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進路えらび 高校生

進路についての相談です。 今後の進路について、考えている進路が3つあります ①日本大学生産工学部数理情報工学科に進学する ②一浪して明治大学総合数理学部現象数理科を目指す ③日大で仮面浪人して明治に行く(入学前から仮面浪人すると決めるのは良くないと思っていますが…) の3つ... 続きを読む

数理情報システムコースのカリキュラム 共通科目 ※2コースのみ 数理情報 システム コース 生産工学系科目 専門工学科目 実技科目 専門工学科目 実技科目 1年 キャリアデザイン プログラミング及び 演習 Ⅰ コンピュータ概論 離散数学 プログラミング及び 演習 II キャリアデザイン演習 技術者倫理 アルゴリズムとデータ構造 確率統計解析 情報メディア 線形空間論 応用解析学 オブジェクト指向及び演習 情報化社会と情報倫理 アルゴリズムとデータ構造演習 UNIX 演習 モデリング&デザイン 数理計画法 複雑系と創発 2年 数理情報システム実験 ソフトウェア構築及び演習 コンピュータアーキテクチャー オートマトン メディア数理 ソフトウェア工学概論 データベースシステム オペレーティングシステム 計算論 システム解析 ダイナミックス 生産実習 プロジェクト演習 経営管理 情報ネットワーク 人工知能 ゼミナール 数理情報工学演習 数値シミュレーション 組合せ最適化 幾何学 カオスと情報処理 3年 生産工学特別講義 産業関連法規 SD コミュニケーション 計測と制御 多変量データ解析 意思決定システム 安全工学 生産管理 コンパイラ 卒業研究 14 年 コンピュータグラフィックス

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英語 高校生

英文がわからないです心の優しい方、英文の解き方を教えて欲しいです🙇‍♀️

35 15 20 signatures in business. However, no one used fingerprints in crime work until the late In ancient times, people used fingerprints to identify people. They also used them as 1880s. Three men, working in three different areas of the world, made this possible. (1) The first man who collected a large number of fingerprints was William Herschel. He worked for the British government in India. He took fingerprints when people (7) official papers. For many years, he collected the same people's fingerprints several times. He made an important discovery. Fingerprints do not change over time. At about the same time, a Scottish doctor in Japan began to study fingerprints. Henry Faulds was looking at ancient Japanese pottery* one day when he noticed small It occurred to him that the lines were 2,000-year-old fingerprints. Faulds wondered, "Are fingerprints unique to each person?" He began to take fingerprints of all his friends, co-workers, and students at his medical school. Each print was (). He also wondered, "Can you change your fingerprints?” shaved the fingerprints off his fingers with a razor to find out. Would they grow back lines on the pots. (2) He the same? They did. One day, there was a theft in Faulds's medical school. Some alcohol was missing. Faulds found fingerprints on the bottle. He compared the fingerprints to the ones in his records, and he found a match. The thief was one of his medical students. By examining fingerprints, Faulds solved the crime. Both Herschel and Faulds collected fingerprints, but there was a problem. It was very difficult to use their collections to identify a specific fingerprint. Francis Galton in England made it easier. He noticed common patterns in fingerprints. He used these to help classify fingerprints. These features, called "Galton details," made it easier for police to search through fingerprint records. The system is still in use today. When 25 police find a fingerprint, they look at the Galton details. Then they search for other fingerprints with similar features. (4) Like Faulds, Galton believed that each person had a unique fingerprint. According to Galton, the chance of two people with the same fingerprint was 1 in 64 billion. Even the fingerprints of identical twins are ( ). Fingerprints were the perfect tool to 30 identify criminals. For mo than 100 years, no one found two people with the same prints. Then, in 2004, terrorists (I) a crime in Madrid, Spain. Police in Madrid found a fingerprint. They used computers to search databases of fingerprint records all over the world. Three fingerprint experts agreed that a man on the West Coast of the United States was one of the criminals. Police arrested him, but the experts were wrong. The man was innocent. Another man was (). Amazingly, the two men who were 6,000 5 10 136 Lesson 日本大学 470 words 22 (3) 23 024 25 26

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