科技前沿发展 语法填空专练（二）
(1)
Humanoid Robots and Embodied AI: A New Era of Intelligence
In recent years, China has made remarkable progress in humanoid robots and embodied artificial intelligence
(AI).
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traditional AI that only processes data, embodied AI gives machines a physical form, allowing them
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(perceive), think, and act in the real world.
Chinese scientists and engineers
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(develop) humanoid robots capable of performing complex tasks. For
example, at a recent technology forum, a humanoid robot worked alongside humans to prepare a meal,
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(demonstrate) impressive dexterity and coordination. These robots are equipped with advanced sensors and AI
algorithms, enabling them to walk
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(steady), recognize objects, and even understand simple voice
commands.
The potential applications are vast. In factories, humanoid robots can handle dangerous
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repetitive jobs,
improving safety and efficiency. At home, they could assist the elderly with daily chores. In disaster zones, they
might enter areas too
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(risk) for human rescuers.
However, challenges remain. Making robots move as naturally as humans
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(require) breakthroughs in
balance, energy efficiency, and cost control. Moreover, ethical questions need careful consideration. Nevertheless,
the future is bright.
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technology advances, humanoid robots will become more intelligent and affordable.
For students like us, this exciting field offers endless
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(possibility). Perhaps one day, we will be the ones
designing the next generation of embodied AI.
(2)
Imagine having a digital assistant that doesn’t just answer questions but actually completes tasks for you —
from booking flights to writing emails. This is the promise of autonomous agents,
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cutting-edge
development in artificial intelligence.
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traditional AI that requires step-by-step instructions, an autonomous agent can understand high-level
goals, make decisions
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(independent), and take action without constant human guidance. For example, you
could tell it, “Plan a two-day trip to Shanghai,” and it would research flights, compare hotel prices, and create a
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(detail) itinerary — all on its own.
The technology behind autonomous agents combines large language models with task planning and tool-use
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(capability). These agents can interact with software, browse the web, and even learn from past experiences,
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allows them to automate customer service, analyze data, and manage schedules.
However, challenges remain. Ensuring that agents act safely and ethically
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(be) a major concern. They
must
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(prevent) from making harmful decisions or accessing sensitive information without permission.
Moreover, as agents become more powerful, society will need new rules
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(govern) their use.
Nevertheless, the future is exciting. Autonomous agents represent a shift from AI that “talks” to AI that
“does.” For students like us, understanding this technology will be key to
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(thrive) in the coming age of
intelligent automation.
(3)
High-Level Autonomous Driving: A New Era on the Road
Imagine commuting to school while reading a book, because the car drives itself. This is no longer science
fiction. In 2026, China granted the first batch of licenses for conditional autonomous driving, known as L3,
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(mark) a new era for transportation.
Unlike lower-level driver-assistance systems
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require hands on the wheel at all times, high-level
autonomous vehicles (AVs) can handle most driving tasks on their own. The driver
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(allow) to take their
eyes off the road, hands off the wheel, and even engage in other activities, such as checking messages
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watching a video. However, they must be ready to take back control within a few seconds when the system
requests.
The technology behind L3 and above is
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(remarkable) complex. It combines end-to-end AI models,
high-precision maps, and
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array of sensors including cameras, radar, and LiDAR. These components work
together
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perceive the environment, predict the behavior of other road users, and make safe driving
decisions in real time.
The potential benefits are enormous. Autonomous driving could reduce accidents
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(cause) by human
error, ease traffic jams, and provide
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(mobile) for the elderly and disabled. Of course, challenges remain,
including legal responsibility in case of an accident and the high cost of the technology.
Nevertheless,
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rapid advancements in AI and strong policy support, high-level autonomous driving is
gradually moving from testing grounds to our daily roads.
(4)
Robotics on the Frontier: A Smarter Future
Robotics is advancing at an astonishing speed,
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(reshape) industries and daily life around the world.
At the upcoming 139th Canton Fair in Guangzhou, 12 types of AI-powered robot services
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(feature).
These include intelligent guides, delivery robots, and cleaning machines. They show how
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(deep)
automation is being integrated into traditional trade events.
Beyond trade fairs, robots are playing expanding roles in healthcare, education, and public services. In
hospitals, surgical robots assist doctors with higher
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(precise). In schools, interactive robots help students
learn foreign languages. Some cities have even deployed security robots
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(patrol) public squares.
What drives this progress? The answer lies
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breakthroughs in artificial intelligence, sensors, and
computing power. Modern robots can now recognize faces, understand speech, and make real-time decisions. Some
humanoid robots can even mimic human expressions. However, challenges
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(drive) by the high cost of
development remain, limiting wide application. Privacy and safety concerns also need to be addressed. Experts
believe that
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robots will replace some jobs, they will also create new opportunities.
Looking ahead, robots will not replace humans
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will work alongside us. As technology becomes
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(affordable), we can expect robots to become as common as smartphones. The future is not about humans versus
machines — it is about humans and machines, building a smarter world together.
(5)
When Kung Fu Meets Robotics: A Night to Remember at the 2026 Spring Festival Gala
The 2026 Spring Festival Gala, the world’s most-watched television event, delivered a stunning showcase of
China’s rapid
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(advance) in robotics. This year, four leading robotics companies brought their creations to
the national stage, blending high-tech with traditional culture in
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(forgettable) ways.
Unitree Robotics, a returning veteran, took center stage
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(deliver) a breathtaking martial arts
performance. Moving beyond last year’s viral yangge dance, Unitree’s humanoid robots performed alongside
masters from the Henan Tagou Kung Fu School. World-first feats
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(achieve) to showcase their
capabilities: continuous table-vaulting parkour, aerial flips reaching over 3 meters,
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even a two-step wall-run
into a backflip. The program “Wu BOT” proved that robots can master the grace and precision of Chinese kung
fu.
Meanwhile, other robots explored different roles. Magic Atom danced with pop stars
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the song
“Created in China,” while Galbot appeared in a comedy skit with Shen Teng and Ma Li. Most
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(impressive), Magic Atom’s robots worked as real “laborers” at the Yibin sub-venue,
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(serve) as a “cyber
noodle chef,” skillfully lifting and pouring noodles, while another delivered steaming bowls to a delighted actor.
These performances are not merely for show. They demonstrate
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Chinese robotics is moving from
laboratories into real-world applications—from factories to restaurants, and maybe one day, into our homes. The
gala proved that technology and tradition can dance together,
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(create) a future that is both smart and
soulful.
