1 . Men’s sport has for decades benefited from what investors call a “flywheel effect”. Big broadcast and sponsorship deals throw money into the game readily.
Women’s sport has long suffered the opposite phenomenon.
The flywheel may, at last, be starting to turn round.
One big change is that several big rights-holders, including FIFA and World Rugby, now sell, sponsorship rights for women’s events, separately, rather than bonded with the men’s tournaments.
A.Start with viewing figures. |
B.Money is starting to follow eyeballs. |
C.Many associations fund the women’s sports. |
D.Some think sponsors get a better deal with women’s sports. |
E.Broadcasters have unwillingly shown it without being sure that people will watch. |
F.That attracts more players and raises the level of play, which helps attract more viewers. |
G.That forces buyers and sellers to think about exactly how much such rights might be worth. |
2 . Like any doctor, Jacques Fellay wants to give his patients the best care. Hidden inside our bodies are genetic (基因的) markers that can tell him which patients could probably have diseases such as AIDS and provide early treatments. However, there are worries for Fellay: they contain sensitive details that could lead to embarrassment, discrimination or even worse.
A new kind of encryption, fully homomorphic encryption (FHE) (全同态加密), is making it possible for data users to run multiple operations on genetic data without seeing the contents. This can help end big data’s privacy problem, and Fellay’s patients can be some of the first to benefit.
In 1978, the concept of homomorphic encryption (HE) was firstly proposed. According to it, one could encrypt and share data with others, who could analyze and perform calculations on the data with no idea what it means. After getting the data back, the data user could simply arrive at the result using the secret key and it will make total sense.
In 2009, Craig Gentry firstly provided a workable FHE program. Like HE, it rests on a mathematical idea called a homomorphism, which mostly relies on using algebra (代数) to map data from one form to another without changing its underlying structure. However, it supports multiple operations on encrypted data, rather than only one calculation in HE.
Later, Gentry went on to work at IBM, which now has complicated FHE tools to run encrypted data. In the medical field, for example, it detected signs of COVID-19 infection by applying FHE to analyze the encrypted CT scans of more than 1, 500 people’s lungs. In a paper published in October 2021, the team used FHE to collect data from multiple sources and predicted the effect of cancer treatments or the process of HIV infection, as in Fellay’s case.
Workable, but still slow: calculations on the FHE-encrypted data could take millions of times longer than those on raw data. But, as Goldwasser says, “If you believe that security is not a plus, but it’s a must,” she says, “then in some sense there is no overhead.”
1. What is Fellay concerned about?A.Serious diseases. |
B.Sensitive patients. |
C.The safety of personal data. |
D.The lack of genetic information. |
A.It speeds up the analyses. |
B.It allows more calculations. |
C.It prevents direct access to data. |
D.It depends on the use of algebra. |
A.Contradictory. | B.Unclear. | C.Favorable. | D.Intolerant. |
A.FHE protects privacy in the big data era. |
B.FHE opens a new world for medical workers. |
C.Gentry proposed a new encryption technology. |
D.Homomorphic encryption developed over time. |
3 . Recent snowstorms in Southern California left several people dead and others trapped in their homes in the San Bernardino Mountains.
During the severe weather, members of the community
But things took an unexpected turn when he learned that his wife, Ann Rice, was struggling to
Robert was
Doctors were able to
That’s when he posted a plea (请求) on Facebook. Soon,a lot of neighbors
“I’m so grateful for their
A.united | B.expected | C.failed | D.promised |
A.treatment | B.research | C.emergency | D.training |
A.predict | B.survive | C.avoid | D.measure |
A.move | B.concentrate | C.breathe | D.communicate |
A.condition | B.memory | C.experience | D.history |
A.accumulated | B.formed | C.circulated | D.melted |
A.angry | B.afraid | C.shocked | D.guilty |
A.speechless | B.aimless | C.powerless | D.jobless |
A.proved | B.doubted | C.ignored | D.accepted |
A.denial | B.favour | C.need | D.trouble |
A.lend | B.buy | C.owe | D.assign |
A.make use of | B.keep track of | C.put up with | D.keep up with |
A.casually | B.hesitantly | C.voluntarily | D.accidentally |
A.followed | B.reached | C.contacted | D.protected |
A.kindness | B.acceptance | C.encouragement | D.tolerance |
A.which | B.when | C.where | D.what |
5 . Check out what’s coming soon, and what’s in development. Playbill will update these listings when new information is made available.
THE COLLABORATION at Samuel J. Friedman Theatre
The play tells a true story in New York. Fifty-six-year-old Warhol’s star is falling. Jean is the new wonder-kid taking the art world by storm. When Jean agrees to work together with Warhol on a new exhibition, it soon becomes the talk of the city. The two artists set foot on a shared journey, both artistic and deeply personal, which redraws both their worlds.
ALMOST FAMOUS at Bernard B. Jacobs Theatre
Based on the 2,000 film of the same name, the musical features Pulitzer winner Kitt and a book by Crowe, who earned an Oscar award for penning the original film based on his own teenage experience. The coming-of-age story tracks a 15-year-old music fan named William who follows the emerging band Stillwater on tour.
THE PIANO LESSON at Ethel Barrymnore Theatre
The play is the fourth in Wilson’s Century Cycle, which digs into the Black experience in every decade of the 20th century. Set in Pittsburgh’s Hill District in 1936, it centers around a brother and a sister involved in a battle over a piano carved with the faces of their ancestors.
KIMBERLY AKIMBO at Booth Theatre
Kim is a bright and funny high school girl, who happens to look like a 72-year-old lady. And yet her aging disease may be the least of her problems. Forced to deal with family secrets, and possible crime charges, Kim is determined to explore happiness in a world where not even time is on her side.
1. What kind of play is THE COLLABORATION?A.A romance. | B.A sci-fi story. | C.A fairy tale. | D.A life story. |
A.Samuel J. Friedman Theatre. |
B.Bernard B. Jacobs Theatre. |
C.Ethel Barrymore Theatre. |
D.Booth Theatre. |
A.Struggles against crime charges. |
B.Cutting-edge film technology. |
C.Award-winning performances. |
D.Teenagers’ growth experiences. |
6 . When Elinor Lobel was 16, a “smart” insulin (胰岛素) pump was attached to her body. Powered by AI, it tracks her glucose levels and administers the right dose of insulin at the right time to keep her healthy. It is one of the new ways that data and AI can help improve lives.
Books that criticize the dark side of data are plentiful. They generally suggest there is much more to fear than fete in the algorithmic(算法的)age.
But the intellectual tide may be turning. One of the most persuasive supporters of a more balanced view is Elinor Lobel’s mother, Orly, a law professor. In The Equality Machine she acknowledges AI’s capacity to produce harmful results. But she shows how, in the right hands, it can also be used to fight inequality and discrimination.
A principle of privacy rules is “minimization”: collect and keep as little information as possible, especially in areas such as race and gender. Ms Lobel flips the script, showing how in hiring, pay and the legal system, knowing such characteristics leads to fairer outcomes.
Ms Lobel’s call to use more, not less, personal information challenges data-privacy orthodoxy(正统观念). But she insists that “tracking differences is key to detecting unfairness.” She advocates g loosening of privacy rules to provide more transparency(透明)over algorithmic decisions.
The problems with algorithmic formulae(公式) are tackled in depth in Escape from Model Land by Erica Thompson of the School of Economics. These statistical models are the backbone of big data and AL. Yet a perfect model will always be beyond reach. “All models are wrong,” runs a wise saying. “Some are useful.”
Ms Thompson focuses on a challenge she calls the Hawkmoth Effect. In the better known Butterfly Effect, a serviceable model, Vin the prediction of climate change, becomes less reliable over time because of the complexity of what it is simulating(模拟), or because of inaccuracies in the original data. In the Hawkmoth Effect, by contrast, the model itself is flawed; it might fail to take full account of the interplay between humidity, wind and temperature.
The author calls on data geeks to improve their solutions to real-world issues, not merely refine their formulae—in other words, to escape from model land. “We do not need to have the best possible answer,” she writes, “only a reasonable one.”
Both these books exhibit a healthy realism about data, algorithms and their limitations. Both recognize that making progress involves accepting limitations, whether in law or coding. As Ms Lobel puts it: “It’s always better to light a candle than to curse the darkness.”
1. Ms Lobel intends to convey thatA.minimisation is a good privacy rule to go by |
B.algorithms are currently challenged by data privacy |
C.employing more personal data should be encouraged |
D.identifying algorithms’ problems leads to better outcomes |
A.It develops from Butterfly Effect. |
B.It emphasizes accuracy of original data. |
C.It enjoys popularity in climate research field. |
D.It is mentioned to show the model can be faulty. |
A.Using algorithms to detect differences is hard. |
B.The application of data and algorithms is limited. |
C.The reliability of data should be attached importance to. |
D.Improving algorithms involves accepting its imperfection. |
A.The Algorithm’s Prospect | B.The Algorithm’s Mercy |
C.The Algorithm’s Complexity | D.The Algorithm’s Recognition |
A.clarify | B.justify | C.satisfy | D.classify |
—Yes. Why don’t we pay a visit ______ we have time?
A.since | B.though | C.until | D.unless |
Falling around December 22nd, the winter solstice (冬至) is one of the traditional Chinese festivals
The winter solstice festival originated from the Han Dynasty (202 BC-220 AD) and
Traditions and customs for the day vary
Tangyuan,
A.although | B.however | C.as | D.though |