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JAVA PROGRAMMING ON LINUX By: NATHAN MEYERS

 

JAVA PROGRAMMING ON LINUX By: NATHAN MEYERS 


Java Programming on Linux is a detailed how-to book on using Java on a Linux operating system. Topics include installing and enabling a Java runtime environment under Linux, Java development in Linux, running Java applications and applets under Linux, using Java with Linux-based Web servers, using Sun Components JCE and JAI in Linux, using Sun Environments Personal Java, Embedded Java, and Jini in Linux, and using JNI to Link Java and Native Capabilities.

Table of Contents
 I A Brief Introduction to Java
 II A Brief Introduction to Linux
 III Setting Up for Java Development and Deployment on Linux
 IV The Blackdown Port: A Sun Java SDK for Linux
 V Tools in the Blackdown JSDK
 VI Additional Java Runtime Environments
 VII Additional Java Runtime Components
 VIII Compilers and Debuggers
 IX IDEs, GUI Builders, and RAD Tools
 X Miscellaneous Development Tools
 XI Java Application Distribution
 XII Linux Platform Issues
 XIII Java Performance
 XIV Java and Linux on Servers
 XV Appendixes
Appendix A - Index of Tools and Programs
Appendix B - Miscellaneous Program Listings
Appendix C - Important Information Resources
Appendix D - Tools Not Covered

From the Back Cover

Java Programming on Linux is a detailed how-to book on using Java on a Linux operating system. Topics include installing and enabling a Java runtime environment under Linux, Java development in Linux, running Java applications and applets under Linux, using Java with Linux-based Web servers, using Sun Components JCE and JAI in Linux, using Sun Environments Personal Java, Embedded Java, and Jini in Linux, and using JNI to Link Java and Native Capabilities.
 
 
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NETWORK ANALYSIS By: VAN VALKENBURG

 
NETWORK ANALYSIS By: VAN VALKENBURG 



A treatment of topics in the field of electric networks (or circuits) which are considered as a foundation in electrical engineering and occur at either the beginning or intermediate level. Contains material on the Nyquist criterion. Gives Tellegan's theorem, and the Gauss elimination method.

Includes expanded coverage of Thevenin's and Norton's theorems, the Routh-Hurwitz criterion, and Fourier transforms. Problems and suggested digital computer exercises at the end of each chapter. Solutions to selected problems given in the appendix.

Table of Contents

  • Development of the Circuit Concept
  • Conventions for Describing Networks
  • Network Equations
  • First-order Differential Equations
  • Initial Conditions in Networks
  • The Laplace Transformation
  • Transforms of Other Signal Wave-forms
  • Impedance Functions and Network Theorems
  • Network Functions; Poles and Zeros
  • Two-Port Parameters
  • Sinusoidal Steady-State Analysis
  • Frequency Response Plots
  • Input Power, Power Transfer, and Insertion Loss
  • Fourier Series and Signal Spectra
  • Fourier Integral and Continuous Spectra
  • Appendices





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CWNA(CERTIFIED WIRELESS NETWORK ADMINISTRATOR) OFFICIAL STUDY GUIDE By: DAVID D.COLEMAN & DAVID A.WESTCOTT

 

CWNA(CERTIFIED WIRELESS NETWORK ADMINISTRATOR) OFFICIAL STUDY GUIDE By: DAVID D.COLEMAN & DAVID A.WESTCOTT 
http://freebooksinventory.blogspot.com/

Sybex is now the official publisher for CWNP, the certifying vendor for the CWNA program. This valuable guide covers all objectives for the newest version of the PW0-104 exam, including radio technologies; antenna concepts; wireless LAN hardware and software; network design, installation and management; wireless standards and organizations; 802.11 network architecture; wireless LAN security; performing site surveys; and troubleshooting. Also included are hands-on exercises, chapter review questions, a detailed glossary, and a pre-assessment test. The CD-ROM features two bonus exams, over 150 flashcards, and numerous White Papers and demo software.

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Computer Networks and Internets with Internet Applications

 

 Computer Networks and Internets with Internet Applications 4th Edition

This book provides a comprehensive, self-contained tour through all of networking - from the lowest levels of data transmission and wiring to the highest levels of application software - explaining how underlying technologies provide services and how Internet applications use those services. 

For instructors who want to emphasize Internet technologies and applications, Computer Networks provides substantial sections on internetworking and network applications. This updated edition reflects recent advances in networking and internet technology.

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Computer Networks A Systems Approach

 

 Computer Networks A Systems Approach 5th edition

This best-selling and classic book teaches you the key principles of computer networks with examples drawn from the real world of network and protocol design. Using the Internet as the primary example, the authors explain various protocols and networking technologies. Their systems-oriented approach encourages you to think about how individual network components fit into a larger, complex system of interactions. 

Whatever your perspective, whether it be that of an application developer, network administrator, or a designer of network equipment or protocols, you will come away with a "big picture" understanding of how modern networks and their applications are built.

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Wireless Communications And Networking William Stallings

 

 Wireless Communications And Networking William Stallings

This book provides a comprehensive guide to wireless technology, exploring key trends and topics such as technology and architecture, network types, design approaches, and the latest applications. Addresses industry trends and technological advances such as the explosive growth of mobile telephones, satellite services, and the wireless Internet. Includes comprehensive coverage of Wi-Fi and WiMax protocols.

Provides a guide to specific wireless standards, reflecting their importance in defining both available products and the direction of future research. Examines the various types of wireless networks, such as satellite, cellular, fixed wireless access, and wireless LANs, including IEEE 802.11 and Bluetooth. For professionals involved in the design, development, or marketing of data communications and networking products.

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Data communication and networking by behrouz a forouzan

 

Data communication and networking by Behring a forouzan 4th edition
 
Data communications and networking may be the fastest growing technologies in our culture today. One of the ramifications of that growth is a dramatic increase in the number of professions where an understanding of these technologies is essential for success and a proportionate increase in the number and types of students taking courses to learn about them.

Data communications and networking are changing the way we do business and the way we live. Business decisions have to be made ever more quickly, and the decision makers require immediate access to accurate information. Why wait a week for that report from Germany to arrive by mail when it could appear almost instantaneously through computer networks? Businesses today rely on computer networks and inter-networks. But before we ask how quickly we can get hooked up, we need to know how networks operate, what types of technologies are available, and which design best fills which set of needs.

The development of the personal computer brought about tremendous changes for business, industry, science, and education. A similar revolution is occurring in data communications and networking. Technological advances are making it possible for communications links to carry more and faster signals. As a result, services are evolving to allow use of this expanded capacity. 

Research in data communications and networking has resulted in new technologies. One goal is to be able to exchange data such as text, audio, and video from all points in the world. We want to access the Internet to download and upload information quickly and accurately and at any time.

This part addresses four issues: data communications, networks, the Internet, and protocols and standards. First we give a broad definition of data communications. Then we define networks as a highway on which data can travel. The Internet is discussed as a good example of an inter-network ( a network of networks ). Finally, we discuss different types of protocols, the difference between protocols and standards, and the organizations that set those standards.

Networks exist so that data may be sent from one place to another- the basic concept of data communications. To fully grasp this project, we must understand the data communication components, how different types of data can be represented, and how to create a data flow.

Data communications between remote parties can be achieved through a process called networking, involving the connection of computers, media, and networking devices. 

Protocols and standards are vital to the implementation of data communications and networking. Protocols refer to the rules; a standard is a protocol that has been adopted by vendors and manufacturers.

Network models serve to organize, unify, and control the hardware and software components of data communications and networking. Although the term “network model” suggests a relationship to networking, the model also encompasses data communications.

The two dominant networking models are the Open System Interconnection (OSI) and the Internet model (TCP/IP). The first is a theoretical framework; the second is the actual model used in today’s data communications. So, we will discuss the OSI model to give a general background. We then concentrate on the Internet model.

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Connected: Your Complete Guide To Home Networking

 

 Connected: Your Complete Guide To Home Networking


Setting up your home network, but don’t know where to start? Start here, with “Connected: Your Complete Guide To Home Networking”. By MakeUseOf author Matt Smith, this guide outlines everything you need to know to manage your own home network.

Just five years ago the home network was rare. Most people had only one or two network capable devices and wireless connectivity was just starting to find a footing with the widespread adoption of the fast and reliable 802.11g standard.

Today a home network might consist of many devices including computers, smartphones and set-top boxes. Wireless routers are common and many support the newest 802.11n standard. Some Internet Service Providers now distribute wireless routers to customers of wired modems.

The proliferation of home networking is great for consumers, but it comes with some downsides. Home networking doesn’t always work as simply as it should, and while every company is making efforts to simplify it, not all attempts have been successful. This guide will help de-mystify home networking for you.
This guide outlines:
  • The difference between modems, routers and adapters
  • Choosing between wired and wireless networking
  • The basics of Windows 7 file sharing
  • Sharing between Windows 7 and iOS
  • Sharing between Windows 7 and Android
  • Setting up your printer for networked printing
  • Why you should buy a Network Attached Storage (NAS) device
  • The basics of home network security

 


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