F0760600
1
Basic Experiments on Information and Communication Engineering A1
*See the 2021 syllabus for the class held on 2021.
In this course, students will acquire the elementary knowledge of information and communications engineering through "making things" of both hardware and software. In order to provide detailed guidance, students are divided into two groups by odd / even numbers of their IDs. Students in odd number group take hardware practice classes in the first half seven times, then take software practice classes in the latter half seven times. On the contorary, students in even number group take software practice classes in the first half seven times and take hardware practice classes in the latter half seven times. Furthermore, we provide a place to create friends for freshmen who are not yet familiar with the environment through practices. We also aim to deepen the understanding of the contents of our department's research activities by visiting the laboratories at Toyosu campus.
In the hardware practice of this course, students actually make a basic circuit and learn knowledge about the parts being used, how to use measurement equipments such as oscilloscope and function generator, how to use the equipment such as power supply and so on. In the final class, students submit a report, and visit laboratories at Toyosu campus.
In the software practice of this course, students learn the C programming language, and get used to computers and programming through making programs. In practices of programming, students experience programming for elements of information and communications engineering.
In this course, students will acquire the elementary knowledge of information and communications engineering through "making things" of both hardware and software. In order to provide detailed guidance, students are divided into two groups by odd / even numbers of their IDs. Students in odd number group take hardware practice classes in the first half seven times, then take software practice classes in the latter half seven times. On the contorary, students in even number group take software practice classes in the first half seven times and take hardware practice classes in the latter half seven times. Furthermore, we provide a place to create friends for freshmen who are not yet familiar with the environment through practices. We also aim to deepen the understanding of the contents of our department's research activities by visiting the laboratories at Toyosu campus.
In the hardware practice of this course, students actually make a basic circuit and learn knowledge about the parts being used, how to use measurement equipments such as oscilloscope and function generator, how to use the equipment such as power supply and so on. In the final class, students submit a report, and visit laboratories at Toyosu campus.
In the software practice of this course, students learn the C programming language, and get used to computers and programming through making programs. In practices of programming, students experience programming for elements of information and communications engineering.
In the hardware practice, through basic electronic circuit fabrication and checking its operation, learn basic knowledge of
parts to be used and how to use the equipment such as oscilloscope, function generator, power supply.
In the software practice, the purpose is to get used to computers and programming through making C programs and to learn elementary knowledge about software.
In the software practice, the purpose is to get used to computers and programming through making C programs and to learn elementary knowledge about software.
- it is possible to understand the functions of measuring instruments such as oscilloscopes and handle them correctly.
- It is possible to understand the function of parts used in electronic circuits and to use them appropriately.
- it is possible to make basic programs such as printing and reading functions, numerical operation, and control programming flow.
- It is possible to handle computers.
| Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
|---|---|---|---|
| 1. | Hardware practice (1) 0. Guidance -Outline and objectives of the course -Detailed schedule, and matters to be noticed 1. Basic operations of an oscilloscope 1.1 Overview of an oscilloscope 1.2 Basic checking of an oscilloscope 1.3 Observation of the function generator output waveforms 1.4 Simultaneous observation of two waveforms |
Preparation: Download and read the text from the designated web server, and note down the part you do not understand. | 30minutes |
| Review: Download and read the supplemental materials used in the class. Review the items written in the text and create a part of report. | 60minutes | ||
| 2. | Hardware practice (2) 2. Basic measurements by using an oscilloscope 2.1 Relation of DC voltage and ohms currents 2.2 Relation of AC voltage and ohms currents 2.3 Relation of maximum value and RMS (Root Mean Square) value of AC voltage |
Preparation: Download and read the text from the designated web server, and note down the part you do not understand. | 30minutes |
| Review: Download and read the supplemental materials used in the class. Review the items written in the text and create a part of report. | 60minutes | ||
| 3. | Hardware practice (3) 3. Soldering 3.1 Overview of soldering 3.2 Practice of soldering |
Preparation: Download and read the text from the designated web server, and note down the part you do not understand. | 30minutes |
| Review: Download and read the supplemental materials used in the class. Review the items written in the text and create a part of report. | 60minutes | ||
| 4. | Hardware practice (4) 4. Fabrication and measurements of a photo-sensor circuit (1) 4.1 Overview of parts used for the circuit (LED, resistor) 4.2 Fabrication of a part of the circuit. 4.3 Current-voltage characteristics measurements of a LED |
Preparation: Download and read the text from the designated web server, and note down the part you do not understand. | 30minutes |
| Review: Download and read the supplemental materials used in the class. Review the items written in the text and create a part of report. | 60minutes | ||
| 5. | Hardware practice (5) 5. Fabrication and measurements of a photo-sensor circuit (2) 5.1 Overview of parts used for the circuit (Transistor) 5.2 Fabrication of a part of the circuit (cont’d). 5.3 Current amplification factors measurements of a transistor |
Preparation: Download and read the text from the designated web server, and note down the part you do not understand. | 30minutes |
| Review: Download and read the supplemental materials used in the class. Review the items written in the text and create a part of report. | 60minutes | ||
| 6. | Hardware practice (6) 6. Fabrication and measurements of a photo-sensor circuit (3) 6.1 Switching function measurements of a transistor 6.2 Overview of parts used for the circuit (CdS cell) 6.3 Completion of the circuit 6.4 Functional checking of the circuit. |
Preparation: Download and read the text from the designated web server, and note down the part you do not understand. | 30minutes |
| Review: Download and read the supplemental materials used in the class. Review the items written in the text and create a part of report. | 60minutes | ||
| 7. | Hardware practice (7) 7. Report submission and laboratory visit -Submit a summarized report -Visit laboratories in Toyosu campus |
Review all texts and supplement materials and complete the report. | 90minutes |
| 8. | Software practice (1) Practices of the C programming language (1) -What is programming? -Setting up the Linux operation system (virtual environment) -Basic operations in the Linux operating system -Using desktop environment and editor software -Getting started with the C programming language, Printing text with the printf function |
Assignments | 90minutes |
| 9. | Software practice (2) Practices of the C programming language (2) -Using variables -Reading from keyboard with the scanf function |
Assignments | 90minutes |
| 10. | Software practice (3) Practices of the C programming language (3) -Using the math library -Control programming flow with the if statement -Control programming flow with the switch statement -Generating random numbers |
Assignments | 90minutes |
| 11. | Software practice (4) Practices of the C programming language (4) -The while loop -The for loop |
Assignments | 90minutes |
| 12. | Software practice (5) Practices of the C programming language (5) -Infinite loop and the break statement -The do-while loop |
Assignments | 90minutes |
| 13. | Software practice (6) Practices of the C programming language (6) -Nested for loops |
Assignments | 90minutes |
| 14. | Software practice (7) -Examination coverage: Practices of the C programming language (1)-(6) |
Assignments | 90minutes |
| Total. | - | - | 1260minutes |
| Operation check of fabricated circuit | Report | Final examination | Total. | |
|---|---|---|---|---|
| 1. | 0% | 25% | 0% | 25% |
| 2. | 5% | 20% | 0% | 25% |
| 3. | 0% | 0% | 50% | 50% |
| Total. | 5% | 45% | 50% | - |
-Twice or more absence is considered to abandonment in each (hardware and software) practice.
-In the hardware practice, fabricated circuit (10%) and the submitted reports (90%) are evaluated. full score is 100points.
It is possible to acquire more than 60 points by executing each experiment without fail , completing the circuit, submitting the report at the last class.
-In the software practice, grade is judged by assignments in each class (60%) and the result of examination (40%).
It is possible to acquire more than 60 points by making basic C language programs learned in this class.
-The average of hardware and software practices is an evaluation points, and passing standard is over 60 points.
-In the hardware practice, fabricated circuit (10%) and the submitted reports (90%) are evaluated. full score is 100points.
It is possible to acquire more than 60 points by executing each experiment without fail , completing the circuit, submitting the report at the last class.
-In the software practice, grade is judged by assignments in each class (60%) and the result of examination (40%).
It is possible to acquire more than 60 points by making basic C language programs learned in this class.
-The average of hardware and software practices is an evaluation points, and passing standard is over 60 points.
In the hardware practice, texts (including report assignments) and presentation materials in each class will be uploaded on
the Scomb by the day before the class.
Students have to prepare (print (*) and check in advance) and bring them class.
(*) Please check SIC (Scholarly Information Center) webpage (http://www.sic.shibaura-it.ac.jp/indexBOX/print/print_win/index.html) how to use printers from the PCs on the campus. Monochrome print is enough (though the materials are colored).
In the software practice, two text books are used.
・林晴比古著「林 晴比古 実用マスターシリーズ 明解入門Ｃ」 ＳＢクリエイティブ株式会社（in Japanese）
・柴田 望洋、由梨 かおる 著「新・解きながら学ぶC言語」 ＳＢクリエイティブ株式会社（in Japanese）
Students have to prepare (print (*) and check in advance) and bring them class.
(*) Please check SIC (Scholarly Information Center) webpage (http://www.sic.shibaura-it.ac.jp/indexBOX/print/print_win/index.html) how to use printers from the PCs on the campus. Monochrome print is enough (though the materials are colored).
In the software practice, two text books are used.
・林晴比古著「林 晴比古 実用マスターシリーズ 明解入門Ｃ」 ＳＢクリエイティブ株式会社（in Japanese）
・柴田 望洋、由梨 かおる 著「新・解きながら学ぶC言語」 ＳＢクリエイティブ株式会社（in Japanese）
In the hardware practice, scientific electronic calculator should be prepared. Calculator applications on the mobile phone
cannot be used because the mobile phone is prohibited to use during the examination.
In the software practice, assignments for preparation, review and evaluation should done.
In the software practice, assignments for preparation, review and evaluation should done.
- Every Wednesday, 12:30-13:10 at room 4108
- E-mail can be received anytime.
- Course that cultivates an ability for utilizing knowledge
- Course that cultivates a basic problem-solving skills
| Work experience | Work experience and relevance to the course content if applicatable |
|---|---|
| N/A | N/A |
Last modified : Sun Mar 21 14:53:34 JST 2021