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题型:阅读理解-阅读单选 难度:0.65 引用次数:38 题号:20329051

Robots in the art world are nothing new. In fact, for centuries, people have built robots as art objects. However, what’s different now is that artists and engineers are building robots that actually create art.

In 1973, British-born painter Harold Cohen wrote a computer program and called it AARON. At first, AARON only made simple outlines whose color and details Cohen would later add. Fifty years later, AARON is able to paint anything a human could paint. So can AARON be called an artist or creative? In 2010, Cohen explained, “Although he wrote the initial computer code that AARON follows, AARON can generate unlimited numbers of images.” So according to Cohen, the simple answer is yes-AARON is creative.

It’s not just paintings that robots are creating, though. Last year, a robot called Shimon released is first album (唱片) on Spotify. Shimon began life as a simple robot marimba (木琴) player. Over the years, however, it’s learned how to perform with other musicians, write original songs. Shimon does this by analyzing huge amounts of music—roughly 50,000 rock, jazz and hip-hop songs-to identify patterns and then uses that information to create original works.

It may be cool to hear a song created by a robot, but is there any other reason to build robots that can play music? According to Gil Weinberg, one of Shimon’s creators, because the robot is capable of doing things that a real musician might not think of, he and his team “hope and believe that these new abilities would lead to new directions that could not be achieved in human-to-human cooperation.”

While questions about robots creating art are fun to think about, there are many other ways that robots can help artists in the way they create their works. For example, advancements in 3D-printing technology will allow artists to build more complex pieces for their sculptures. Therefore, robots in the art world are here to stay.

1. What was AARON able to do at first?
A.Paint people and landscapes.B.Prepare basic outlines for Cohen.
C.Draw pictures of itself and Cohen.D.Color paintings under Cohen’s instructions.
2. What does the article tell us about Shimon?
A.It is both a marimba and guitar player.
B.It has created about 50,000 original songs.
C.It is expected to push humans to achieve more.
D.Its creators hope that it can outperform humans.
3. What does the author’s attitude toward robots that create art?
A.Positive.B.Worried.C.Neutral.D.Doubtful.
4. Which can be a suitable title for the text?
A.AARON and ShimonB.Robots in the Real World
C.Programmed CreativityD.Advancements in Technology
【知识点】 科学技术 说明文

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【推荐1】Let’s learn about ancient technology

Where we live is surrounded by technology.     1     And you’re probably reading this over the Internet, where the information reached you almost instantly. With all that tech surrounding us, it’s easy to wonder how ancient people got anything done.

All of our modern things, however, are based on older technologies. And those were based on still older ones. Ancient people didn’t have large machinery and equipment.     2     And ancient Egyptians built the pyramids — with huge mystery rooms inside.

Not all of these technologies were limited to modern people. The first “kitchen” flames are older still. Ancient human relatives were cooking food over fires in Europe 800,000 years ago. The first spear throwers (掷矛者) threw their weapons 279,000 years ago before modern humans existed.

    3     However, then came the discovery of 279,000-year-old stone spear in Ethiopia (埃塞俄比亚). These pushed that date back. And now it suggests even prehuman species hunted with stone spears.

Scientists have been trying to figure out how ancient people developed their tools and built their cities and monuments.     4     They are also recreating ancient techniques themselves — from rolling pyramid rocks to testing out ancient tar (沥青) recipes. Scientists detected mystery hale in Great Pyramid of Giza. Using high-tech tools normally reserved for particle physics research, scientists have found a large, hidden hole inside Egypt’s Great Pyramid of Giza.     5    

A.Ancient people are really clever.
B.Not all of these technologies are useful.
C.Yet they built monuments even bigger than Stonehenge.
D.They use modern technologies to search for Mayan cities.
E.For example, we are surrounded by skyscrapers and the Internet.
F.Scientists believed the ancient living 80,000 years ago began to throw stone spears.
G.They have made great discoveries, but there is still a lot waiting to be discovered.
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【推荐2】In recent years, Boston Dynamics has become known for two things. One, creating robots whose movements mimic(模仿) humans and animals. Many find their accuracy surprising and concerning. The second reason is posting mysterious videos of these robots online without warning. The videos quickly go popular and spread a mixture of excitement and terror over the rapid rise of self-operating machines.

The company has made four-legged robots in recent years, with names like Spot, Wildcat and BigDog. These robots can do tasks such as opening doors, carrying heavy loads and running nearly 20 miles per hour. The company’s most popular product appears to be Atlas, the robotic athlete. It calls Atlas “the world’s most dynamic humanlike robot”.

The robot is guided by 3D vision. It also uses LiDAR, short for Light Detection And Ranging, a sensor(传感器) that uses a laser(激光)to measure the distance between objects. With this technology, the small robot can pull nearly 25 pounds. The company says Atlas can also handle objects in its environment, cross rough land, keep its balance when pushed and get back up when knocked down.

Three years ago, Atlas was recorded clumsily walking through the snow at a slow speed. Curiosity about Atlas increased last year when Boston Dynamics posted a video clip on YouTube. In it, the previously awkward robot goes for a jog in a grassy area. The video seemed to surprise many viewers, including the newspaper called Daily Mail. The newspaper was reporting on Atlas’s physical accomplishment at the time.

The paper wrote, “If you thought you’d be able to run away from the terrifying new robots, bad news.”

1. What is the main idea of the passage?
A.Robots mimicking humans and animals go popular.
B.Boston Dynamics is likely to create more new robots.
C.Humanlike robots are developing at a surprising speed.
D.A new video of the latest robots makes people amused.
2. What does the underlined word “awkward” in paragraph 4 mean?
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A.A science magazine.
B.An advertisement.
C.Children’s literature.
D.A fantasy novel.
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【推荐3】As many as 3.9 per cent of people have aphantasia (心盲症), the inability to picture images in their heads. But formally diagnosing (诊断) the condition is difficult. A simple physiological test involving a webcam could one day offer a solution.

Rebecca Keogh at Macquarie University in Australia and her colleagues have studied the effectiveness of a test they have developed for aphantasia by recruiting 56 people without the condition and 18 people who said they have it.

The test is based on changes to pupil (瞳孔) size. Looking at a bright object causes a person’s pupils to constrict while dim objects cause the pupils to dilate (扩大). The researchers guessed that a similar effect could be observed if people were told to imagine a bright or dark object.

In their tests, the researchers tracked each person’s pupil size using an infrared (红外的) camera. They showed a participant a bright image of an object on a screen for 5 seconds, and told him/her to memorize it. After the image disappeared, the participant’s pupils returned to their original size. He/She was asked to imagine the object in his/her head. This task was repeated until he/she had looked at 16 bright images and 16 dark images. The pupils of all participants changed in response to seeing bright and dark images on the screen. About 90 per cent of those without aphantasia also showed pupil size changes when told to imagine those images. However, the same was true of just 39 per cent of people who said they had aphantasia.

Thomas Andrillon at the Paris Brain Institute suggests the test could one day be used to check if someone has aphantasia. But Keogh says the test still needs to be refined before it can be used widely. “We cannot run this study without access to infrared glasses that can measure pupil size,” she says. This is because the pupil size changes seen in those without aphantasia are still very small—a change in diameter (直径) of about 0.2 to 0.4 millimetres. The team wants to gather more data with larger sample sizes and hopes to develop a test that can be done at home via a laptop webcam.

1. What can we do to diagnose aphantasia?
A.Changing the pupil size.B.Imagining images in the head.
C.Tracking a similar effect via a laptop.D.Doing a physiological test with a webcam.
2. How was the test carried out?
A.By analyzing data.B.By classifying facts.
C.By making comparisons.D.By giving detailed examples.
3. What can be inferred from paragraph 4?
A.The infrared camera interrupts participants’ behaviors.
B.Images on the screen changed in response to pupil movements.
C.All participants’ pupils change according to imagined images.
D.An infrared camera can detect aphantasia by tracking pupil changes.
4. What is the main idea of the last paragraph?
A.Diagnosing aphantasia still has a long way to go.
B.Access to infrared glasses is not a necessity in the test.
C.A laptop webcam can be widely used to cure aphantasia.
D.Data with sample sizes are quite enough to confirm the result.
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