Computer Security: Chapter 1 - Introduction to Computer Security includes Examples – Security in Practice, What is Security? Pillars of Security; Vulnerabilities, Threats, and Controls; ttackers; How to React to an Exploit? Methods of Defense, Principles of Computer Security.
Introduction to Computing: Lecture 4 - Operating Systems present about Definition, Computer Process and Program, Resources Managed by OS, Other Functions, Interrupt Handling, Error Handling and Trapping, File Management and Security, Categories of Operating System.
Computer Security: Chapter 2 - Introduction to Privacy in Computing (incl. technical and legal privacy controls) Introduction, Recognition of the need for privacy, Threats to privacy, Privacy Controls, Selected Advanced Topics in Privacy.
Computer Security: Chapter 4 - Introduction to Trust in Computing presents about Trust in Social & Computing Systems, Selected Trust Characteristics, Selected Research Issues in Trust, Avoiding Traps of Trust Complexity, Trust and Privacy, Trust & Pervasive Computing.
Chapter 14B - Taking protective measures. In this lesson, you will leam about specific steps you can take to secure your computer system and your data from a variety of threats. You might be surprised to learn that computer security is not primarily a technical issue, and is not necessarily expensive. For the most part, keeping your system and data secure is a matter of common sense.
Document "An Introduction to Cryptography Second Edition" introduce to you the content: Mathematical Basics, Cryptographic Basics, DES and AES, Primality Testing, Electronic Mail and Internet Security, Leading-Edge Applications,...
LAN and Ethernet switches are usually considered as plumbing. They are easy to install and configure,
but it is easy to forget about security when things appear to be simple.
Multiple vulnerabilities exist in Ethernet switches. Attack tools to exploit them started to appear a couple
of years ago (for example, the well-known dsniff package). By using those attack tools, a hacker can
defeat the security myth of a switch, which incorrectly states that sniffing and packet interception are
impossible with a switch.
As a companion book of Vaudenay's A Classical Introduction to Cryptography,
this exercise book contains a carefully revised version of most
of the material used in teaching by the authors or given as examinations
to the undergraduate students of the Cryptography and Security lecture
at EPFL from 2000 to mid-2005. It covers a majority of the subjects that
make up today's cryptology, such as symmetric or public-key cryptography,
cryptographic protocols, design, cryptanalysis, and implementation
There is an invisible elephant in this book: your application. And, it sits at the center of
every topic we touch in each chapter we present. This book is for systems architects
who are interested in building security into their applications. The book is designed to
be useful to architects in three ways: as an introduction to security architecture, as a
handbook on security issues for architecture review, and as a catalog of designs to look
for within a security product.
Database System: Chapter 11 - Database Security An Introduction presents about Introduction to Database Security Issues (DB security is a broad area, Threats to databases, Fundamental data security requirements), Discretionary Access Control, Mandatory Access Control.
Security in Information Systems: Chapter 3 - Mandatory access control Introduction to Mandatory Access Control (Security Classes, MAC properties, Multilevel relation, Pros and cons of MAC), Proposed Models for MAC, MAC in Oracle Oracle Label Security.
This book is roughly divided into three parts. The first three chapters are a gen- eral introduction to SSH, first at a high level for all readers (Chapters 1 and 2), and then in detail for technical readers (Chapter 3). The next nine chapters cover SSH for Unix. The first two (Chapters 4 and 5) cover SSH installation and serverwide configuration for system administrators.
Learning objectives of this chapter include: Identify the devices and protocols used in a small network; explain how a small network serves as the basis of larger networks; explain the need for basic security measures on network devices; identify security vulnerabilities and general mitigation techniques;...
Chapter 10A - Connecting to the Internet. This lesson provides an overview of the options for connecting a computer to the Internet. It also shows how the wireless Internet works, and discusses the need for wireless security.
Chapter 10B - Doing business in the online world. This lesson introduces you to the basics of e-commcrcc at the consumer and business levels. You w ill leam how to make sure your online shopping and browsing activities arc secure, and how to protect your personal information when using the Internet.
The first step to good computer security is awareness. You should understand a ll the dangers that specifically threaten your computer system. You need to know how each threat can affect you and prioritize them accordingly. This lesson introduces you to some of the most common threats to your privacy, data, and hardware. The following lesson shows you how to protect yourself and your system.
After reading this chapter, you should be able to answer the following questions: What are the security threats to information systems? What controls exist to protect the systems? How do computers identify users? What alternative security measures need to be taken? What is encryption and how does it solve several problems? What specific security problems does the Internet create? Can there be privacy with computers and the Internet? What are the advantages and problems with anonymity?
(BQ) Part 2 book "Financial accounting - An introduction to concepts, methods, and uses" has contents: Marketable securities and derivatives; intercorporate investments in common stock; notes, bonds, and leases; statement of cash flows - Another look,...and other contents,