Course title
生分解学   [Biodegradation]
Course category	specialized courses/ major subjects	Requirement		Credit	2
Department		Year	1～4	Semester	YearLong
Course type	YearLong	Course code	02a1619
Instructor(s)
福島 和彦, 半 智史   [FUKUSHIMA Kazuhiko, NAKABA Satoshi]
Facility affiliation	Graduate School of Bio-Applications and Systems Engineering	Office		Email address

Course description

Class code: nbaatrb a. Purpose To learn the design method of logic circuits with binary logic gates and to analyze the function and operation speed of given logic circuits using these logic gates. In addition, it will be possible to design logic circuits such as simple computing units, counters, control circuits and so on. b. Overview 1. Basic logic operation and Boolean algebra. Binary number. 2. Combinatorial circuit: arithmetic unit, selection circuit, etc. 3. Sequential circuit: counter, control circuit, etc.

Expected Learning

・ Understand representation of numerical values by binary numbers, and can master Boolean algebra ・ Understand expressing methods and mechanisms of combinational logic circuits, and can analyze and design ・ Understand the operation of sequential logic circuit, can analyze and design See the Curriculum maps.

Course schedule

After every lecture, we will conduct an exercise, we will deepen our understanding of what we learned on that day and adjust the progress without confirming the degree of comprehension. #1. Logic circuit, N-ary number, representation of negative number, binary number, #hexadecimal number #2. Analysis of logic function, MIL symbol, truth table, Boolean algebra, logic circuit diagram #3. Product-sum / sum product standard type, expansion method to standard form, exclusive OR #4. Simplification of logic functions using complete system, Carnot diagram #5 Simplification of incomplete definition logic function, Quine ・ McCluskey method #6 Analysis and synthesis of combinational logic circuits, circuit delay and timing chart #7 An adder, a subtracter, an adder-subtractor, a parity #8 Summary of a combinational logic circuit mid-term exam #9-10 Sequential circuit, state transition, flip-flop, edge trigger and master-slave Synthesis method of synchronous sequential circuit #12 Synchronous sequential circuit analysis method, sequential circuit timing design and operation speed #13-14 Sequential function block, asynchronous counter design # Summary of Sequential circuit Final exam

Prerequisites

In addition to 30 hours that students spend in the class, students are recommended to prepare for and revise the lectures, spending the standard amount of time as specified by the University.

Required Text(s) and Materials

none

References

- Kunio Murakami, Tsutomu Ishikawa "Introduction to logic circuits for computer understanding", Kyoritsu Publishing. - Naofumi Takagi "Logic Circuit", Ohm-sha - D.Harris et al. "Digital design and computer architecture", Shoeisha

Assessment/Grading

Your grade point is determined based on both mid-term and final exams. The GPA distribution is adjusted to balance with the other class.

Message from instructor(s)

You can understand the basics of the processing performed by the computer that plays the core of IT.

Course keywords

Binary number, Boolean algebra, Combinatorial circuit, Sequential circuit, State transition

Office hours

Ask questions at any time by email.

Remarks 1

Remarks 2

Related URL

Lecture Language

Japanese

Language Subject

Last update

1/5/2023 11:15:55 AM