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Cisco 827-4V ADSL Router Voice-Enabled Business-Class ADSL AccessThe Cisco 827-4V business-class ADSL router is ideal for up to 20 users in a small business or as an enterprise telecommuting solution to provide.
Cisco Systems, Inc. All contents are Copyright © 1992–2002 Cisco Systems, Inc. All rights reserved. Important Notices and Privacy Statement. Page 1 of 14 Data Sheet Cisco 827-4V ADSL Router Voice-Enabled Business-Class ADSL Access through the Power of Cisco IOS ® Technology The Cisco 827-4V business-class ADSL route provide business-class functionality for small businesses, small remote offices and corporate teleworke through the power of Cisco IOS technology. It enables service provide and reselle to increase service revenue by supporting features for business-class security, integrated toll-quality voice/ data, differentiated classes of service, and managed network access. These value-added features, along with the manageability and proven reliability of Cisco IOS technology, provide the mission-critical networking that businesses require. Figure 1: Cisco 827-4V ADSL Router The Cisco 827-4V router is a member of the award-winning Cisco 800 series. With the software upgradeable platform of the Cisco 827-4V router is a memeber of the award- winning Cisco 800 series. With the software upgradeable platform of the Cisco 827-4V router, service provide and reselle can increase revenue by offering DSL services today and
get pdfGalaxy Installation & User GuideThere are a variety of ways to connect the Galaxy to the print server. Some offer improved performance, and some offer-improved performance along with the ability to locate the printer or plotter some distance away from the RIP. Here are the most common options, all of which are supported directly or indirectly by OpenRIP for PlanetB:
USB connection:
The new standard for connecting printers to computers is the universal Serial Bus (USB) port. It passes data to the printer much more quickly, while requiring fewer system resources to do so. The Galaxy uses USB 2.0 the port is located on the backside of the machine, next to the power cord.
Installing the Print Driver
1. Insert the Epson 7600 installation disk into the Printer Server. Select the 7600 Dye printer, and then click the right arrow.
2. The installation disk will begin loading the software.
3. A compatibility warning will appear, disregard and Click Continue Anyway.
4. The software will begin to look for the Galaxy. Click on Discontinue Search to finish the setup.
5. The compatibility warning will pop-up again, Click Continue Anyway.
6. The driver has been installed, Click OK to continue with the setup.
7. Using the USB cable connect the print server to the Galaxy, turn the Power on to the Galaxy.
Download pdf Galaxy Installation & User GuideRails HOW-TO: Authenticating with WebAuthHaving authenticated with WebAuth using an SSO username and password, the PHP script is executed. As you can see, the PHP script is passed a parameter which is the URL of a login page of a Rails application. The only thing the PHP script does is to redirect to that URL passing a parameter that is a base64 encoded string: https://www.abcd.ox.ac.uk:8113/apps/contacts/login?id=base64string The id parameter is the base64 encoded version of an encryption of the username and the current date and time.
The login method of the Rails application looks at the id parameter, decodes it and then unencrypts it. So it now has the username and the date and time. In order to avoid replay attacks, the Rails application checks that the date and time refers to a recent date and time. It also checks that the username is in a list of valid usernames. If both these tests are passed, it sets a session variable (session[:user_id]) to "OK"; otherwise, it is set to "BAD". Having authenticated, subsequent methods of the Rails application are executed in the usual way, i.e., by using the URL of the method, e.g.: https://www.abcd.ox.ac.uk:8113/apps/contacts/add
We need to alter the code of the controller of the Rails application so that it has a call of before_filter.
This call can ensure that a method called authenticate is called before any method of the Rails application is called. The authenticate method can be similar to the authenticate method introduced in the document Rails HOW-TO: Apache and Basic Authentication, which is availablePrevention the Overtaking Google Desktop PDFThis paper describes an innovative attack methodology against Google Desktop which enables a malicious individual to achieve not only remote, persistent access to sensitive data, but full system control as well. This outcome is the result both of the integration between the Google.com Web site and Google Desktop, and Google Desktop’s failure to properly encode output containing malicious or unexpected characters. This represents a significant real world example of a new generation of computer attacks.
These attacks take advantage of Web application vulnerabilities and the increasing power of the Web browser. Their purpose is to remotely access private information. Unlike traditional computer penetration attacks, there is no need for binary code to be injected.
Download Overtaking Google Desktop PDFCisco Aironet Wireless LAN Adapter TroubleshootingThis chapter provides general information for diagnosing and correcting common problems encountered when installing or operating a Cisco Aironet Wireless LAN Adapter.
The following topics are covered in this section:
• Accessing the Latest Troubleshooting Tips, page 9-2
• Interpreting the Indicator LEDs, page 9-2
• Problems after Installing the Driver, page 9-3
• Radio Not Found, page 9-3
• Client Adapter Recognition Problems, page 9-3
• Problems Associating to the Access Point, page 9-3
• Problems Authenticating, page 9-4
• Problems Connecting to the Network, page 9-4
• Running the Troubleshooting Tool on Mac OS X, page 9-5
Interpreting the Indicator LEDs
The client adapter shows messages and error conditions through its two LEDs:
• Link Integrity/Power LED (green)—This LED lights when the client adapter is receiving power and blinks slowly when the adapter is linked with the network.
• Link Activity LED (amber)—This LED blinks quickly when the client adapter is receiving or transmitting data and blinks in a repeating pattern to indicate an error condition.
Download pdf Cisco Aironet Wireless LAN Adapter TroubleshootingBrodersen Industrial Modems UCM-81 UCM-82 UCM-87 Leased Line 14.4kbps User GuideThe UCM-8x modems are a series of general-purpose industrial modems, which can be used for data communication through Public Switched Telephone Networks (PSTN) or Leased/Private Lines. The modems can operate in 2-wire, full-duplex, asynchronous modes at line rates up to 33.6 Kbps and can perform complete handshake and data rate negotiations. Tone and pattern detection functions required by the applicable ITU or Bell standards are supported and dialling, call progress, and the telephone line interface are supported and controlled through the AT command set.
The modem connects to the DTE (Data Terminal Equipment, such as a PC, industrial controller or telemetry outstation) via a serial interface (EIA RS232). The module has 2 interface ports: Serial interface, RS 232 (9 pole sub-D) with hardware handshake control lines - and the telephone line interface. (6 pole RJ11 modular jack). The built-in power supply for 12-48VDC, is provided with galvanic isolation. The modems are made in industrial 108mm wide aluminium housing for DIN rail mounting.
Download pdf Brodersen Industrial Modems UCM-81 UCM-82 UCM-87 Leased Line 14.4kbps User GuideOptiVisor 400 Mini-OTDR User Guide pdfOTDR Models OTDR Basic Principles Conventions 2 Safety Information Laser Safety Information (Models without VFL) Laser Safety Information (Models with VFL) Electrical Safety Information 3 Getting Started with Your OptiVisor 400 Installing or Upgrading the Software Inserting and Removing Test Modules Turning the OptiVisor 400 On or Off Launching the OptiVisor 400 Application Understanding the Timer Exiting the OTDR Test Application Installing an External Keyboard Installing an External Printer Installing a PC Card Detecting Live Fibers 4 Setting Up Your OptiVisor 400 Installing the Universal Interface (UI) Cleaning and Connecting Optical Fibers Naming Trace Files Automatically
5 Testing Fibers in Auto Mode Acquiring Traces Activating or Deactivating the Fault Finder Features OptiVisor 400 6 Testing Fibers in Advanced Mode Setting the Autorange Acquisition Time Setting the IOR, RBS Coefficient and Helix Factor Setting Distance Range, Pulse Width and Acquisition Time Enabling the High-Resolution Feature Enabling or Disabling Analysis After Acquisition Setting Pass/Fail Thresholds Setting a Default Span Start and Span End 7 Testing Fibers in Template Mode Template Principle Restrictions of Template Mode Processing Traces Acquiring the Reference Trace Acquiring Traces in Template Mode Selecting a Reference Trace 8 Customizing Your OptiVisor 400 Customizing the Acquisition Distance Range Values Customizing the Acquisition Time Values Specifying Regional Settings Selecting a Startup Application Activating or Deactivating the Touchscreen Keyboard Activating or Deactivating the Backlight Setting Brightness and Contrast Recalibrating the Touchscreen optiVisor 400 9 Analyzing Traces and Events Opening Trace Files Trace Display and Events Table Description Locating Events in the TraceUsing AutoCAD to learn Unit OperationThis contribution presents the main results of a work developed through AutoCAD to draw details of Unit Operations Equipments for Chemical Industries. This work is part of an engineering education branch (REENGE) of a Brazilian Program for Engineering Development (PRODENGE). The main purpose of this work is to incentive the students application of AutoCAD at Chemical Engineering College of Campinas State University (UNICAMP). In order to accomplish this some 3-D sketches of mixers and filters were drew thrpough AutoCAD. This sketches provide a way to examine small equipment details as well as to see a full equipment, allow rotate the objects to obtain upper and side views through many simultaneous windows.
This contents are the result of a review in the literature and an access through Internet was provided so the benefits are extended to all that has got a Internet connection.
This scientific initiation paper is a part of the PRODENGE - REENGE project of the Chemical Engineering Faculty of the UNICAMP. This project has the reengineering of the engineering teaching in Brazil as its objective. In order to meet this, the national members of this project aim the engineering courses integration, the introduction of new teaching methodologies and the faraway teaching via Internet. Faraway teaching means all kinds of learning procedure which is developed by the student working interactively with the computer. Hence it can be done either in a in house Lab or in any place where Internet facilities are available.
With these aims in mind, the study has beenEnhance J2EE Component Reuse with XDocletThis tutorial shows J2EE developers how to use XDoclet to speed development. XDoclet simplifies continuous integration between components using attribute-oriented programming. It allows you to radically reduce development time by generating deployment descriptors and support code, allowing you to focus on application logic code. If you are a J2EE development veteran, then you realize keeping code in sync with deployment descriptors can be a drag. Often you may need to reuse components with other applications or in other environments like other application servers or with other database systems. You need to keep separate deployment descriptor for each application/environment combination, even if only one or two lines of the large deployment descriptor changes, you need to have a deployment descriptor for every possible configuration.
This can really slow down development. At times you may feel you spend more time syncing deployment descriptors than writing code. XDoclet facilitates automated deployment descriptor generation. As a code generation utility, it allows you to tack on metadata to language features like classes, method, and fields using what looks like JavaDoc tags. Then it uses that extra metadata to generate related files like deployment descriptor and source code. This concept has been coined attribute-oriented programming (not to be confused with aspect-oriented programming, the other “AOP”). XDoclet generates these related files by parsing your source files similar to the way the JavaDoc engine parses your source to create JavaDoc documentation. In fact earlier versions of XDoclet relied on JavaDoc. XDoclet, like JavaDoc, not only has access to theseStatic Mesh PipelineCreating art in a 3D modeling package such as Max or Maya and then trying to get it to work in the Unreal Editor can sometimes be quite a feat, especially if you’ve never done it before. Hopefully this process will provide a basic understanding of the art pipeline for Unreal Ed and answer any questions you may have about getting your static meshes from the 3D package of your choice into the Unreal Editor and into your Mod.
First off, what is a static mesh? In Unreal Ed, a static mesh is a piece of geometry that does not have any animations. This is not to say it won’t move in game. A few examples of static meshes would be the decorative piping you see running along walls or ceilings, a tree stump, or even an elevator lift that moves once you step on it. In the case of the elevator lift, it is animated using Matinee, Unreal’s key frame animation system, not an external 3D package such as Max or Maya. For more examples of static meshes, simply hop into Unreal Ed, open up your favorite package and look at the static meshes in there.
Note: This tutorial is being created using Maya 2008 as the 3D package of choice. There are slight differences and peculiarities in how you export models from the various 3D packages.
Download pdf Static Mesh Pipeline
