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15 語数: 398 語 出題校 法政大 5 We are already aware that our every move online is tracked and analyzed. But you 2-53 couldn't have known how much Facebook can learn about you from the smallest of social interactions - a 'like'*. (1) Researchers from the University of Cambridge designed (2) a simple machine-learning 2-54 system to predict Facebook users' personal information based solely on which pages they had liked. E "We were completely surprised by the accuracy of the predictions," says Michael 2-55 Kosinski, lead researcher of the project. Kosinski and colleagues built the system by scanning likes for a sample of 58,000 volunteers, and matching them up with other 10 profile details such as age, gender, and relationship status. They also matched up those likes with the results of personality and intelligence tests the volunteers had taken. The team then used their model to make predictions about other volunteers, based solely on their likes. The system can distinguish between the profiles of black and white Facebook users, 15 getting it right 95 percent of the time. It was also 90 percent accurate in separating males and females, Democrats and Republicans. Personality traits like openness and intelligence were also estimated based on likes, and were as accurate in some areas as a standard personality test designed for the task. Mixing what a user likes with many kinds of other data from their real-life activities could improve these predictions even more. 20 Voting records, utility bills and marriage records are already being added to Facebook's database, where they are easier to analyze. Facebook recently partnered with offline data companies, which all collect this kind of information. This move will allow even deeper insights into the behavior of the web users. 25 30 (3) - Sarah Downey, a lawyer and analyst with a privacy technology company, foresees insurers using the information gained by Facebook to help them identify risky customers, and perhaps charge them with higher fees. But there are potential benefits for users, too. Kosinski suggests that Facebook could end up as an online locker for your personal information, releasing your profiles at your command to help you with career planning. Downey says the research is the first solid example of the kinds of insights that can be made through Facebook. "This study is a great example of how the little things you do online show so much about you,” she says. "You might not remember liking things, " but Facebook remembers and (4) it all adds up.", * a 'like': フェイスブック上で個人の好みを表示する機能。 日本語版のフェイスブックでは「いいね!」 と表記される。 2-56 2-57 2-58 36

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Facebook fl @Ushioda.lab 【演習間に) 問題6-1 A. DNA 二重らせんの方の競のヌクレオチド列が 5-GGATTTTTGTCCACCATCA-3" である。相補鎖の配列は何か B.ある細菌細胞の DNA では、メクレオチドの13%がアデニンである。他のメクレオチド の制合を求めよ。 C.長さNヌクレオチドの本鎖 DNA で、ヌクレオチド配列は何通りになるか求めよ。 Q .ある特定のヌクレオチド出列のところで DNA を切間行る方法があるとする。(ui 3× 1 スタンオチド対の細菌ゲノムに1か所だけ切れ日を入れるには、特定のヌクレオチ ド配列は(平均して)どのくらいの長さでなければならないか。また、(b) 3×109メク レオチド対の動物御胞のゲノムの場合、この受さはどのくらいになるか。 問題6-8 次の文のうち、誤っているものを選び、その埋由を述べよ。 A. DNA 顔は、塩基の中に親水性のアミノ基があるため極性を持つ。 B.複製フォークには、構造的に異なる2個の DNA ポリメラーゼ分子があるため、縦製フ ォークは非対称である。 C.G-C塩基対はA-T塩基対よりも安定である。 D.岡崎フラグメントは RNA ヌクレアーゼによって除去される。 E. DNA 複製で誤りが生じる率を低くしているのは、DNA ボリメラーゼの校正機能と DNA 修復酵素の働きである。 F. DNA 修復がなければ、遺伝子は不安定である。 G.戦アミノ反応で形成された異常な塩基は自然界の DNAには見られない。 H. 恋は、体組胞に起こった変異が修正されなかったために起こる。 問題 6-7 「プリン塩基の設脱落が原因の DNA 損傷を修復する酵素に変異があり、そのために、毎日細 胞1個あたり DNA に5,000 個の変異が蓄積するとする。ヒトとチンパンジーのDNA配列 の違いは平均して1%である。あなたがチンパンジーに変わるまでにはどのくらいかかるだ ろうか。」この読論のおかしなところはどこか。

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