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题型:阅读理解-阅读单选 难度:0.85 引用次数:62 题号:10509467

Whether in the home or the workplace, social robots are going to become a lot more common in the next few years. Social robots are about to bring technology to the everyday world in a more humanized way, said Cynthia Breazeal, chief scientist at the robot company Jibo.

While household robots today do the normal housework, social robots will be much more like companions than mere tools. For example, these robots will be able to distinguish when someone is happy or sad. This allows them to respond more appropriately to the user.

The Jibo robot, arranged to ship later this year, is designed to be a personalized assistant. You can talk to the robot, ask it questions, and make requests for it to perform different tasks. The robot doesn’t just deliver general answers to questions; it responds based on what it learns about each individual in the household. It can do things such as reminding an elderly family member to take medicine or taking family photos.

Social robots are not just finding their way into the home. They have potential applications in everything from education to health care and are already finding their way into some of these spaces.

Fellow Robots is one company bringing social robots to the market. The company’s “Oshbot” robot is built to assist customers in a store, which can help the customers find items and help guide them to the product’s location in the store. It can also speak different languages and make recommendations for different items based on what the customer is shopping for.

The more interaction the robot has with humans, the more it learns. But Oshbot, like other social robots, is not intended to replace workers, but to work alongside other employees. “We have technologies to train social robots to do things not for us, but with us,” said Breazeal.

1. What can a Jibo robot do according to Paragraph 3?
A.Communicate with you and perform operations.
B.Answer your questions and make requests.
C.Take your family pictures and deliver milk.
D.Obey your orders and remind you to take pills.
2. What can Oshbot work as?
A.A language teacher.B.A tour guide.
C.A shop assistant.D.A private nurse.
3. We can learn from the last paragraph that social robots will ______.
A.train employeesB.be our workmates
C.improve technologiesD.take the place of workers
4. What does the passage mainly present?
A.A new design idea of household robots.B.Marketing strategies for social robots.
C.Information on household robots.D.An introduction to social robots.

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【推荐1】Scientists have developed a water treatment system that they say is a powerful but simple way to save lives. Four grams of chemicals can treat ten liters of dirty water for a low cost, about ten cents.

Experts say infections from dirty water kill several thousand children in developing countries every day. The Procter and Gamble company has been developing the “PUR Purifier of Water” system since 1995. The company has been working with the United States Centers for Disease control and Prevention (C.D.C.).

C.D.C. researchers tested it in Guatemala, Pakistan and Kenya. Procter and Gamble researcher Greg Allgood says cases of diarrhea (腹泻) in those studies fell by about 50 percent. Researchers from Johns Hopkins University in Maryland tested the system at a refugee camp in Liberia. Mr. Allgood says that study found a reduction of more than 90 percent. Use of the system is being expanded worldwide.

The treatment contains bleach (漂白剂) to kill disease-causing organisms. It also contains something that dirt and other particles stick to. Mr. Allgood says the chemicals can remove lead and other dangerous metals and even agricultural poisons like D.D.T.

Mr. Allgood heads the Children’s Safe Drinking Water program at Procter and Gamble. He says about forty million packets of the treatment have been given to countries for free. They have been used in emergencies and in areas with limited supplies of clean water.

Clean water is a limited resource in many parts of the world. Delegates from about 130 nations attended the Fourth World Water Forum last month in Mexico City. Scientists, policy experts and others discussed ways to provide clean water to the world’s poor. Organizers say more than twenty percent of the world population lacks clean drinking water. The final declaration did not go so far as to declare water a human right. But it did say that governments, not private companies, must take the lead in improving the public’s ability to have clean water.

1. What is mainly talked about in this passage?
A.Water pollution around the world.
B.The causes of diarrhea in African countries.
C.A newly developed water treatment system.
D.The Fourth World Water Forum in Mexico City.
2. Which of the following developed the water treatment system?
A.The US Centers for Disease Control and Prevention.
B.The Procter and Gamble Company and C.D.C.
C.The Children’s Safe Drinking Water Program.
D.Johns Hopkins University.
3. Which of the following about the new water treatment system is NOT true?
A.It is effective but very expensive.
B.It was tested in Guatemala, Pakistan and Kenya.
C.It is being expanded worldwide.
D.It can remove dangerous metals in the water.
4. Which of the following shows that the shortage of clean water is a serious problem?
A.Forty million packets of the treatment have been given to countries for free.
B.Delegates from about 130 nations attended the Fourth World Water Forum.
C.Four grams of chemicals can treat liters of dirty water for a low cost.
D.Infections from dirty water kill several thousand children every day.
5. The best title for this article is ______.
A.A Small Packet of Chemicals, a Big Effect on Dirty Water
B.The Procter and Gamble Company and C.D.C.
C.The Shortage of Clean Water
D.How to Cure Diarrhea
2016-12-07更新 | 989次组卷
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文章大意:这是一篇说明文。文章介绍了加利福利亚的一个公司研发的AI程序Tastry可以用来分析数万种葡萄酒,提供大量数据,以帮助酿酒师改进产品,吸引更多的客户。

【推荐2】A California company taught a computer to “taste” wine. Founder Katerina Axelsson says Tastry uses artificial intelligence (AI) to analyze “tens of thousands of wines a year”, providing lots of data to help winemakers improve their products and attract new customers.

Axelsson formed her idea as a chemistry student working at a factory, where she noticed how wine was evaluated. She began analyzing wine, identifying thousands of compounds (化合物). Using AI, she could see how these compounds interacted with each other, creating the wine’s flavor profile (味道分析). She then took that profile and used machine leaning to compare it with other wines in the database.

The method allowed Axelsson to develop an app named Tastry. Through a quiz, consumers could input their flavor preferences, and the software would recommend a suitable wine with 80%-90% accuracy.

Winemakers pay to have their bottle analyzed and in exchange they could get some data with which they can identify how their wine is viewed in their market of opportunity, on a store, local or regional level.

O’Neill Vintners and Distillers, one of the largest wine producers in California uses Tastry but “Tastry is not a replacement for the modern winemaking team,” he says, “However, that data can be pretty powerful.”

Ronan Sayburn, a private members club for wine lovers, says, “It’s like having a computer analyze a piece of art. I don’t know why people would follow what a computer tells them to drink, based on what they had previously.” He adds, “I think part of the appeal of wine is forming your own opinions.”

Axelsson agrees that Tastry is not a substitute for a sommelier (品酒师), but she says, “If the use case is there and the value is there, I think it’s just a matter of time before people really accept it.”

1. What is the aim of Tastry?
A.To increase the production of wine.
B.To make winemaking process automatic.
C.To help the winemakers make more profits.
D.To develop new winemaking technology.
2. What does paragraph 2 mainly talk about?
A.How compounds were identified.
B.How wine was evaluated in the past.
C.What Axelsson found in her experiment.
D.What Axelsson did before developing Tastry.
3. What help can consumers get from Tastry?
A.It can evaluate the quality of wine.
B.It can recommend a suitable wine.
C.It can change the flavor of wine.
D.It can offer knowledge about winemaking.
4. What can we infer from Ronan Sayburn’s words?
A.He doubts Tastry’s value.
B.He compares wine to art.
C.He prefers the computer’s advice.
D.He thinks highly of Tastry.
2023-07-28更新 | 71次组卷
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【推荐3】Washing windows on a skyscraper is a dirty job. Hanging off the side of a building can also be dangerous, notes Oliver Nicholls, 19. So this 12th-grader invented a robot to handle the job.

Some recent incidents inspired his project. In one, a couple of high-rise window washers were standing on a platform that fell down. No one died, but the pair was seriously injured. Oliver also witnessed someone fall and break his leg while cleaning a glass awning (雨篷) over the entrance to a building.

The new robot is about the size of a medium-sized picnic cooler and weighs 12 to15 kilograms. It's designed to hang off the side of a building from ropes, just as current window-washing platforms do. A hose(软管)carries water to the robot. A cable (电缆) delivers it electric power. The computer controls the robot up-and-down movements by adjusting the ropes from which the robot hangs. When the robot needs to move from one window to another, a set of propellers(螺旋桨) starts to work. They push the robot a short distance away from the building, while the ropes slide along a railing(栏杆)to carry the robot over to the next window. Then, as a different set of propellers holds the robot tight against the window, the cleaning cycle repeats. Oliver tested his robot by cleaning sample windows he'd built in his backyard. The robot’s propellers can hold the robot against a building even in winds as high as 45 kilometers per hour, the teen reports. He performed those tests using his family’s leaf blower.

Besides limiting the chance of injury, this window-washing robot could save building owners a bit of money. If commercialized, Oliver estimates it would cost about $11,000. That's about the same cost as hiring a crew to clean a 7-story building. So Oliver suspects his robot might be able to pay for itself after cleaning just one such building.

1. What encouraged Oliver to develop his project?
A.His interest in housework.B.The accidents he experienced.
C.The high costs of washing windowsD.Risks facing high-rise window washers.
2. What do we know about the robot?
A.It carries water itself.B.It is supported by a platform.
C.It hangs from ropes while working.D.It can produce power while working.
3. Why did Oliver test his robot with a leaf blower?
A.To record its working speedB.To see its wind-resistance ability
C.To test whether it could remove the windowsD.To know if it needed a different set of propellers
4. What does the last paragraph imply about the robot?
A.It is costly but time-saving.B.It still has many limitations.
C.It has huge commercial potentialD.It has become a favorite of building owners
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