Home > Articles > Security > Network Security
No thanks Try it free. Find out why Close. Download Security in Computing (5th Edition) PDF Rosa Norwood. Unsubscribe from Rosa Norwood? Cancel Unsubscribe. Download Security in Computing (5th Edition) 2015 online, free - pdf, epub, mobi ebooks - Booksrfree.com. Download Security in Computing (5th Edition) 2015 online, free - pdf, epub, mobi ebooks - Booksrfree.com. Discover ideas about Free Pdf Books.
Tablets, smartphones, TV set-top boxes, GPS navigation devices, exercise monitors, home security stations, even washers and dryers come with Internet connections by which data from and about you go to places over which you have little visibility or control. At the same time, the list of retailers suffering massive losses of customer data continues to grow: Home Depot, Target, T.J. Maxx, P.F. Chang’s, Sally Beauty. On the one hand people want the convenience and benefits that added connectivity brings, while on the other hand, people are worried, and some are seriously harmed by the impact of such incidents. Computer security brings these two threads together as technology races forward with smart products whose designers omit the basic controls that can prevent or limit catastrophes.
To some extent, people sigh and expect security failures in basic products and complex systems. But these failures do not have to be. Every computer professional can learn how such problems occur and how to counter them. Computer security has been around as a field since the 1960s, and it has developed excellent research, leading to a good understanding of the threat and how to manage it.
One factor that turns off many people is the language: Complicated terms such as polymorphic virus, advanced persistent threat, distributed denial-of-service attack, inference and aggregation, multifactor authentication, key exchange protocol, and intrusion detection system do not exactly roll off the tongue. Other terms sound intriguing but opaque, such as worm, botnet, rootkit, man in the browser, honeynet, sandbox, and script kiddie. The language of advanced mathematics or microbiology is no less confounding, and the Latin terminology of medicine and law separates those who know it from those who do not. But the terms and concepts of computer security really have straightforward, easy-to-learn meaning and uses.
Vulnerability: weakness
Threat: condition that exercises vulnerability
Incident: vulnerability + threat
Control: reduction of threat or vulnerablity
The premise of computer security is quite simple: Vulnerabilities are weaknesses in products, systems, protocols, algorithms, programs, interfaces, and designs. A threat is a condition that could exercise a vulnerability. An incident occurs when a threat does exploit a vulnerability, causing harm. Finally, people add controls or countermeasures to prevent, deflect, diminish, detect, diagnose, and respond to threats. All of computer security is built from that simple framework. This book is about bad things that can happen with computers and ways to protect our computing.
Why Read This Book?
Admit it. You know computing entails serious risks to the privacy of your personal data, the integrity of your data, or the operation of your computer. Risk is a fact of life: Crossing the street is risky, perhaps more so in some places than others, but you still cross the street. As a child you learned to stop and look both ways before crossing. As you became older you learned to gauge the speed of oncoming traffic and determine whether you had the time to cross. At some point you developed a sense of whether an oncoming car would slow down or yield. We hope you never had to practice this, but sometimes you have to decide whether darting into the street without looking is the best means of escaping danger. The point is all these matters depend on knowledge and experience. We want to help you develop comparable knowledge and experience with respect to the risks of secure computing.
The same thing can be said about computer security in everything from personal devices to complex commercial systems: You start with a few basic terms, principles, and concepts. Then you learn the discipline by seeing those basics reappear in numerous situations, including programs, operating systems, networks, and cloud computing. You pick up a few fundamental tools, such as authentication, access control, and encryption, and you understand how they apply in defense strategies. You start to think like an attacker, predicting the weaknesses that could be exploited, and then you shift to selecting defenses to counter those attacks. This last stage of playing both offense and defense makes computer security a creative and challenging activity.
Uses for and Users of This Book
This book is intended for people who want to learn about computer security; if you have read this far you may well be such a person. This book is intended for three groups of people: college and university students, computing professionals and managers, and users of all kinds of computer-based systems. All want to know the same thing: how to control the risk of computer security. But you may differ in how much information you need about particular topics: Some readers want a broad survey, while others want to focus on particular topics, such as networks or program development.
This book should provide the breadth and depth that most readers want. The book is organized by general area of computing, so that readers with particular interests can find information easily.
Organization of This Book
The chapters of this book progress in an orderly manner, from general security concerns to the particular needs of specialized applications, and then to overarching management and legal issues. Thus, this book progresses through six key areas of interest:
- Introduction: threats, vulnerabilities, and controls
- The security practitioner’s “toolbox”: identification and authentication, access control, and encryption
- Application areas of computer security practice: programs, user–Internet interaction, operating systems, networks, data and databases, and cloud computing
- Cross-cutting disciplines: privacy, management, law and ethics
- Details of cryptography
- Emerging application domains
The first chapter begins like many other expositions: by laying groundwork. In Chapter 1 we introduce terms and definitions, and give some examples to justify how these terms are used. In Chapter 2 we begin the real depth of the field by introducing three concepts that form the basis of many defenses in computer security: identification and authentication, access control, and encryption. We describe different ways of implementing each of these, explore strengths and weaknesses, and tell of some recent advances in these technologies.
Then we advance through computing domains, from the individual user outward. In Chapter 3 we begin with individual programs, ones you might write and those you only use. Both kinds are subject to potential attacks, and we examine the nature of some of those attacks and how they could have been prevented. In Chapter 4 we move on to a type of program with which most users today are quite familiar: the browser, as a gateway to the Internet. The majority of attacks today are remote, carried from a distant attacker across a network, usually the Internet. Thus, it makes sense to study Internet-borne malicious code. But this chapter’s focus is on the harm launched remotely, not on the network infrastructure by which it travels; we defer the network concepts to Chapter 6. In Chapter 5 we consider operating systems, a strong line of defense between a user and attackers. We also consider ways to undermine the strength of the operating system itself. Chapter 6 returns to networks, but this time we do look at architecture and technology, including denial-of-service attacks that can happen only in a network. Data, their collection and protection, form the topic of Chapter 7, in which we look at database management systems and big data applications. Finally, in Chapter 8 we explore cloud computing, a relatively recent addition to the computing landscape, but one that brings its own vulnerabilities and protections.
RIP 3 combines the dynamics of a hardcore shooter while preserving the elusive classic arcade appeal and never lets up on the intense action. Every level presents a new challenge, requiring you to not only prove your sharp-shooting, but to think and act tactically. Start the battle! Download game burnout 3 takedown pc rip.
In Chapters 9 through 11 we address what we have termed the intersecting disciplines: First, in Chapter 9 we explore privacy, a familiar topic that relates to most of the six domains from programs to clouds. Then Chapter 10 takes us to the management side of computer security: how management plans for and addresses computer security problems. Finally, Chapter 11 explores how laws and ethics help us control computer behavior.
We introduced cryptography in Chapter 2. But the field of cryptography involves entire books, courses, conferences, journals, and postgraduate programs of study. And this book needs to cover many important topics in addition to cryptography. Thus, we made two critical decisions: First, we treat cryptography as a tool, not as a field of study. An automobile mechanic does not study the design of cars, weighing such factors as aerodynamics, fuel consumption, interior appointment, and crash resistance; a mechanic accepts a car as a given and learns how to find and fix faults with the engine and other mechanical parts. Similarly, we want our readers to be able to use cryptography to quickly address security problems; hence we briefly visit popular uses of cryptography in Chapter 2. Our second critical decision was to explore the breadth of cryptography slightly more in a later chapter, Chapter 12. But as we point out, entire books have been written on cryptography, so our later chapter gives an overview of more detailed work that interested readers can find elsewhere.
Our final chapter detours to four areas having significant computer security hazards. These are rapidly advancing topics for which the computer security issues are much in progress right now. The so-called Internet of Things, the concept of connecting many devices to the Internet, raises potential security threats waiting to be explored. Economics govern many security decisions, so security professionals need to understand how economics and security relate. Convenience is raising interest in using computers to implement elections; the easy steps of collecting vote totals have been done by many jurisdictions, but the hard part of organizing fair online registration and ballot-casting have been done in only a small number of demonstration elections. And the use of computers in warfare is a growing threat. Again, a small number of modest-sized attacks on computing devices have shown the feasibility of this type of campaign, but security professionals and ordinary citizens need to understand the potential—both good and bad—of this type of attack.
How to Read This Book
What background should you have to appreciate this book? The only assumption is an understanding of programming and computer systems. Someone who is an advanced undergraduate or graduate student in computing certainly has that background, as does a professional designer or developer of computer systems. A user who wants to understand more about how programs work can learn from this book, too; we provide the necessary background on concepts of operating systems or networks, for example, before we address the related security concerns.
This book can be used as a textbook in a one- or two-semester course in computer security. The book functions equally well as a reference for a computer professional or as a supplement to an intensive training course. And the index and extensive bibliography make it useful as a handbook to explain significant topics and point to key articles in the literature. The book has been used in classes throughout the world; instructors often design one-semester courses that focus on topics of particular interest to the students or that relate well to the rest of a curriculum.
What Is New in This Book
This is the fifth edition of Security in Computing, first published in 1989. Since then, the specific threats, vulnerabilities, and controls have changed, as have many of the underlying technologies to which computer security applies. However, many basic concepts have remained the same.
Most obvious to readers familiar with earlier editions will be some new chapters, specifically, on user–web interaction and cloud computing, as well as the topics we raise in the emerging topics chapter. Furthermore, pulling together the three fundamental controls in Chapter 2 is a new structure. Those are the big changes, but every chapter has had many smaller changes, as we describe new attacks or expand on points that have become more important.
One other feature some may notice is the addition of a third coauthor. Jonathan Margulies joins us as an essential member of the team that produced this revision. He is currently director of the security practice at Qmulos, a newly launched security consulting practice. He brings many years of experience with Sandia National Labs and the National Institute for Standards and Technology. His focus meshes nicely with our existing skills to extend the breadth of this book.
Acknowledgments
It is increasingly difficult to acknowledge all the people who have influenced this book. Colleagues and friends have contributed their knowledge and insight, often without knowing their impact. By arguing a point or sharing explanations of concepts, our associates have forced us to question or rethink what we know.
We thank our associates in at least two ways. First, we have tried to include references to their written works. References in the text cite specific papers relating to particular thoughts or concepts, but the bibliography also includes broader works that have played a more subtle role in shaping our approach to security. So, to all the cited authors, many of whom are friends and colleagues, we happily acknowledge your positive influence on this book.
Rather than name individuals, we thank the organizations in which we have interacted with creative, stimulating, and challenging people from whom we learned a lot. These places include Trusted Information Systems, the Contel Technology Center, the Centre for Software Reliability of the City University of London, Arca Systems, Exodus Communications, The RAND Corporation, Sandia National Lab, Cable & Wireless, the National Institute of Standards and Technology, the Institute for Information Infrastructure Protection, Qmulos, and the Editorial Board of IEEE Security & Privacy. If you worked with us at any of these locations, chances are high that your imprint can be found in this book. And for all the side conversations, debates, arguments, and light moments, we are grateful.
About the Authors
Charles P. Pfleeger is an internationally known expert on computer and communications security. He was originally a professor at the University of Tennessee, leaving there to join computer security research and consulting companies Trusted Information Systems and Arca Systems (later Exodus Communications and Cable and Wireless). With Trusted Information Systems he was Director of European Operations and Senior Consultant. With Cable and Wireless he was Director of Research and a member of the staff of the Chief Security Officer. He was chair of the IEEE Computer Society Technical Committee on Security and Privacy.
Shari Lawrence Pfleeger is widely known as a software engineering and computer security researcher, most recently as a Senior Computer Scientist with the Rand Corporation and as Research Director of the Institute for Information Infrastructure Protection. She is currently Editor-in-Chief of IEEE Security & Privacy magazine.
Jonathan Margulies is the CTO of Qmulos, a cybersecurity consulting firm. After receiving his master’s degree in Computer Science from Cornell University, Mr. Margulies spent nine years at Sandia National Labs, researching and developing solutions to protect national security and critical infrastructure systems from advanced persistent threats. He then went on to NIST’s National Cybersecurity Center of Excellence, where he worked with a variety of critical infrastructure companies to create industry-standard security architectures. In his free time, Mr. Margulies edits the “Building Security In” section of IEEE Security & Privacy magazine.
Related Resources
- Book $63.99
- Book $23.99
- Book $43.99
Home > Store
Register your product to gain access to bonus material or receive a coupon.
- By Charles P. Pfleeger, Shari Lawrence Pfleeger, Jonathan Margulies
- Published Jan 26, 2015 by Prentice Hall.
Book
- Your Price: $102.00
- List Price: $120.00
- Usually ships in 24 hours.
About
Features
- This classic text has been thoroughly updated to reflect today’s newest technologies, standards, and trends
- Topics progress from simple and straightforward to complex and intricate
- Easy-to-read descriptions of concepts and incidents
- As of Oct, 2015, there are new, vastly improved PowerPoint slides for instructor use
Description
- Copyright 2015
- Dimensions: 7' x 9-1/8'
- Pages: 944
- Edition: 5th
- Book
- ISBN-10: 0-13-408504-3
- ISBN-13: 978-0-13-408504-3
The New State of the Art in Information Security: Now Covers Cloud Computing, the Internet of Things, and Cyberwarfare
Students and IT and security professionals have long relied on Security in Computing as the definitive guide to computer security attacks and countermeasures. Now, the authors have thoroughly updated this classic to reflect today’s newest technologies, attacks, standards, and trends.
Security in Computing, Fifth Edition, offers complete, timely coverage of all aspects of computer security, including users, software, devices, operating systems, networks, and data. Reflecting rapidly evolving attacks, countermeasures, and computing environments, this new edition introduces best practices for authenticating users, preventing malicious code execution, using encryption, protecting privacy, implementing firewalls, detecting intrusions, and more. More than two hundred end-of-chapter exercises help the student to solidify lessons learned in each chapter.
Combining breadth, depth, and exceptional clarity, this comprehensive guide builds carefully from simple to complex topics, so you always understand all you need to know before you move forward.
You’ll start by mastering the field’s basic terms, principles, and concepts. Next, you’ll apply these basics in diverse situations and environments, learning to ”think like an attacker” and identify exploitable weaknesses. Then you will switch to defense, selecting the best available solutions and countermeasures. Finally, you’ll go beyond technology to understand crucial management issues in protecting infrastructure and data.
New coverage includes
- A full chapter on securing cloud environments and managing their unique risks
- Extensive new coverage of security issues associated with user—web interaction
- New risks and techniques for safeguarding the Internet of Things
- A new primer on threats to privacy and how to guard it
- An assessment of computers and cyberwarfare–recent attacks and emerging risks
- Security flaws and risks associated with electronic voting systems
Extras
Related Article
Sample Content
Online Sample Chapter
Sample Pages
Download the sample pages (includes Chapter 1 and Index)
Table of Contents
Foreword xix
Preface xxv
Acknowledgments xxxi
About the Authors xxxiii
Chapter 1: Introduction 1
1.1 What Is Computer Security? 2
1.2 Threats 6
1.3 Harm 21
1.4 Vulnerabilities 28
1.5 Controls 28
1.6 Conclusion 31
1.7 What’s Next? 32
1.8 Exercises 34
Chapter 2: Toolbox: Authentication, Access Control, and Cryptography 36
2.1 Authentication 38
2.2 Access Control 72
2.3 Cryptography 86
2.4 Exercises 127
Chapter 3: Programs and Programming 131
3.1 Unintentional (Nonmalicious) Programming Oversights 133
3.2 Malicious Code—Malware 166
3.3 Countermeasures 196
Chapter 4: The Web—User Side 232
4.1 Browser Attacks 234
4.2 Web Attacks Targeting Users 245
4.3 Obtaining User or Website Data 260
4.4 Email Attacks 267
4.5 Conclusion 277
4.6 Exercises 278
Chapter 5: Operating Systems 280
5.1 Security in Operating Systems 280
5.2 Security in the Design of Operating Systems 308
5.3 Rootkit 329
5.4 Conclusion 338
5.5 Exercises 339
Chapter 6: Networks 341
6.1 Network Concepts 342
Part I—War on Networks: Network Security Attacks 353
6.2 Threats to Network Communications 354
6.3 Wireless Network Security 374
6.4 Denial of Service 396
6.5 Distributed Denial-of-Service 421
Part II—Strategic Defenses: Security Countermeasures 432
6.6 Cryptography in Network Security 432
6.7 Firewalls 451
6.8 Intrusion Detection and Prevention Systems 474
6.9 Network Management 489
6.10 Conclusion 496
6.11 Exercises 496
Chapter 7: Databases 501
7.1 Introduction to Databases 502
Chris brown songs list download. 7.2 Security Requirements of Databases 507
7.3 Reliability and Integrity 513
7.4 Database Disclosure 518
7.5 Data Mining and Big Data 535
7.6 Conclusion 549
Chapter 8: Cloud Computing 551
8.1 Cloud Computing Concepts 551
8.2 Moving to the Cloud 553
8.3 Cloud Security Tools and Techniques 560
8.4 Cloud Identity Management 568
8.5 Securing IaaS 579
8.6 Conclusion 583
8.7 Exercises 584
Chapter 9: Privacy 586
9.1 Privacy Concepts 587
9.2 Privacy Principles and Policies 596
9.3 Authentication and Privacy 610
9.4 Data Mining 616
Topics covered include anatomy, congenital anomalies, neurophysiology, pathophysiology, urinary incontinence and retention, overactive bladder, fecal incontinence, pelvic organ prolapse, genitourinary and rectovaginal fistulae and urethral diverticulae, and irritations and injuries to the genitourinary tract. Abstract Previously titled the Atlas of Clinical Gynecology Urogynecology, the new, four-color edition of the Atlas is a comprehensive visual presentation of common gynecologic problems encountered in daily practice. https://makerslucky.netlify.app/atlas-of-pelvic-anatomy-and-gynecologic-surgery-free-download-pdf.html.
9.5 Privacy on the Web 619
9.6 Email Security 632
9.7 Privacy Impacts of Emerging Technologies 636
9.8 Where the Field Is Headed 644
9.9 Conclusion 645
9.10 Exercises 645
Chapter 10: Management and Incidents 647
10.1 Security Planning 647
10.2 Business Continuity Planning 658
10.3 Handling Incidents 662
10.4 Risk Analysis 668
Thomas calculus 14th edition pdf download. Weir Solutions Manual, Answer key for all chapters are included Also available with MyLab Math MyLab™ Math is an online homework, tutorial, and assessment program designed to work with this text to engage students and improve results. Heil, Maurice D.
10.5 Dealing with Disaster 686
10.6 Conclusion 699
10.7 Exercises 700
Chapter 11: Legal Issues and Ethics 702
11.1 Protecting Programs and Data 704
11.2 Information and the Law 717
https://luckylabels.netlify.app/download-youtube-mp3-converter-for-google-chrome.html. 11.3 Rights of Employees and Employers 725
11.4 Redress for Software Failures 728
11.5 Computer Crime 733
11.6 Ethical Issues in Computer Security 744
11.7 Incident Analysis with Ethics 750
Chapter 12: Details of Cryptography 768
12.1 Cryptology 769
12.2 Symmetric Encryption Algorithms 779
12.3 Asymmetric Encryption with RSA 795
12.4 Message Digests 799
12.5 Digital Signatures 802
12.6 Quantum Cryptography 807
12.7 Conclusion 811
Chapter 13: Emerging Topics 813
13.1 The Internet of Things 814
13.2 Economics 821
13.3 Electronic Voting 834
13.4 Cyber Warfare 841
13.5 Conclusion 850
Bibliography 851
Index 877
More Information
- Request an Instructor or Media review copy.
Other Things You Might Like
- Book $63.99
Security In Computing Fifth Edition
- Book $43.99