Lola is a soccer champion. “The idea of the robot is that it can walk and see things because it has a video camera on top.” Raul Rojas, Ph.D., professor of artificial intelligence at Freie University in Berlin, Germany, told Ivanhoe. Using the camera on her head, Lola recognizes objects by color.

“Using this camera, Lola can locate objects on the floor, such as a red ball, go after the ball and try to score a goal,” said Dr. Rojas. German engineers have also created a bee robot. It can imitate the bee’s “waggle” dance which communicates the location of food and water.

“Later what we want to prove is that the robot can send the bees in any decided direction using the waggle dance,” said Dr. Rojas.

Robots like this could one day become high-tech surveillance(侦察) tools that secretly fly and record data.

64. Robotic soccer players mentioned in the text reach the level of .

A. “Strong AI” technology B. “Weak AI” technology

C. being able to think themselves D. having a sense of consciousness

65. How does Lola tell different objects according to the text?

A. By microwave B. By sound C. By smell. D. By color

66. The underlined word “this” in the last paragraph refers to “ ”.

A. a bee robot B. a robotic soccer player

C. a bee that can use the waggle dance D. a surveillance tool

67. Which of the following statements is TRUE according to the text?

A. A robot able to both think and feel only exists in science fiction now.

B. Scientists have created the robots that can play soccer better than men.

C. Engineers have created robotic soccer players and bees that can replace the real thing,

D. Scientists have made great development in recording data in the past few years.

【小题1】B

【小题2】D

【小题3】A

【小题4】A

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　　During the fourth China Beijing High-tech（技术的）Industries Week, exhibitions, feature presentations, technological exchanges and trade talks, and other events are organized.

　　Exhibitions

　　●China International Exhibition Center

　　* Section for China’s key science and technology achievements of the Ninth Five-Year Plan （1996 -2000）

　　* Environmental protection and energy section

　　* Section for exhibitors from other provinces and municipalities（自治县）and regions of China

　　●China World Trade Center

　　* Exchange and Trade Fair（博览会）for Science and Technology Books and Sports Information Media

　　* The Trade Fair for Modern Intelligent Houses and Beijing Urban（城市的）Real Estate（不动产）

　　●China Millennium（一千年）Monument

　　* Forum（论坛）and Exhibition of Foreign Sci-tech Universities

　　●China Agricultural Culture Center

　　* High-tech Construction Products Exhibition Feature Presentation

　　●Science and Education

　　* Scientists Forum on the New Century

　　●High-tech Industry

　　* Forum on Environmental Protection

　　* 2001 Forum on Bio-technology on Traditional（传统的）Chinese Medicine and Natural Medicine

　　Technical Exchanges and Trade Talks

　　●Trade talks on financial（金融的）

　　capital（资金）transformation

　　●Sino-Italian Forum and Trade Fair for the Development of IT and Communications Technology

　　1．If you want to know more about the high-tech achievements of different parts of China, you should go to ________.

　　A．China World Trade Center

　　B．China Millennium Monument

　　C．China International Exhibition Center

　　D．China Agricultural Cultural Center

　　2．These sessions mark the achievements of mankind in the fields of ________.

　　A．electronic communications, energy and education

　　B．sports technology, film-industry and environmental protection

　　C．network technology, high-tech industries and traffic

　　D．medicine, weather broadcast and finance

　　3．The advertisement is mainly about ________.

　　A．the major activities of the high-tech week

　　B．the time-table of high-tech week

　　C．the names of the meeting places

　　D．the topic of trade talks

Thirteen vehicles lined up last March to race across the Mojave Desert, seeking a million in prize money. To win, they had to finish the 142-mile race in less than 10 hours. Teams and watchers knew there might be no winner at all, because these vehicles were missing a key part －drivers.

DARPA, the Defense Advanced Research Projects Agency, organized the race as part of a push to develop robotic vehicles for future battlefields. But the Grand Challenge, as it was called, just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance. One had its brake lock up in the starting area. Another began by throwing itself onto a wall. Another got tied up by bushes near the road after 1.9 miles.

One turned upside down. One took off in entirely the wrong direction and had to be disabled by remote (远距离的) control. One went a little more than a mile and rushed into a fence; another managed to go for six miles but stuck on a rock. The “winner,” if there was any, reached 7.8 miles before it ran into a long, narrow hole, and the front wheels caught on fire.

“You get a lot of respect for natural abilities of the living things,” says Reinhold Behringer, who helped design two of the car-size vehicles for a company called Sci-Autonics. “Even ants (蚂蚁) can do all these tasks effortlessly . It’s very hard for us to put these abilities into our machines.”

The robotic vehicles, though with necessary modern equipment such as advanced computers and GPS guidance, had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately, Sure, that very young child, who has just only learned to walk, may not think to wipe apple juice off her face, but she already knows that when there’s a cookie in the kitchen she has to climb up the table, and that when she gets to the cookie it will taste good. She is more advanced, even months old, than any machine humans have designed.

Watchers doubted if any of the vehicles could finish the race because .

A．they did not have any human guidance

B．the road was not familiar to the drivers

C．the distance was too long for the vehicles

D．the prize money was unattractive to the drivers

DARPA organized the race in order to .

A．raise money for producing more robotic vehicles

B．push the development of vehicle industry

C．train more people to drive in the desert

D．improve the vehicles for future wars

From the passage we know “robotic vehicles” are a kind of machines that .

A．can do effortlessly whatever tasks living thing can

B．can take part in a race across 142 miles with a time limit

C．can show off their ability to turn themselves upside down

D．can move from place to place without being driven by human beings

In the race, the greatest distance one robotic vehicle covered was .

A．about eight miles B．six miles

C．almost two miles D．about one mile

In the last paragraph, the writer implies that there is a long way to go .

A．for a robotic vehicle to finish a 142-mile race without any difficulties

B．for a little child who has just learned to walk to reach the cookie on the table

C．for a robotic vehicle to deal with a simple problem that a little child can solve

D．for a little child to understand the importance of wiping apple juice off its face

Thirteen vehicles lined up last March to race across the Mojave Desert , seeking a million in prize money . To win , they had to finish the 142-mile race in less than 10 hours . Teams and watchers knew there might be no winner at all , because these vehicles were missinge a key part drivers .

DARPA , the Defense Advanced Research Projects Agency , organized the race as part of a push to develop robotic vehicles for future battlefields . But the Grand Challenge , as it was called , just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance . One had its brake lock up in the starting area . Another began by throwing itself onto a wall . Another got tied up by bushes near the road after 1.9 miles .

One turned upside down . One took off in entirely the wrong direction and had to be disabled by remote (远距离的) control . One went a little more than a mile and rushed into a fence ; another managed to go for six miles but stuck on a rock . The “winner,” if there was any , reached 7.8 miles before it ran into a long , narrow hole , and the front wheels caught on fire .

“You get a lot of respect for natural abilities of the living things,” says Reinhold Behringer , who helped design two of the car-size vehicles for a company called Sci-Autonics . “Even ants (蚂蚁) can do all these tasks effortlessly . It’s very hard for us to put these abilities into our machines .”

The robotic vehicles , though with necessary modern equipment such as advanced computers and GPS guidance , had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately , Sure , that very young child, who has just only learned to walk , may not think to wipe apple juice off her face , but she already knows that when there’s a cookie in the kitchen she has to climb up the table , and that when she gets to the cookie it will taste good . She is more advanced , even months old , than any machine humans have designed .

67．Watchers doubted if any of the vehicles could finish the race because .

A．they did not have any human guidance

B．the road was not familiar to the drivers

C．the distance was too long for the vehicles

D．the prize money was unattractive to the drivers

68．DARPA organized the race in order to .

A．raise money for producing more robotic vehicles

B．push the development of vehicle industry

C．train more people to drive in the desert

D．improve the vehicles for future wars

69．From the passage we know “robotic vehicles” are a kind of machines that .

A．can do effortlessly whatever tasks living thing can

B．can take part in a race across 142 miles with a time limit

C．can show off their ability to turn themselves upside down

D．can move from place to place without being driven by human beings

70．In the race , the greatest distance one robotic vehicle covered was .

A．about eight miles B．six miles

C．almost two miles D．about one mile

71．In the last paragraph , the writer implies that there is a long way to go .

A．for a robotic vehicle to finish a 142-mile race without any difficulties

B．for a little child who has just learned to walk to reach the cookie on the table

C．for a robotic vehicle to deal with a simple problem that a little child can solve

D．for a little child to understand the importance of wiping apple juice off its face

How cool can libraries be in an era（时代）of iPods and Kindles? More than you think．Only if you know where to go．

Central Library: Seattle, Washington, United States

The Central Library in Seattle is modern and fashionable and has tourists from around the world paying visits and taking tours．It was designed by Dutch architect Rem Koolhaas and American designer Joshua Ramus．Tours began in 2006, two years after its opening．The library holds various art exhibitions, book signings and other events, while visitors can stop by the Chocolate cart for a coffee and scan through the gift shop anytime

Trinity College Library: Dublin, Ireland

The Trinity College Library in Dublin is the oldest library in Ireland, founded in 1592 by Queen Elizabeth I．It is the largest single library in the world, also known as the Long Room, which contains more than 200,000 0fthe library's oldest books．The Long Room houses one of the oldest harps（竖琴） in Ireland．Dating to the 15th century, the old harp is the model for the symbol foreland．

Geisel Library, University of California: San Diego, United States

At first glance, it looks like a spaceship．Architect William Pereira, who helped design actual space launch facilities at Cape Canaveral in Houston, Texas, designed the library in 1970．It has been featured in sci-fi films, short stories and novels．The library hosts "Dinner in the Library," which invites readers for cocktails, and also a special speech from distinguished authors．

TU Delft Library: The Netherlands

The library at the Delft University of Technology was constructed in 1997 and has more than 862,000 books, 16,000 magazine subscriptions and its own museum．The building itself exists beneath the ground, so you can't really see the actual Library．What makes it interesting is the roof, which is a grassy hill．The roof covers 5,500 square meters．And it has become one of the most striking and greenest structures in the area．

1.Which of the four libraries has the longest history?

A．Central Library．

B．Trinity College Library．

C．Geisel Library．

D．TU Delft Library．

2.What makes Geisel Library different from the others is that

A．famous writers often deliver speeches there

B．it has a reoffer grassy hill

C．Queen Elizabeth I founded the library

D．it is the largest single library in the world

3.In Central Library, you can

A．buy souvenirs

B．drink cocktails

C．enjoy sci-fi films

D．see the old harp

Ⅲ。阅读（共两节，满分50分）

第一届：阅读理解（共20小题；每小题2分，满分40分）

阅读下列短文，从每题所给的A、B、C和D项中，选出最佳选项，并在答题卡上将该选项涂黑。

Thirteen vehicles lined up last March to race across the Mojave Desert,seeking a million in prize money.To win,they had to finish the 142-mile race in less than 10 hours.Teams and watchers knew there might be no winner at a11,because these vehicles were missing a key Part—drivers.

DARPA,the Defense Advanced Research Projects Agency,organized the race as part of a push to deve10p robotic vehicles for future battlefields. But the Grand Challenge, as it was called,just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance One had its brake 10ck up in the starting area.Another began by throwing itself onto a wall.Another got tied up by bushes near the road after 1.9 miles.

One turned upside down. One took off in entirely the wrong direction and had to be disabled by remote control. One went a little more than a mile and rushed into a fence;another managed to go for six miles but stuck on a rock.The "winner",if there was any,reached 7.8 miles before it ran into a long,narrow hole,and the front wheals caught on fire.

"You get a lot of respect for natural abilities of the living things,"says Reinhold Behringer,

who helped design two of the car—size vehicles for a company called Sci—Autonics."Even ants

(蚂蚁) can do a1l these tasks effortlessly.It's very hard for US to put these abilities into our machine".

The robotic vehicles,though with necessary modern equipment such as advanced computers

and GPS guidance, had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately. Sure, that very young child, who has just only learned to walk, may not think to wipe apple juice off her face, but she already knows that when there's a cookie in the kitchen she has to climb up the table, and that when she gets to the cookie it will taste good. She is more advanced, even months old, than any machine humans have designed.

41. Watchers doubted if any of the vehicles could finish the race because ______.

A. they did not have any human guidance

B. the road was not familiar to the drivers

C. the distance was too long for the vehicles

D. the prize money was unattractive to the drivers

42. DARPA organized the race in order to ______.

A. raise money for producing more robotic vehicles

B. push the development of vehicle industry

C. train more people to drive in the desert

D. improve the vehicles for future wars

43. From the passage we know "robotic vehicles" are a kind of machines that ______.

A. can do effortlessly whatever tasks living things can

B. can take part in a race across 142 miles with a time limit

C. can show off their ability to turn themselves upside down

D. can move from place to place without being driven by human beings

44. In the race, the greatest distance one robotic vehicle covered was ______.

A. about eight miles B. six miles C. almost two miles D. about one mile

45. In the last paragraph, the writer implies that there is a long way to go ______.

A. for a robotic vehicle to finish a 142-mile race without any difficulties

B. for a little child who has just learned to walk to reach the cookie on the table

C. for a robotic vehicle to deal with a simple problem that a little child can solve

D. for a little child to understand the importance of wiping apple juice off its face

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