DCS SW 6000 installation manual Windows XP Professional Service Pack 2 and 3 corrections

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Danish Interpretation Systems

Installation Manual

Windows XP Professional Service Pack 2 (and 3) corrections

Windows XP Professional Service Pack 2 and 3 is available from Microsoft; however those service packs have some built in errors, which have to be corrected before running SW 6000.

A description in how to correct the fault can be found below or at http://support.microsoft.com/kb/839279:

1.Make sure that the Log On As account for the MSDTC service is the Network Service account. To do this, follow these steps:

a.Click Start, and then click Run.

b.In the Run dialog box, type Services.msc, and then click OK.

c.In the Services window, locate the Distributed Transaction Coordinator service under Name in the right pane.

d.Under the Log On As column, see whether the Log On As account is Network Service or Local System.

If the Log On As account is Network Service, go to step 2. If the Log On As account is Local System account, continue with these steps.

e.Click Start, and then click Run.

f.In the Run dialog box, type cmd, and then click OK.

g.At the command prompt, type Net stop msdtc to stop the MSDTC service.

h.At the command prompt, type Msdtc –uninstallto remove MSDTC.

i.At the command prompt, type regedit to open Registry Editor.

j.In Registry Editor, locate the following key:

HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\MSDTCregistry key. Delete this key.

k.Quit Registry Editor.

l.At the command prompt, type Msdtc –installto install MSDTC.

m.At the command prompt, type Net start msdtc to start the MSDTC service.

Note that the Log On As account for the MSDTC service is set to Network Service account.

2.Enable MSDTC to allow the network transaction. To do this, follow these steps:

a.Click Start, and then click Run.

b.In the Run dialog box, type dcomcnfg.exe, and then click OK.

c.In the Component Services window, expand Component Services, expand Computers, and then expand My Computer.

d.Right-click My Computer, and then click Properties.

e.In the My Computer Properties dialog box, click Security Configuration on the MSDTC tab.

f.In the Security Configuration dialog box, click to select the Network DTC Access check box.

g.To allow the distributed transaction to run on this computer from a remote computer, click to select the Allow Inbound check box.

h.To allow the distributed transaction to run on a remote computer from this computer, click to select the Allow Outbound check box.

i.Under the Transaction Manager Communication group, click to select the No Authentication Required option.

j.In the Security Configuration dialog box, click OK.

k.In the My Computer Properties dialog box, click OK.

3.Configure Windows Firewall to include the MSDTC program and to include port 135 as an exception. To do this, follow these steps:

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Contents Danish Interpretation Systems Digital Conference SystemDanish Interpretation Systems Installation Manual List of Contents Introduction SW 6000 CD-ROM & Web-site Preparations and RequirementsMinimum requirement CompatibilitySupported Operating Systems Preparations before installationWindows XP Professional Service Pack 2 and 3 corrections Click Add Port on the Exceptions tab Windows Vista correctionsWindows 7 corrections Allowed Programs dialog box, click OK To find the computer name on Windows XP follow these steps Computer NameApplications System designOne PC System Design Technician control Installation designChairman control Installation with Multiple PCs Chairman & Technician control Danish Interpretation Systems Installation Manual Chairman & Delegates control 10 PCs Chairman & Delegates control 10 PCs Installing SW Software Installation‘One PC’ Installation Installing PrerequisitesClick ‘Next’ Accept the License Conditions and click ‘Next’ Danish Interpretation Systems Installation Manual Danish Interpretation Systems Installation Manual Hint ‘Advanced’ InstallationInstalling SW Danish Interpretation Systems Installation Manual Select ‘SW 6000-1’ as the database to be installed Danish Interpretation Systems Installation Manual Creation of the ‘Connection string’ PC with CUA and CAA Installing Prerequisites Danish Interpretation Systems Installation Manual Danish Interpretation Systems Installation Manual License file Installing the CP 6001 Chip Card Programmer Danish Interpretation Systems Installation Manual Danish Interpretation Systems Installation Manual Upgrading from previous versions Upgrading procedure using old Msde Database ServerUpgrading procedure using SQL 2008 Server Express Danish Interpretation Systems Installation Manual Customer logo After installation of SoftwareCreating Database Connections Danish Interpretation Systems Installation Manual Advanced settings ECA Advanced settings CUA, CDACommand line parameters for the CUA and CDA Command line parameters for the ECA Advanced settings CUIPort Setting Command line parameters for the CUIAutomatic logon in XP for a PC not joined to a domain No ‘Windows’ logonAutomatic logon in XP for a PC joined to a domain ValueForceAutoLogon Type Regsz Data Pre-requisite steps before use How to get startedSteps Danish Interpretation Systems Installation Manual Un-install SW 6000 Applications Un-installingUn-install SW 6000 Databases Problems un-installing the SW 6000 Databases Un-install SQL 2008 Express ServerConnect string for Msde Descriptions of the more technical partsDatabase Connect stringDanish Interpretation Systems Installation Manual

SW 6000 specifications

The DCS SW 6000 is a state-of-the-art software-defined radio that stands out in the aviation and telecommunications sectors for its impressive capabilities and advanced features. Designed for both military and commercial applications, the DCS SW 6000 provides unparalleled flexibility and performance, making it an essential tool for modern communication systems.

One of the primary features of the DCS SW 6000 is its robust software architecture, which enables real-time reconfiguration to support various communication protocols and bandwidths. This adaptability allows users to switch between different communication modes with ease, ensuring seamless integration into diverse operational scenarios.

Another critical characteristic of the DCS SW 6000 is its superior signal processing capabilities. Equipped with advanced algorithms, the radio can effectively filter noise and enhance signal quality, allowing for clearer communication even in challenging environments. This feature is particularly valuable in military applications, where the clarity and reliability of communication can be paramount to mission success.

The DCS SW 6000 also incorporates cutting-edge encryption technologies, ensuring that all transmitted data remains secure. This is especially important in military communications, where sensitive information must be protected from interception. The integration of robust encryption protocols makes the DCS SW 6000 a trustworthy option for any organization prioritizing data security.

Moreover, the DCS SW 6000 is designed for interoperability. It can communicate seamlessly with legacy systems while also utilizing the latest in digital communications technology. This feature makes it a versatile solution, enabling organizations to modernize their communication systems without the need to discard existing infrastructure.

The modular design of the DCS SW 6000 allows for easy upgrades and maintenance. Users can quickly replace or enhance specific components without the necessity for complete system overhauls, reducing downtime and associated costs.

Additionally, this software-defined radio is equipped with advanced user interfaces that facilitate easy operation even in high-pressure situations. The intuitive controls and comprehensive display allow operators to quickly interpret data and respond effectively.

In conclusion, the DCS SW 6000 is a leading software-defined radio known for its flexibility, advanced signal processing, encryption capabilities, interoperability, and user-friendly design. Its versatility and reliability make it an ideal choice across various industries, solidifying its position as a crucial component in modern communication systems.