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Install Nvidia and ATI Video Drivers on openSUSE PDF ReviewATI/Nvidia installation guide for openSUSE 10.2 Let’s say you have chosen openSUSE 10.2 as your default Linux distribution and now you need to install your video card’s driver, be it either Nvidia or ATI. This guide will teach you the easiest ways to achieve that. Nvidia Installation We first need to install the official openSUSE Nvidia repository. Open up a console and type the following: [CODE=0]rpm –import ftp://download.nvidia.com/novell/repodata/repomd.xml.key [CODE=1] Now let’s add the YUM repository, by opening YaST and clicking on “Software” and then on the “Installation Source”.
In the new window which will appear, click the Add button, then select the “Specify URL…” option, hit Next and paste there the following line:
Download Install Nvidia and ATI Video Drivers on openSUSE PDF ReviewOntology Maturing: a Collaborative Web 2.0 Approach to Ontology EngineeringMost of the current methodologies for building ontologies rely on specialized knowledge engineers. This is in contrast to real-world settings, where the need for maintenance of domain specific ontologies emerges in the daily work of users. But in order to allow for participatory ontology engineering, we need to have a more realistic conceptual model of how ontologies develop in the real world. We introduce the ontology maturing processes which is based on the insight that ontology engineering is a collaborative informal learning process and for which we analyze characteristic evolution steps and triggers that have users engage in ontology engineering within their everyday work processes.
This model integrates tagging and folksonomies with formal ontologies and shows maturing pathways between them. As implementations of this model, we present two case studies and the corresponding tools. The first is about image-based ontology engineering (introducing so-called imagenotions), the second about ontology-enabled social bookmarking (SOBOLEO). Both of them are inspired by lightweight Web 2.0 approaches and allow for realtime collaboration.
Within state-of-the-art semantic approaches, ontologies have emerged as the key to enable more advanced technological support for end users and their work processes, which particularly applies to knowledge work. However, current research and development concentrates more on what we can do as soon as we have ontologies—rather than having a closer look at the processes of creating and especially maintaining such domain-specific ontologies. In real-world settings these issues are crucial to fulfill the users’ needs and currently insufficiently dealt with.
It is usually acknowledged that ontologies areCisco SystemsWhen it comes to the Internet, Cisco Systems has developed a reputation ... the last bill of material update in the Cisco ERP system once goods have
Get PDFDell Precision M6300 Review pdfWhen it comes to mobile computing systems few companies are able to claim families of products so successful as Dell which just announced the 10th anniversary of the Precision lineup and the company decided to launch a special edition laptop just for this occasion. The Precision M6300 notebook is here now to replace the older Precision M90 model and it is aimed at the business market. From the outside the new Dell laptop, the Precision M6300, features a “Road Ready” chassis design based on a magnesium alloy casing which allowed the manufacturing company to reduce the total weight of the laptop.
On the hardware department, the Precision M6300 is based on Intel’s mobile computing platform, the Santa Rosa. As a central processing unit the M6300 comes equipped with an Intel Core 2 Duo X7900 CPU which has a standard running frequency of 2.8GHz as well as a frontside bus speed of 800MHz. Just like most other notebooks based on the Intel Santa Rosa platform, the new Dell comes with a maximum of 4GB DDR2 of random access memory which is fully supported thanks to the 36-bit addressing system, even for 32-bit operating systems. The M6300 comes with a discrete graphics card based on the Nvidia Quadro FX 1600M graphics processing units which has 256MB of dedicated video memory and can additionally share 256MB because of the implemented TurboCache technology.
Review by: news.softpedia.com
Download Dell Precision M6300 Review pdfEclipse Platform Technical Overview #2 ManualThis is the part 2 from eclipse platform technical overview before. The Eclipse Platform is designed for building integrated development environments (IDEs), and arbitrary tools. This paper is a general technical introduction to the Eclipse Platform. Part I presents a technical overview of its architecture. Part II is a case study of how the Eclipse Platform was used to build a full-featured Java development environment. Introduction When people speak of Eclipse, they very often mean the Eclipse Software Development Kit (SDK) which is both the leading Java™ integrated development environment (IDE) and the single best tool available for building products based on the Eclipse Platform.
The Eclipse SDK, a critical piece of the Eclipse tapestry, is a combination of the efforts of several Eclipse projects, including Platform [http://eclipse.org/platform], Java Development Tools (JDT [http://eclipse.org/jdt]), and the Plug-in Development Environment
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Download PDFBreaking into computer networks from the Internet PDFWhat is this document about anyway? While I was writing this document a book “Hack Proofing Your Network” was released. I haven’t been able to read it (dunno if its in print yet, and besides - everything takes a while to get to South Africa). I did however read the first chapter, as it is available to the public. In this chapter the author writes about different views on IT security - hackers, crackers, script kiddies and everything in between. I had some thoughts about this and decided that it was a good starting point for this document. I want to simplify the issue - let us forget motives at the moment, and simply look at the different characters in this play. To do this we will look at a real world analogy. Let us assume the ultimate goal is breaking into a safe (the safe is a database, a password file, confidential records or whatever).
The safe is located inside of a physical building (the computer that hosts the data). The building is located inside of a town (the computer is connected to a network). There is a path/highway leading to the town and the path connects the town to other towns and/or cities. (read Internet/Intranet). The town/city is protected by a tollgate or an inspection point (the network is protected by a firewall, screening router etc.) There might be certain residents (the police) in the town looking for suspicious activity, and reporting it to the town’s mayor (the policeDocuments To Go Getting Started ManualInstallation questions Components of Documents To Go Main features and file types supported Using Documents To Go for the first time Using the desktop application Using the handheld applicationFor additional help Other DataViz products Installation questions 1| Where are my Registration Number and Activation Key located? If this software was purchased from a retail software store, mail order catalog, online store, etc…
If you purchased from a retail store or mail-order catalog, your registration number and activation key can be found on the CD sleeve included with your product. If you purchased from an online store your registration number and activation key can be found in your order confirmation e-mail and the online store should have them on file for you. If this software was purchased directly from DataViz… Your registration number and activation key can be found printed on your invoice as well as printed on the stickers included with your invoice. You will also receive an email with these important numbers. Be sure to save these numbers in case you need to re-install.
Download Documents To Go Getting Started ManualWrecking Ball TutorialIn this tutorial you will use 3D Studio Max 6 and reactor to set up a physics simulation. Using these animation tools you will create a wrecking ball (swinging chain with heavy ball on the end used to break things, see figure 1). This tutorial will touch on some of the key elements to remember when using reactor. After completing this tutorial you will be able to create chains and hopefully you will avoid common mistakes that often frustrate people when using these techniques. This tutorial will give you the knowledge to explore and experiment with most of the reactor tools. If used properly, reactor is a powerful tool.
To Get Started: It Only Takes One, Create the Chain-Link
Step 1. Open 3D Studio Max 6, or if it is already open, reset the scene.
Step 2. To start, draw a Torus in the front view-port. Radius 1 should be 60. Radius 2 should be 6. Use 26 segments and 15 sides. The parameter’s roll out should look like figure 2
Step 3. Now convert the torus into an editable poly and activate the vertex sub-object.
Step 4. Now drag-select the top half of the torus. This will select the vertices on the top of Torus01. Select the move tool. Move these vertices up to create the shape of a chain link. In the picture below the vertices were moved 72 units up. See Figure 3 for an example of this step.
Download pdf Wrecking Ball TutorialEclipse Attacks on Overlay Networks: Threats and Defenses PDF PaperOverlay networks are widely used to deploy func-tionality at edge nodes without changing network routers. Each node in an overlay network maintains connections with a number of peers, forming a graph upon which a distributed application or service is implemented. In an “Eclipse” attack, a set of malicious, colluding overlay nodes arranges for a correct node to peer only with members of the coalition. If successful, the attacker can mediate most or all communication to and from the victim. Furthermore, by supplying biased neighbor information during normal overlay maintenance, a modest number of malicious nodes can eclipse a large number of correct victim nodes.
This paper studies the impact of Eclipse attacks on structured overlays and shows the limitations of known defenses. We then present the design, implementation, and evaluation of a new defense, in which nodes anonymously audit each other’s connectivity. The key observation is that a node that mounts an Eclipse attack must have a higher than average node degree. We show that enforcing a node degree limit by auditing is an effective defense against Eclipse attacks. Furthermore, unlike most existing defenses, our defense leaves flexibility in the selection of neighboring nodes, thus permitting important overlay optimizations like proximity neighbor selection (PNS).
Download Eclipse Attacks on Overlay Networks: Threats and Defenses PDF Paper
