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Guide to Setting Up a Wireless NetworkThis guide has been commissioned by the Department for Education and Skills, in partnership with NIACE (National Institute of Adult and Continuing Education), to support those working with wireless networks for Adult and Community Learning. It has been written by the DirectSupport initiative, which has been supporting UK online centres, Wireless Outreach Projects, and similar Community ICT access programmes, since 2000. DirectSupport is run by the charity ruralnet|uk, together with other community development partners.
The guide is for learning practitioners, and their support staff, who are considering the installation of a new wireless network or want to understand the implications in extending an existing network by using wireless components. It offers information to tutors and community development practioners, who may work in outreach venues, in learning access centres, or in small organisations.
Those who may not have a technical team on call, and require simple DIY guidance on how to set up a small network of computers to share files, printers and connect to an existing Internet connection, will find this guide helpful.
It sets out to explain the basic principles behind wireless networking, the different standards available and the components needed to set up the network. It also discusses how to add a wireless segment to an existing network constructed using cables or wires – a wired network. It covers configuring the network, setting up network security and basic troubleshooting. The guide assumes a basic understanding of computer networking, but is not intended as a comprehensive guide to network design, management orD-Link DCM200 Manual pdfThe DCM-200 provides customers with high-speed access to the Internet through the cable TV (CATV) network. It works on any cable system that complies with MCNS DOCSIS specifications and provides a high-bandwidth connection to the Internet. It can download Web pages almost instantly, transfers files at exceptionally fast speeds, and delivers real-time video and music with unsurpassed quality.
The DCM-200 modem digitizes data and sends it over the cable at up to 10.2 Mbps and can receive transmissions at up to 42.88 Mbps. To give you an idea of just how fast this is, digitized television quality video and audio are transmitted together at about 3 Mbps. The DCM-200 includes both a USB cable interface and a standard RJ-45 port for a 10BASE-T connection to a computer or computer network. When properly configured these connections allow simultaneous data transfers to an existing IP data network or the Internet via the cable company’s network.
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Download PDFForensic Analysis of Microsoft Internet Explorer Cookie FilesSince HTTP is a stateless protocol, websites must place information on a user’s computer if it needs to save information about a web session. For instance, when a user selects a widget and adds it to his shopping cart, that information can be saved on the client computer rather than the web server. The facility to save information in this manner is known as Cookies. A cookie is a small file containing data that the web server places on a user’s computer so it may request back at a later date.
During forensic analysis it is often relevant to parse the information in Internet Explorer’s cookie files into a human readable format. Cookies aid forensic analysts during the investigation by providing insight to a suspect’s internet activity. After analysis of several example cookie files it was found that the format is relatively simple to understand. This paper will document the format of Internet Explorer’s (IE) cookie files for forensic analysis purposes and provide an open source tool to parse the information into a human readable format.
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Download PDFGlobus Toolkit 3.0 Quick StartInstall and run examples Open Grid Services Infrastructure compliant You are a scientist, a businessperson, or an engineer. You are always looking for faster ways to do your computer processing, better ways to store and retrieve your data, more efficient ways to interact with your customers or suppliers or clients, all while spending less money. You may be asking yourself these questions, among others: How can I analyze the value of an investment portfolio in minutes, rather than hours? How can I significantly accelerate the drug discovery process?
How can I cut the design time of products in half, while reducing the instances of defects? How can I efficiently expand and contract to meet cyclical demand? How can I unite research teams around the world to take advantage of the most up-to date knowledge? How can I provide and use share data in a reliable and secure way? How can I leverage my activities consistently by collaborating with other organizations? Ever since the first connection was made between two computers, developers have been using that connection to exploit resources. This work started out simply and grew into more complex applications, such as file sharing, print sharing, and e-mail, then grew to distributed computation across a group of networked machines. Generally, these tasks were born from the needs of a single user or developer, and evolved over time through a standardization process or by momentum into a de-facto standard to the point where different computers, from different vendors, running applications writtenMac OS X System Hardening Guidelines for Faculty and Staff DesktopsSystem security is important! If you ask the question, “Who would want to break into this system or why would they want to?,” the how and why of this line of questioning could fill volumes. The “who” could be anyone whether they have legitimate access or not. The “why” is simple: free computing resources, access to data, damaging your system, embarrsing the university. A compromised system can quickly become a liability as it can affect the network or operations on other machines both locally and remotely.
System security is a critical issue for the safety of your computer, the data on it, and possibly, the other computers on the network. This process of increasing system security is called system hardening. It is not a one-time event; it is a dynamic and reiterative process. Security holes are discovered daily in operating systems and programs. A secure system today may not be secure tomorrow. Some precautions taken now will save you from problems later.
There is no “magic bullet” for securing a system. Every aspect of the system and its maintenance must be considered when securing it. Securing in layers while adding granularity at each level is the best approach. For example, physical security is one layer. An example of adding granularity to physical security is to use badge access to the area where a machine is located. Host security could be considered at the top layer. An example of granularity at this layer is making sure all unnecessary Internet services are off. OneAn Overview Of C#.NET PaperC# is one of the family of languages Microsoft has designed to be part of its .NET framework. This paper gives a comprehensive introduction to C#, but before we start it is necessary to outline some of the .NET concepts that will underpin the discussion in this paper. C# is part of the .NET Common Language Infrastructure (CLI). The CLI is a framework that enables the multiple .NET languages to talk to each other, and is specifically designed for strongly types languages.
The CLI is comprised of the Common Intermediate Language (CIL) – a common machine independent language into which all .NET applications are “compiled”, the Common Type System (CTS) – a set of types that can be used interchangeably between the .NET languages, and the Virtual Execution System (VES) – which just-in-time compiles the CIL into native assembly code. The complete set of rules that enable all .NET language to talk to each other is called the Common Language System (CLS).
A compiled C# program also contains a block of metadata (data about the program itself) called a manifest. This metadata allows reflection and effectively eliminates the need for the registry.
Download pdf An Overview Of C#.NET PaperData 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 Benchmark
