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题型:阅读理解-阅读单选 难度:0.65 引用次数:66 题号:20757361

From rolling hills to mountain ranges, views make any road trip memorable, but for blind passenger this is part of the experience they miss. Motor company Ford tries to change that. It teamed up with GTB Roma and Ae do Project to develop a technology that will give those unfortunate passengers a way to feel nature’s beauty through their car windows.

The prototype (原型) of the smart car window has a device with an outside-facing camera. With just a press of a button, the system takes a picture of the current view. The colorful picture is then turned into an image with different shades of grey through LED lights, which vibrates (震动) differently. As the finger passes over different regions of the image, its shaking movements provide feedback through the sense of touch to the person using it. The smart window also comes with a voice assistant that uses Al to identify the scene and help the passengers get information on what they’re seeing.

“As the prototype started taking shape, we realized we were giving birth to a completely new language that would give blind people a new chance to visualize and experience traveling,” Federico Russo, one director of GTB Roma, said. “When the idea was at its first stage, we looked for suppliers all around the world to make it come to life.“ He believes the technology can be employed not just in cars. “It could be introduced into schools and institutions for blind people as a tool that could be used in multiple ways.”

The technology may show up in a Ford autonomous vehicle. It’s known that the company is testing their technology and future business model and struggling to figure out how an autonomous vehicle gives different passengers the details needed to get from one destination to another. It’s unclear when this technology will be made available. However, the idea of building something for the less advantaged is indeed a kind and influential action.

1. How does the smart car window work?
A.By reacting to changing colors.
B.By translating scenery into vibrations.
C.By controlling shaking movements with voice.
D.By searching for the previously stored pictures.
2. What does Federico Russo say about the technology?
A.It will have a wide application.
B.It will make language learning easy.
C.It will soon be tested across the world.
D.It will change traditional way of travelling.
3. What is the problem the Ford company is struggling to solve now?
A.Developing autonomous cars.
B.Enabling the disabled to drive cars.
C.Replacing the traditional business model.
D.Providing personalized route information.
4. Which can be the best title for the text?
A.AI-based Window Adds Fun to Road Trips
B.Technology Makes People’s Life Enjoyable
C.Ford Plans to Launch a Smart Car for the Blind
D.Smart Window Lets Blind Passengers Feel Views

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【推荐1】Hugging probably isn’t the first thing when thinking about what robots could help humankind with. Alexis E. Block and her colleagues have been involved in the HuggieBot project for years, trying to be trailblazers of a robot that could deliver human-like hugs.

The creators of HuggieBot 3.0 claim that it is “the first fully autonomous human-sized hugging robot”. It features a custom sensing system called “HuggieChest” consisting of two inflated (膨胀的) parts to imitate a soft chest. But there’s a lot more than a soft chest to the HuggieBot 3.0. The advanced robot delivers hugs using a pair of arms mounted to a custom metal frame (框架) that were selected for being human-like, quiet, and safe. As a hug takes place, a pressure sensor and microphone inside the artificial chest detect human touch and begin transmitting data via a board to a Robot Operating System (ROS)-based computer located in the HuggieBot 3.0’s 3D-printed head.

The team used feedback from 512 real people over 32 trials to train a machine learning system. “The HuggieBot 3.0 can stay still, move slightly vertically (垂直地), tap or pat a person’s back and squeeze with-varying degrees of pressure The team wrote in a recent study.

Alexis E. Block started working on the original HuggieBot back in 2016. The first version was built on six “hugging commandments” to autonomously enter into and end a hug. The HuggieBot 2.0 took the project a step further by integrating sensing perception, but the 3.0 version is the most advanced version with five added hugging commandments to deliver a human, like hugging experience.

In a recent test, 12 participants who hugged the robot for longer declared that they felt it was “significantly nicer to hug” than previous ones.

The HuggieBot 3.0 isn’t perfect, and its creators point out that it isn’t quite like hugging a real person just yet, but they are already working on a fourth version that should come with improved hug positioning and techniques. They hope that one day HuggieBot will be able to take the place of the sensation of human bugging to perfection.

1. What does the underlined word “trailblazers” in Paragraph 1 probably mean?
A.Trackers.B.Protectors.C.Pioneers.D.Criticizers.
2. What is Paragraph 2 mainly about HuggieBot 3.0?
A.Its designing process.B.Its main function.
C.Its working principle.D.Its practical usage.
3. What’s special about HuggieBot 3.0?
A.It works fully autonomously.B.It perceives people’s senses.
C.It pats and squeezes a person gently.D.It offers human life hugging experience.
4. Which can best describe the prospect of future HuggieBot?
A.Promising.B.Far-reaching.C.Profitable.D.Uncertain.
2024-05-27更新 | 54次组卷
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文章大意:本文是一篇说明文。主要讲的是研究人员在《ACS应用能源材料》杂志上宣称,他们已经将太阳能电池板技术引入室内,为智能设备供电。

【推荐2】From Wi-Fi-connected home security systems to smart toilets, the so-called Internet of Things (IOT) brings personalization and convenience to devices that help run homes. But with that come batteries that need to be replaced frequently. Now, researchers reporting in ACS Applied Energy Materials have brought solar panel technology indoors to power smart devices. They show which photovoltaic (PV) (光伏) systems work best under cool white LEDs, a common type of indoor lighting.

Indoor lighting differs from sunlight. Light bulbs are dimmer than the sun, and sunlight includes ultraviolet, infrared and visible light, while indoor lights typically shine light from a narrower region of the spectrum (光谱). Scientists have found ways to harness power from sunlight, using PV solar panels, but those panels are not the best for turning indoor light into electrical energy. Some next-generation PV materials have been tested with indoor light, but it’s not clear which are the most efficient at turning non-natural light into electricity.

So, the researchers compared a range of different PV technologies under the same type of indoor lighting. The researchers obtained eight types of PV devices, ranging from traditional amorphous silicon to thin-film technologies such as dye-sensitized solar cells. They measured each material’s ability to turn light into electricity, first under simulated sunlight and then under a cool white LED light.

Gallium indium phosphide (磷化镓铟) PV cells showed the greatest efficiency under indoor light, turning nearly 40% of the light energy into electricity. As the researchers had expected, the gallium-containing material’s performance under sunlight was proper relative to the other materials tested due to its large band gap.

Gallium indium phosphide has not been used in commercially available PV cells yet, but this study points to its potential beyond solar power, the researchers say. However, they add that the gallium-containing materials are expensive and may not serve as a viable mass product to power smart home systems. Additionally, in the study, the researchers identified that part of the indoor light energy produced heat instead of electricity — information that will help improve future PVs to power indoor devices.

1. What normally goes hand in hand with home IOT?
A.Abandoned batteries.B.A huge electricity-free device.
C.Inexpensive indoor solar panels.D.A common type of indoor lighting.
2. Which of the following can best replace the underlined word “harness” in paragraph 2?
A.Track.B.Hide.C.Employ.D.Prevent.
3. What can we learn about gallium indium phosphide PV cells?
A.They are accessible and affordable for the public.
B.They actually produce heat instead of electricity.
C.They show little efficiency under indoor light.
D.They are not perfect enough to be popularized.
4. What is a suitable title for the text?
A.Solar Panel Technology Is Losing Its Dominant Place
B.Gallium-containing Materials Are Running Out Rapidly
C.Internet of Things Are Greatly Influencing Our Daily Life
D.PV Systems Are Stepping Indoors to Power Smart Devices
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【推荐3】Your next car might drive itself. After years of trials on city streets, driverless vehicles are now nearing the live phase. Last month, a driverless bus began carrying passengers through Lyon, France. Most in the automobile industry think self-driving vehicles will be on the road by 2020 or before.

Driverless cars will at first be huddled with human-driven cars. But the first places where they will become dominant (统治的) are dense urban areas — precisely the spots most damaged by the automobile age. Many advanced cities are already reducing the role of human-driven cargo. Driverless cars will quicken that process and will bring us enormous benefits.

Driverless cars will reduce accidents by around 90 percent. That’s big—the annual death toll on the world’s roads is about 1.2 million a year. Pollution and carbon emissions will drop, because urban driverless cars will be electric. The old, otherwise they would stay at home most of the time and the disabled and teenagers will suddenly gain mobility.

On the other hand, driverless cars will bring catastrophe. The best thing about the automobile age was that it employed tens of millions of people to make, market, insure and drive vehicles. Over the next 20 years, the mostly low-skilled men who now drive trucks, taxis and buses will see their jobs reduced. Carmakers are especially scared. The few cars of the future might be made by tech companies such as Apple, Baidu and Google. Imaging the impact on Germany, where the automotive sector is the largest industry.

Dramatic change is coming, and driverless cars could arrive by 2020. But governments have barely begun thinking about it. Only 6 percent of the biggest US cities have factored them into their long-term planning.

A decade ago anyone hardly saw the Smartphone coming. It has bought an epidemic of mass addiction. Let’s hope we do a better job of handling the driverless car.

1. The underlined words “be huddled with” in Paragraph 2 can be replaced by “               ”.
A.show upB.exist together
C.get rid ofD.take the place of
2. Why can driverless cars reduce pollution and carbon emissions?
A.Driverless cars reduce the number of cars.
B.Driverless cars will be powered by electricity.
C.Driverless cars save fuel by driving themselves.
D.Driverless cars will reduce too many accidents.
3. What’s the author’s attitude toward driverless cars?
A.Doubtful.B.Negative.
C.Objective.D.Worried.
4. What can we know about driverless cars?
A.They will not hit the road until 2020.
B.They will only be used in urban areas.
C.They will not cause any road accident.
D.They aren’t still seriously taken by leaders.
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