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How and Why More Secure Technologies Succeed in Legacy Markets: Lessons from the Success of SSHSecure shell (SSH) can safely be called one of the rare successes in which a more secure technology has largely replaced a less secure but entrenched tool: telnet. We perform a market analysis to determine how and why SSH succeeded despite the existence of an entrenched legacy tool while similar technologies such as secure file transfer protocols have been far less successful. We show that network externalities, usually a first order effect, were not a significant factor impeding the adoption of SSH, and that SSH offered equivalent functionality and greater ease of use. We argue that these factors were the primary consideration in the willingness to change.
Additionally, we argue that the openness of the standard, which facilitated the creation of numerous compatible implementations, was a key element in the economic decision made by system administrators. Introduction Secure shell (SSH) can safely be called one of the rare successes in which a more secure technology has largely replaced a less secure but entrenched tool: telnet. Since the early commercial and later open source versions in the mid 90s, the tool, created as a replacement for telnet and the rsh/rlogin/rcp trio, has become the method of choice for remote login and X tunneling and is a rapidly becoming one of the most pervasive applications for encryption technology outside of embedded systems, particularly after being freed from RSA related patent complications [Bertrand99].
Download How and Why More Secure Technologies Succeed in Legacy Markets: Lessons from the Success of SSHIOLAN DS1/TS2 Users ManualIOLAN Family Models IOLAN Features Hardware Software Accessing the IOLAN General Features Security Chapter 2 Hardware and Connectivity Introduction IOLAN Components What’s Included What You Need to Supply Available Accessories IOLAN DS1/TS2 User’s Guide, Version 3.3 Power Supply Specifications Desktop Models Serial Only Models I/O Models Getting to Know Your IOLAN Overview DS1 TS2 I/O Top View End View Console/Serial Switch Console Mode Serial Mode Powering Up the IOLAN Serial Only Models I/O Models Chapter 3 Configuration Methods Introduction Configuration Methods
Overview Configures an IP Address Requires a Configured IP Address Easy Config Wizard DeviceManager Overview Access Platforms Unique Features Connecting to an IOLAN Using DeviceManager Using DeviceManager IOLAN DS1/TS2 User’s Guide, Version 3.3 WebManager Overview Access Platforms Unique Features Connecting to an IOLAN Using WebManager Using WebManager Command Line Interface Overview Access Platforms Unique Features Connecting to an IOLAN Using the CLI Through the Network Through the Serial Port Using the CLI Menu Overview Access Platforms Unique Features Connecting to the IOLAN Using the Menu Using the Menu DHCP/BOOTP Overview Unique Features Connecting to the IOLAN Using DHCP/BOOTP Using DHCP/BOOTP DHCP/BOOTP Parameters SNMP Overview Access Platforms Unique Features Connecting to an IOLAN Using SNMP Using the SNMP MIB Chapter 4 Getting Started Introduction Easy Configuration Wizard Setting Up the Network Using DeviceManager Using WebManager Using a Direct Serial Connection to Specify an IP Address Using a Direct Serial Connection to Enable BOOTP/DHCP Using ARP-Ping For an IPv6 Network Setting Up the Serial Port(s) Setting Up Users ChapterWorkshop Manual ServiceWorkshop Manual. Audi A3 2004 ?. Direct petrol injection and ignition system (4-cyl. 2.0 ltr. 4-valve turbo). Engine ID. AXX BPY BWA. Edition 11.2005.
Protected by copyright. Copying for private or commercial purposes, in part or in whole, is not permitted unless authorised by AUDI AG. AUDI AG does not guarantee or accept any liability with respect to the correctness of information in this document. Copyright by AUDI AG.
Workshop Manual Audi A3 2004 Direct petrol injection and ignition system (4-cyl. 2.0 ltr. 4-valve turbo) Engine ID AXX BPY BWA Edition 11.2005 Service Service Department. Technical Information
Download Audi Workshop Manual ServiceContent Management Systems for Mobile Tele-EducationMobile communication is the basis for one of the fastest growing business areas at the beginning of the 21 st century. With IMT-2000 (International Mobile Telecommunications 2000), high-speed communication is possible anywhere, at any time, to any communication partner, with almost any device. As IMT-2000 comprises a set of different networking technologies, it provides a communication framework in which a subscriber may freely roam without having to be concerned about which network to use [1]. Hand-over procedures seamlessly integrate in-house networks, campus-based networks, metropolitan and wide area networks.
However, the companies active in the area of mobile computing made huge investments to secure a place for themselves in the IMT-2000 business. These investments must lead to an appropriate revenue achieved by mass acceptance of mobile data services. The outlook is quite optimistic, as the number of worldwide mobile cellular subscribers rose from about 23 millions in 1992 to almost 700 millions in 2000. But mass acceptance must on the one hand be achieved by networking architectures offering adequate quality of service and attractive tariffs. On the other hand, services have to be provided that make potential customers subscribe to a mobile network provider. And as a killer application for IMT-2000 has not been found yet, experts believe that business will be driven by a mixture of applications.
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DownloadSony Vaio VGN-NR100 Series Users ManualAbout the Indicator Lights Connecting a Power Source Using the Battery Pack Shutting Down Your Computer Safely Using Your VAIO Computer Using the Keyboard Using the Touch Pad Using Special-function Buttons Using the Optical Disc Drive Using the ExpressCard Module Using the Memory Stick Media Using Other Memory Cards Using the Internet Using Wireless LAN (WLAN) Using Peripheral Devices Connecting External Speakers Connecting an External Display Selecting Display Modes Using the Multiple Monitors Function Connecting an External Microphone Connecting a Universal Serial Bus (USB) Device Connecting a Printer Connecting an i.LINK Device Connecting to a Network (LAN)
Customizing Your VAIO Computer Setting the Password Setting Up Your Computer with VAIO Control Center Using the Power Saving Modes Managing Power with VAIO Power Management Upgrading Your VAIO Computer Adding and Removing Memory Precautions On Handling the LCD Screen On Using the Power Source On Handling Your Computer On Handling Floppy Disks On Handling Discs On Using the Battery Pack On Using Headphones On Handling Memory Stick Media On Handling the Hard Disk On Updating Your Computer Troubleshooting Computer System Security Battery Internet Networking Optical Discs Display Printing Microphone Mouse Speakers Touch Pad Keyboard Floppy Disks Audio/Video Memory Stick Media Peripherals Support Options
Download pdf Sony Vaio VGN-NR100 Series Users ManualCN-6000 User Manual GuideThis User Manual is provided to help you get the most from your CN-6000 system. It covers all aspects of installation, configuration and operation. An overview of the information found in the manual is provided below. Overview Chapter 1, Introduction, introduces you to the CN-6000 System. Its purpose, features and benefits are described. Chapter 2, Hardware Setup, presents the front and back panel components, and explains how to connect the CN-6000 to your server or KVM switch and the Internet. Chapter 3, Getting Started, describes how to log into the CN-6000 with a browser, and the screen elements that appear on the opening page.
Chapter 4, The Administrator Utility, continues with browser operation procedures. It explains how to connect to the CN-6000 as an administrator; and how to configure the CN-6000 for operation. Chapter 5, The Windows Client, explains how to run the Windows Client Software from the browser. It shows how to connect to the CN-6000 and how to remotely control the connected server (or servers via a KVM switch). Chapter 6, The Java Client, explains how to run the Java Client Software from the browser. It shows how to connect to the CN-6000 and how to remotely control the connected server (or servers via a KVM switch). Chapter 7, The Log File, describes how to use the log file utility from the browser. It explains how to view the events that take place on the CN-6000. Chapter 8, AP Operation, describes how to operate the CN-6000 using applicationObjectivity/.NET for C#The Microsoft .NET framework is a reliable, Internet-focused, and secure software development platform. Microsoft .NET is composed of a unique bundle of features:
• An easy-to-use integrated development environment (IDE)
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• A Common Language Infrastructure (CLI), which enables .NET language interoperability
Objectivity/.NET for C# is a .NET programming interface for Objectivity/DB.
In response to growing market interest in the Microsoft .NET framework, Objectivity, Inc. has developed Objectivity/.NET for C#, which can be used to store and manipulate .NET/C# objects in an Objectivity/DB database. Objectivity/.NET for C# is high-performing and fully interoperable. Consistent with Objectivity, Inc.’s reputation for database storage solution excellence, Objectivity/.NET for C# is a high-performing and fully interoperable .NET database:
• It eliminates the mapping layer between C# and traditional data bases, which improves performance and reduces development effort.
• It uses the C++/CLI managed interface which is directly linked with the multi-language Objectivity/DB kernel. This enables such Objectivity/DB supported languages as, C#, C++, Java, Smalltalk, and Objectivity/SQL++, to all share the same underlying persistent objects in the Objectivity/DB federated database. The advantage of linking the new C++/CLI interface with the Objectivity/DB kernel is that the performance is much better than with message-based alternatives.
• It provides automatic C# code generation for persistent class definitions using the ooddlx tool; Objectivity/Assist can be used as a visual interface to create and generate the persistent defini tions themselves.
• It includes a managed library of Objectivity/DB access methods that can be invoked from C# (or any .NET language).Jade Tutorial Application - Defined Content Languages and OntologiesWhen an agent A communicates with another agent B, a certain amount of information I is transferred from A to B by means of an ACL message. Inside the ACL message, I is represented as a content expression consistent with a proper content language (e.g. SL) and encoded in a proper format (e.g. string). Both A and B have their own (possibly different) way of internally representing I. Taking into account that the way an agent internally represents a piece information must allow an easy handling of that piece of information, it is quite clear that the representation used in an ACL content expression is not suitable for the inside of an agent.
For example the information that there is a person whose name is Giovanni and who is 33 years old in an ACL content expression could be represented as the string (Person :name Giovanni :age 33) Storing this information inside an agent simply as a string variable is not suitable to handle the information as e.g. getting the age of Giovanni would require each time to parse the string. Considering software agents written in Java (as JADE agents are), information can conveniently be represented inside an agent as Java objects. For example representing the above information about Giovanni as an instance (a Java object) of an application-specific class
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