開講学期 Course Start	2012年度 前期
授業区分 Regular or Intensive	週間授業
対象学科 Department	情報電子工学系専攻
対象学年 Year	1
必修・選択 Mandatory or Elective	選択
授業方法 Lecture or Seminar	演習と実験
授業科目名 Course Title	センシングシステム演習
単位数 Number of Credits	2
担当教員 Lecturer	Ken-ichi Itakura, Koji Nagano
教員室番号 Office	V510（Itakura） R204（Nagano）
連絡先(Tel) Telephone	0143-46-5424 (Itakura) 0143-46-5420 (Nagano)
連絡先(E-mail) E-mail	itakura(at)csse.muroran-it.ac.jp (Itakura） nagano(at)mmm.muroran-it.ac.jp （Nagano）　 Please exchange (at) to ＠ when you write e-mail.
オフィスアワー Office Hour	Monday 16:00〜17:30 (Itakura) Monday 1700〜18:00　(Nagano)
授業のねらい Learning Objectives	It is necessary for engineers to study electrical measurement and signal processing techniques. Experiences that the engineers encounter in actual problems lead deep comprehension. Students who study this advanced laboratory solve problems in a textbook and measure both acoustic signal and electrical power.
到達度目標 Outcomes Measured By:	1. Students can use a digital oscilloscope. 2. Students can understand propersties of signal in both time and frequency domains. 3. Students can use electrical systems based on understanding of environmental load to the earth.
授業計画 Course Schedule	1st week： We read a textbook on technical communications. 2nd week：We solve problems on signals and systems. 3rd week： We solve problems on linear time-invariant systems. 4th week： We solve problems on Laplace transform and continous-time LTI systems. 5th week： We solve problems on The z-transform and discrete-time LTI systems. 6th week： We measure electrical energy of cooking heaters. 7th week： We solve problems on Fourier analysis of continuous-time signals and systems. 8th week： We solve problems on Fourier analysis of Discrete-time signals and systems. 9th week： We solve problems on random signals. 10th week： We solve problems on power spectral densities and random signals in linear system. 11th week： Examination of oscilloscope. 12th week： We measure voice. 13th week： We make a program of FFT. 14th week: We calculate power specrum of voice. 15th week: presentation of voice analysis.
教科書 Required Text	Hwei Hsu, Signals and Systems, Second edition, McGraw Hill
参考書 Required Materials	E.O.Doebelin, Measuremet Systems -Application and Design-, McGraw-Hill
教科書・参考書に関する備考
成績評価方法 Grading Guidelines	assignment (50%). presentation of the voice analysis (50%)
履修上の注意 Please Note	This advanced laboratory is combined with Advenced Sensing Systems. Please take this advenced laboratry again in the next year if a student loses this class.
教員メッセージ Message from Lecturer	This lecture will be done in English.
学習・教育目標との対応 Learning and Educational Policy	本専攻の学習、教育目標である、(1)情報工学に関する確固たる基礎知識を有するとともに、高度な専門性と実践的な応用能力を有する技術者を育成する、(2)自己の専門分野における優れた研究能力を有するとともに、時代の変革に対応して自己の能力を高めることができる技術者を育成する、(3) 論理的な思考力により課題を解決する能力を有するとともに、国際的な視野で他者との共同作業を実現できるコミュニケーション能力を有する技術者を育成する、のいずれにも対応するが、(1)と(3)の目標に関連深い科目である。
関連科目 Associated Courses	This advanced laboratory has a relation with Linear System, Digital Signal Processing, and Instrumentation in the undergraduate course.
備考 Remarks