| １． |
Outline |
|
Information security techniques are becoming one of the indispensable techniques and are becoming much more important as an infrastructure of networked societies.
The term "information security" covers very broad fields, from foundational theories such as elementary number theory, algebraic systems, cryptography, and computer science to cryptographic protocols or network protocols in general. In this course, we mainly deal with the latter fields.
This course relates to the diploma policy DP4C.
<Comments>
Information security techniques are becoming one of the indispensable techniques and are much more important as an infrastructure of networked societies.
The term "information security" covers very broad fields, from foundational theories such as elementary number theory, algebraic systems, cryptography, and computer science to cryptographic protocols or network protocols in general. In this course, we mainly deal with the latter fields.
This course relates to the diploma policy DP4C.
|
| ２． |
Objectives |
|
The goal of this class is that students master the following abilities;
Students can explain the basics of elemental number theory and abstract algebraic systems which construct public key crypto systems and explain the meanings of mathematical expression used in the public key crypto systems.
Students can explain the basic features of secret key or public key crypto systems, block cipher modes of operation and Hash functions, and can process encryption/decryption as for basic crypto systems.
Students can explain the purpose and summaries of information security, cryptographic protocols and network protocols, and explain or execute the processes of basic protocols.
Students can classify malware which is one of the factor of the illegal accesses, and explain the countermeasures against illegal accesses.
Students can explain the summaries, the purposes and the problems of identification, biometric identification
Students can explain the security evaluation and its standardization.
<Comments>
The goal of this class is that students master the following abilities;
Students can explain the basics of elemental number theory and abstract algebraic systems which construct public key crypto systems and explain the meanings of mathematical expression used in the public key crypto systems.
Students can explain the basic features of secret key or public key crypto systems, block cipher modes of operation and Hash functions, and can process encryption/decryption as for basic crypto systems.
Students can explain the purpose and summaries of information security, cryptographic protocols and network protocols, and explain or execute the processes of basic protocols.
Students can classify malware which is one of the factor of the illegal accesses, and explain the countermeasures against illegal accesses.
Students can explain the summaries, the purposes and the problems of identification, biometric identification.
Students can explain the security evaluation and its standardization.
|
| ３． |
Grading Policy |
|
Grading policy:
Midterm report(50%), Examination(50%).
The way of feedback;
Answers for questions or feedback for the contents of class, worksheets, and examination will be given in a class, through LMS or in office hours.
<Comments>
訂正無し
|
| ４． |
Textbook and Reference |
|
Textbook: 宮地充子，菊池浩明編著，"IT Text 情報セキュリティ"，オーム社、ISBN-13: 978-4274132841
Teaching materials: Published through LMS.
<Comments>
訂正無し
|
| ５． |
Requirements (Assignments) |
|
Before a class, students are required to prepare the class by using materials, such as slides, handouts and
related materials which will be published on the LMS, which requires about 1.5 hours.
In a class, students should concentrate on, not to take notes, but to understand the contents of class,
to solve exercises in a class,
because most of the materials were published on the LMS before the class and students can bring them with
tablets or smart phones.
After a class, students are required to review the materials used in the class or quizzes on the LMS, which requires about 1.5 hours.
<Comments>
Before the class, students are required to prepare by using materials, such as slides, handouts and
related materials which will be published on the LMS, which requires about 1.5 hours.
In the class, students should not concentrate on taking notes, but on understanding the contents. And concentrate on solving exercises in the class.
Because most of the materials are published on the LMS before the class and students can bring them with
tablets or smart phones.
After the class, students are required to review the materials used in the class or quizzes on the LMS, which requires about 1.5 hours.
|
| ６． |
Note |
|
Students can hardly earn credits not submitting the mid-term report. Thus, it is expected students to observe the deadline.
As for the self-learning support students are expected to utilize materials, such as slides, handouts and quizzes on the LMS
Before taking this course, students should take the following courses;
Mathematical Logic, Linear Algebra, Discrete Mathematics, Computer Networks, Programming Language Theory, Graph Theory, Introduction to the theory of automata and computation, Software Technologies for Information Systems Development, Web Technology, Digital Signal Processing, Digital Image Processing.
At the same semester with this course, students should take take the following courses;
Laboratory in Computer Science 1, Information Theory, Information System Design, Laboratory on Computer Network.
After taking this course, students should take the following courses;
Laboratory in Computer Science 2, Operating System, Software Engineering, Informatic Sociology, Web Application.
If a student has a question on quizzes or mid-term report or examinations, ask the question in the class or in office hours or through LMS.
This course is a required course, and relates to the mid term 1-3 and 5-1 of the attaining targets for learning and educating, in the JABEE program.
<Comments>
Students can hardly earn credits without submitting the mid-term report. Thus, it is expected students to observe the deadline.
As for the self-learning support, students are expected to utilize materials, such as slides, handouts, and quizzes on the LMS
Before taking this course, students should take the following courses;
Mathematical Logic, Linear Algebra, Discrete Mathematics, Computer Networks, Programming Language Theory, Graph Theory, Introduction to the theory of automata and computation, Software Technologies for Information Systems Development, Web Technology, Digital Signal Processing, Digital Image Processing.
At the same semester with this course, students should take take the following courses;
Laboratory in Computer Science 1, Information Theory, Information System Design, Laboratory on Computer Network.
After taking this course, students should take the following courses;
Laboratory in Computer Science 2, Operating System, Software Engineering, Informatic Sociology, Web Application.
If a student has a question on quizzes or mid-term report or examinations, ask the question in the class or in office hours or through LMS.
This course is a required course, and relates to the mid term 1-3 and 5-1 of the attaining targets for learning and educating, in the JABEE program.
|
| ７． |
Schedule |
|
１. Information security, introduction to the information security, threats against information security, countermeasures against threats, cipher systems
<Comments>
訂正無し
|
２. Secret key cryptography, cipher systems, block/stream cipher, the evaluation of ciphers.
<Comments>
訂正無し
|
３. Basic theory of Public key cryptography, digital signature
<Comments>
訂正無し
|
４. Basic theory of Public key cryptography, digital signature 2, cryptographic primitives, a public key cryptography based on the factoring problem.
<Comments>
訂正無し
|
５. Public key cryptography/Digital Signature
<Comments>
訂正無し
|
６. Public key cryptography/Digital Signature, signature schemes with a hash function, signature schemes without a hash function, secret sharing schemes
<Comments>
訂正無し
|
７. Cryptographic Protocols, multi-party protocol, distributed decryption of RSA, group-signature and multi-signature.
<Comments>
訂正無し |
８. Zero knowledge proofs and its application to the social systems, electronic money, electronic voting
<Comments>
訂正無し |
９. Network security, client-authentication, Public Key Infrastructure(PKI)
<Comments>
訂正無し
|
10. Internet security, IPSEC, SSL/TLS, S/MIME
<Comments>
訂正無し
|
11. Illegal access, computer viruses, detection techniques of illegal access, targeted threats
<Comments>
訂正無し
|
12. Information hiding, digital watermark, steganography, anonymous channel
<Comments>
訂正無し
|
13. Biometric, the necessity of identification by using biometrics, identification by using information proper to a person
<Comments>
訂正無し |
14. Computer security certification
<Comments>
訂正無し |
15. Summary and examination
<Comments>
訂正無し
|
|
| １． |
Outline |
|
Information security techniques are becoming one of the indispensable techniques and are becoming much more important as an infrastructure of networked societies.
The term "information security" covers very broad fields, from foundational theories such as elementary number theory, algebraic systems, cryptography, and computer science to cryptographic protocols or network protocols in general. In this course, we mainly deal with the latter fields.
This course relates to the diploma policy DP4C.
<Comments>
Information security techniques are becoming one of the indispensable techniques and are much more important as an infrastructure of networked societies.
The term "information security" covers very broad fields, from foundational theories such as elementary number theory, algebraic systems, cryptography, and computer science to cryptographic protocols or network protocols in general. In this course, we mainly deal with the latter fields.
This course relates to the diploma policy DP4C.
|
| ２． |
Objectives |
|
The goal of this class is that students master the following abilities;
Students can explain the basics of elemental number theory and abstract algebraic systems which construct public key crypto systems and explain the meanings of mathematical expression used in the public key crypto systems.
Students can explain the basic features of secret key or public key crypto systems, block cipher modes of operation and Hash functions, and can process encryption/decryption as for basic crypto systems.
Students can explain the purpose and summaries of information security, cryptographic protocols and network protocols, and explain or execute the processes of basic protocols.
Students can classify malware which is one of the factor of the illegal accesses, and explain the countermeasures against illegal accesses.
Students can explain the summaries, the purposes and the problems of identification, biometric identification
Students can explain the security evaluation and its standardization.
<Comments>
The goal of this class is that students master the following abilities;
Students can explain the basics of elemental number theory and abstract algebraic systems which construct public key crypto systems and explain the meanings of mathematical expression used in the public key crypto systems.
Students can explain the basic features of secret key or public key crypto systems, block cipher modes of operation and Hash functions, and can process encryption/decryption as for basic crypto systems.
Students can explain the purpose and summaries of information security, cryptographic protocols and network protocols, and explain or execute the processes of basic protocols.
Students can classify malware which is one of the factor of the illegal accesses, and explain the countermeasures against illegal accesses.
Students can explain the summaries, the purposes and the problems of identification, biometric identification.
Students can explain the security evaluation and its standardization.
|
| ３． |
Grading Policy |
|
Grading policy:
Midterm report(50%), Examination(50%).
The way of feedback;
Answers for questions or feedback for the contents of class, worksheets, and examination will be given in a class, through LMS or in office hours.
<Comments>
訂正無し
|
| ４． |
Textbook and Reference |
|
Textbook: 宮地充子，菊池浩明編著，"IT Text 情報セキュリティ"，オーム社、ISBN-13: 978-4274132841
Teaching materials: Published through LMS.
<Comments>
訂正無し
|
| ５． |
Requirements (Assignments) |
|
Before a class, students are required to prepare the class by using materials, such as slides, handouts and
related materials which will be published on the LMS, which requires about 1.5 hours.
In a class, students should concentrate on, not to take notes, but to understand the contents of class,
to solve exercises in a class,
because most of the materials were published on the LMS before the class and students can bring them with
tablets or smart phones.
After a class, students are required to review the materials used in the class or quizzes on the LMS, which requires about 1.5 hours.
<Comments>
Before the class, students are required to prepare by using materials, such as slides, handouts and
related materials which will be published on the LMS, which requires about 1.5 hours.
In the class, students should not concentrate on taking notes, but on understanding the contents. And concentrate on solving exercises in the class.
Because most of the materials are published on the LMS before the class and students can bring them with
tablets or smart phones.
After the class, students are required to review the materials used in the class or quizzes on the LMS, which requires about 1.5 hours.
|
| ６． |
Note |
|
Students can hardly earn credits not submitting the mid-term report. Thus, it is expected students to observe the deadline.
As for the self-learning support students are expected to utilize materials, such as slides, handouts and quizzes on the LMS
Before taking this course, students should take the following courses;
Mathematical Logic, Linear Algebra, Discrete Mathematics, Computer Networks, Programming Language Theory, Graph Theory, Introduction to the theory of automata and computation, Software Technologies for Information Systems Development, Web Technology, Digital Signal Processing, Digital Image Processing.
At the same semester with this course, students should take take the following courses;
Laboratory in Computer Science 1, Information Theory, Information System Design, Laboratory on Computer Network.
After taking this course, students should take the following courses;
Laboratory in Computer Science 2, Operating System, Software Engineering, Informatic Sociology, Web Application.
If a student has a question on quizzes or mid-term report or examinations, ask the question in the class or in office hours or through LMS.
This course is a required course, and relates to the mid term 1-3 and 5-1 of the attaining targets for learning and educating, in the JABEE program.
<Comments>
Students can hardly earn credits without submitting the mid-term report. Thus, it is expected students to observe the deadline.
As for the self-learning support, students are expected to utilize materials, such as slides, handouts, and quizzes on the LMS
Before taking this course, students should take the following courses;
Mathematical Logic, Linear Algebra, Discrete Mathematics, Computer Networks, Programming Language Theory, Graph Theory, Introduction to the theory of automata and computation, Software Technologies for Information Systems Development, Web Technology, Digital Signal Processing, Digital Image Processing.
At the same semester with this course, students should take take the following courses;
Laboratory in Computer Science 1, Information Theory, Information System Design, Laboratory on Computer Network.
After taking this course, students should take the following courses;
Laboratory in Computer Science 2, Operating System, Software Engineering, Informatic Sociology, Web Application.
If a student has a question on quizzes or mid-term report or examinations, ask the question in the class or in office hours or through LMS.
This course is a required course, and relates to the mid term 1-3 and 5-1 of the attaining targets for learning and educating, in the JABEE program.
|
| ７． |
Schedule |
|
１. Information security, introduction to the information security, threats against information security, countermeasures against threats, cipher systems
<Comments>
訂正無し
|
２. Secret key cryptography, cipher systems, block/stream cipher, the evaluation of ciphers.
<Comments>
訂正無し
|
３. Basic theory of Public key cryptography, digital signature
<Comments>
訂正無し
|
４. Basic theory of Public key cryptography, digital signature 2, cryptographic primitives, a public key cryptography based on the factoring problem.
<Comments>
訂正無し
|
５. Public key cryptography/Digital Signature
<Comments>
訂正無し
|
６. Public key cryptography/Digital Signature, signature schemes with a hash function, signature schemes without a hash function, secret sharing schemes
<Comments>
訂正無し
|
７. Cryptographic Protocols, multi-party protocol, distributed decryption of RSA, group-signature and multi-signature.
<Comments>
訂正無し |
８. Zero knowledge proofs and its application to the social systems, electronic money, electronic voting
<Comments>
訂正無し |
９. Network security, client-authentication, Public Key Infrastructure(PKI)
<Comments>
訂正無し
|
10. Internet security, IPSEC, SSL/TLS, S/MIME
<Comments>
訂正無し
|
11. Illegal access, computer viruses, detection techniques of illegal access, targeted threats
<Comments>
訂正無し
|
12. Information hiding, digital watermark, steganography, anonymous channel
<Comments>
訂正無し
|
13. Biometric, the necessity of identification by using biometrics, identification by using information proper to a person
<Comments>
訂正無し |
14. Computer security certification
<Comments>
訂正無し |
15. Summary and examination
<Comments>
訂正無し
|
|
|