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Data Warehouse Performance: Unisys and Microsoft Achieve Record-setting BenchmarkUnisys and Microsoft collaborated on a proof of concept to demonstrate that the Microsoft SQL Server 2005 product suite will support even the most demanding enterprise business intelligence initiatives. The proof of concept shows that SQL Server 2005 can deliver the same or better results for a high-performance enterprise-class data warehouse than the more-costly alternatives.
We delivered an optimized data warehouse solution using SQL Server 2005, SQL Server 2005 Integration Services, and SQL Server 2005 Analysis Services on a Unisys ES7000/one Enterprise Server with x64 processors. We conducted a series of tests for extraction, transformation, and load (ETL) operations and online analytical processing (OLAP) cube building. These tests measured throughput, scalability, and performance as the amount of data and execution parallelism were increased. SQL Server 2005 demonstrated the ability to use all available CPUs and memory for both the bulk data load and cube processing testing. In this proof of concept we outperformed the direct competition (Oracle-based solutions) by at least 45 percent. The test results documented in this paper prove that the SQL Server 2005 suite running on the Unisys ES7000 server can take advantage of parallelism and multiple processors to deliver extremely high rates of ETL and OLAP cube processing throughputs. Our team of 12 specialists from Unisys, Microsoft (U.S. and Germany), and Platon implemented this fully-functional data warehouse in less than three weeks.
Download pdf Data Warehouse Performance: Unisys and Microsoft Achieve Record-setting BenchmarkPreservation Of Web Resources: The JISC PoWR ProjectThis paper describes the work of the JISC-funded PoWR (Preservation Of Web Resources) project which is developing a handbook on best practices and advice aimed at UK higher and further educational institutions for the preservation of Web sites and Web resources. The paper summarises the challenges institutions face in preserving Web resources, describes the workshops organized by the project in order to identify the challenges and identify appropriate best practices, and outlines areas in which further work is required.
The preservation of Web resources is a topic that is of interest to many involved in digital curation issues. It presents many interesting technical challenges in terms of capture and access, and organisational and resourceoriented problems, some of which are shared with other aspects of digital preservation and some of which are unique to Web resources. How does one select material? When are we trying to preserve information and when is it the experience, behaviour or appearance that is paramount? How straightforward is it to move Web resources between curatorial environments? Most everyone knows that information persistence on the Web is a fragile thing. And, as Rusbridge has observed [1] even those who care about information persistence don’t necessarily do a good job of it on their Web sites. This, despite the fact that good advice about URI persistence has been available for some time [2]. URI persistence is just one small (albeit important) part of the problem that illustrates the wider issues that surround Web preservation in an institutional context.
Download pdfPrevention 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 PDFTrue Blue Newsletter Volume II Issue III 2006.pub2002 Audi S4. 7. 1996 Acura Integra. 8. 1997 Acura Integra … 2001 Audi S4. Auto theft is covered under. the comprehensive section of
5. 1995 Acura Integra
6. 2002 Audi S4
7. 1996 Acura Integra
8. 1997 Acura Integra
9. 2001 Acura Integra
10. 2000 Jaguar XJR
11. 1994 Acura Integra
12. 2005 Suzuki Aerio
13. 2004 Suzuki Aerio
14. 1998 Land Rover Range Rover
15. 1998 Jaguar XJR
16. 2003 Mercury Marauder
17. 2000 Acura Integra
18. 2002 Cadillac Escalade
19. 2000 Audi A8
20. 2000 Audi S4
21. 1993 Mercedes-Benz 600
22. 1995 Land Rover Range Rover
23. 2005 Cadillac Escalade
24. 2000 Honda Civic
25. 2001 Audi S4
Auto theft is covered under the comprehensive section of an auto insurance policy. Theft coverage applies to the loss of the vehicles as well as parts of the car such as air bags. Comprehensive coverage, which is not mandatory, also pays for fire, vandalism and weatherrelated damage including damage from flooding and earthquakes. Premium rates for comprehensive insurance are affected by the risk of loss, meaning the likelihood that an insured car will be stolen or damaged and the car’s value at the time of the loss. The dollar size of claims has been going up, reflecting the higher value of new cars on the road, the value of the cars…
Download Audi Newsletter PDFEffect of pH on Hair Resilience ManualThere are three components to this lesson, outlined below. Complete the activities in order to answer the central question of this lesson: “How does understanding the chemistry of hair care, including the role of pH, help in the development of better hair care products?”
Part I: Determining the pH of shampoo samples
Using the shampoo samples given to you by your teacher, determine the pH of each of the samples. You can determine pH by using a method familiar to you, such as using pH strips or probes. Record the pH of your shampoo samples below:
Shampoo name pHPart II: Treating hair samples in solutions of varying pH Complete the following activity in your lab group and answer the questions that follow.
Procedure:
1. Obtain 4 wooden splints; 4 test dishes; 20 strands of the same type of hair; and 4 strips of tape.
2. Clean the 4 dishes in pH neutral solution and rinse thoroughly with distilled water. (Be sure to clean all glassware after each use so that the samples are not contaminated.)
3. Label the test dishes pH 2.0, pH 6.0, pH 10.0, and pH 12.0. Add 10 mL of the appropriate pH solution to each of the dishes.
4. Tape 5 strands of hair to each splint with one end fastened, and the other end free to be immersed in the test solutions. Label the ends of each splint with pH 2.0, pH 6.0, pH 10.0, and pH 12.0.
5. Put each splint into the corresponding solution. Allow the hair to be exposed for 10Implementing a Caching and Tiling Map Server: a Web 2.0 Case StudyModern Geographical Information Systems (GIS) [1] provide a service-oriented architecture for interacting with geographical data sets and related maps. Web-based GIS systems are architected around the same principles as more general Web service systems based on SOAP [2], WSDL [3], and REST. Mirroring the World Wide Web Consortium and OASIS Web service standards-making bodies, the Open Geospatial Consortium [5] defines open standards for messages, XML data formats, and access protocols that are specific to the GIS community. In addition to OGC-based services, there are many companies (such as ESRI and AutoDesk) that provide proprietary, commercial solutions. Services from these various providers are not normally interoperable.
The methods of the traditional GIS community have been challenged in the last two years by the emergence of new, lighter-weight approaches towards building clients and integrating data. The availability of Google Maps, Google Earth, Microsoft’s TeraServer, Yahoo! Maps and similar systems has enabled enthusiasts and part-time developers to make highly interactive Web interfaces to these companies’ services and to integrate their maps with local data. Google Maps in particular is an important example of the so-called Web 2.0 development approach [6]: Google has built and maintains a high performance, highly scalable map service (available for free) that has a relatively simple, JavaScript-based programming interface. This simple but powerful public interface to a very complicated service is the hallmark of Web 2.0, since it democratizes the client development process: very little programming skill is required to build custom Web applications and to combine them with dataNeptun DVD Manual GuideWhen using the programs and files contained on the DVD it is imperative to take into account the respective terms of license of the software manufacturers. Dissemination, reproduction or electronic distribution of the Neptun DVD - whole or in part - is prohibited. Unless otherwise stated in the software manufacturer’s terms of license commercial use of the software packages is prohibited. Furthermore, the user must comply with the ‘User Regulations for Telematics’ at ETH Zurich (BOT http:/ www.rechtssammlung.ethz.ch/pdf/203.21_BOTfinal-2005.pdf).
Limitation of Liability ETH Zurich is not liable for the quality or suitability of the software packages. Under no circumstances can ETH Zurich, its organs, employees or agents be held responsible for any kind of direct or indirect damage stemming from owning or using the Neptun DVD or malfunctions of the DVD and the software contained thereon. This ‘Limitation of Liability’ includes all disadvantages or damage (including business deficits, loss of earnings, loss of income, libel, missuse or other claims) the user may encounter as a result of using the software packages contained on the DVD.
Download pdf Neptun DVD Manual GuideGoogle's Search Engine Optimization Starter GuideWelcome to Google's Search Engine Optimization Starter Guide. This document first began as an effort to help teams within Google, but we thought it'd be just as useful to webmasters that are new to the topic of search engine optimization and wish to improve their sites' interaction with both users and search engines. Although this guide won't tell you any secrets that'll automatically rank your site first for queries in Google (sorry!), following the best practices outlined below will make it easier for search engines to both crawl and index your content.
Search engine optimization is often about making small modifications to parts of your website. When viewed individually, these changes might seem like incremental improvements, but when combined with other optimizations, they could have a noticeable impact on your site's user experience and performance in organic search results. You're likely already familiar with many of the topics in this guide, because they're essential ingredients for any webpage, but you may not be making the most out of them.
Even though this guide's title contains the words "search engine", we'd like to say that you should base your optimization decisions first and foremost on what's best for the visitors of your site. They're the main consumers of your content and are using search engines to find your work. Focusing too hard on specific tweaks to gain ranking in the organic results of search engines may not deliver the desired results. Search engine optimization is about putting your site's best foot forward whenCode Architects Practical Guidelines IntroductionAs weird as it might sound, you are reading a book that was born almost accidentally. When we began to work on this material, we weren’t even thinking of writing a book. Our initial, quite unpretentious goal was to define a list of guidelines for internal use in Code Architects, the software company we founded in 2002.
We founded Code Architects when we realized the extent of the Microsoft .NET Framework potential and the impact it would have on the developers’ community and on the way enterprise-level applications are designed and implemented. Before long, we found ourselves working on software projects that included 400,000 lines of code, mainly written in C# but with some portions developed with Visual Basic. Projects of this size are simply too large for just one or two programmers, and you need more than plain good will to write them in an orderly way. Instead, you need coding discipline and, above all, a set of well-defined and proven guidelines. These guidelines are essential when many developers with different expertise levels and knowledge backgrounds work at the same project.
In the long run, our initial checklist of recommended practices grew in size and included special cases and exceptions meant to accommodate the imperfect world of software development. We also added code examples and short sample projects. But foremost, we discussed nearly all the guidelines in our internal forum and weighed the opinions of Code Architect’s’ team of .NET experts, which includes renowned writers and conference speakers (who are mentionedProgramming Guide for Linux USB Device DriversThe development of the Linux USB subsystem started in 1997 and in the meantime it was redesigned many times. This implied various changes of its internal structure and its API too. So it is even hard for experienced device driver developers to keep up to date with all ongoing discussions and current changes.
This document should give detailed information about the current state of the USB subsystem and its API for USB device drivers. The first section will deal with the basics of USB devices. You will learn about different types of devices and their properties. Going into detail you will see how USB devices communicate on the bus. The second section gives an overview of the Linux USB subsystem [2] and the device driver framework. Then the API and its data structures will be explained step by step. The last section of this document contains a reference of all API calls and their return codes.
The Universal Serial Bus
In 1994 an alliance of four industrial partners (Compaq, Intel, Microsoft and NEC) started to specify the Universal Serial Bus (USB). The bus was originally designed with these intentions:
- Connection of the PC to the telephone
- Ease-of-use
- Port expansion
The specification (version 1.0) was first released in january 1996 and the latest official version 1.1 was released in september 1998 [4]. The document is still under development and a version 2.0 was announced in 1999. More information and all specification papers can be found in [1]. The USB is strictly hierarchical and it is
