Overview, threats to information security, the structure of an information security program, information security policies, asset classification,... Invite you to consult the text book "Information security fundamentals". Hopefully, the books contents are useful references for you.
After you read this chapter you should be able to: Discuss the importance of project management, feasibility assessment, documentation, and data and information gathering techniques; discuss the purpose of each system development phase; differentiate between lowlevel languages and procedural languages;...
Lecture Security + Guide to Network Security Fundamentals - Chapter 1 include objectives: Identify the challenges for information security, define information security, explain the importance of information security, list and define information security terminology, describe the CompTIA Security+ certification exam, describe information security careers.
Chapter 2 of lecture Security + Guide to Network Security Fundamentals include objectives: Attackers and their attacks, describe basic attacks, describe identity attacks, identify denial of service attacks, define malicious code (malware).
Chapter 1 - Genetics: The study of biological information. This chapter includes contents: DNA - The fundamental information molecule of life, proteins: the functional molecules of life processes, complex systems and molecular interactions, molecular similarities of all life-forms, the modular construction of genomes, modern genetic techniques, human genetics.
Lecture Security + Guide to Network Security Fundamentals - Chapter 3 include objectives: Identify who is responsible for information security, describe security principles, use effective authentication methods, control access to computer systems, uudit information security schemes.
Lecture Security + Guide to Network Security Fundamentals - Chapter 6 include objectives: Protect e-mail systems, list World Wide Web vulnerabilities, secure Web communications, secure instant messaging.
Lecture Security + Guide to Network Security Fundamentals - Chapter 8 include objectives: Define cryptography, secure with cryptography hashing algorithms, protect with symmetric encryption algorithms, harden with asymmetric encryption algorithms, explain how to use cryptography.
Lecture Security + Guide to Network Security Fundamentals - Chapter 10 include objectives: Harden physical security with access controls, minimize social engineering, secure the physical environment, define business continuity, plan for disaster recovery.
Lecture Security + Guide to Network Security Fundamentals - Chapter 12 include objectives: Define identity management, harden systems through privilege management, plan for change management, define digital rights management, acquire effective training and education.
Lecture Security + Guide to Network Security Fundamentals - Chapter 13 include objectives: Define computer forensics, respond to a computer forensics incident, harden security through new solutions, list information security jobs and skills.
I would like to express my gratitude to all those who gave me the possibility to complete this industry
practice. I want to thank the Faculty of Information Technology of Hanoi University for giving me permission
to commence this industry practice. I have furthermore to thank the Dr Tran Quan Anh- the instructor
of this course -who gave and confirmed this permission and encouraged me to go ahead with my
A compilation of the fundamental knowledge, skills, techniques, and tools require by all security professionals, Information Security Handbook, Sixth Edition sets the standard on which all IT security programs and certifications are based. Considered the gold-standard reference of Information Security, Volume 2 includes coverage of each domain of the Common Body of Knowledge, the standard of knowledge required by IT security professionals worldwide.
This book is an introduction to computer science. Computer science is the study of
computer hardware, algorithms, and data structures and how they fit together to provide
information systems. Each of these topics can be studied at various levels. For example,
physicists study the properties of matter that allow hardware components to be designed,
electrical engineers study how the components can be combined to produce circuits, and
computer engineers study how circuits can be combined to produce computers.
The Oracle Database Application Developer's Guide - Fundamentals describes basic
application development features of Oracle Database 10g. Information in this guide
applies to features that work the same on all supported platforms, and does not
include system-specific information. Oracle Database Application Developer's Guide - Fundamentals is intended for
programmers developing new applications or converting existing applications to
run in the Oracle Database environment.