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Making Web 2.0 Work for Your EnterpriseThe introduction of Web 2.0 technologies into the enterprise greatly increases the value of your company?s most important asset: employees? knowledge, relationships and initiative. Increased collaboration accelerates productivity. Making knowledge more visible increases innovation and shortens turnaround times. Your company transforms into a more socially connected organization that reacts faster and more effectively to the market.
The Consumer Web has shown us the power of the Internet as a social, collaborative platform, particularly when compared to existing rigid corporate environments. Wikis, blogs, RSS feeds, social networks, tagging and mashups are flexible, user-driven tools that have the potential to bring many benefits to the enterprise. Leading companies are harnessing Web 2.0 and applying it to build their next-generation workplaces. The new, Enterprise 2.0 workplace becomes an Internet-powered, user-focused and community-centric social fabric. This social Web ties together people, ideas, content, processes, systems and other enterprise artifacts. Importantly, these connections are both explicit (e.g. let?s have a meeting) and implicit (e.g. tracking user activities to rank the relative value of documents).
In addition to connections, another key aspect of the social Web is its participative or do-it-yourself (DIY) nature. Employees are empowered to create and publish content that is easily consumable throughout the company and externally by customers and partners. The social Web captures and makes accessible previously invisible knowledge, an ignites new conversations among employees that lead to new innovations that would not have previously occurred.
However, Web 2.0 in the enterprise has significant differences from the Consumer Web. Enterprises have many mission criticalPractical Artificial Intelligence Programming in JavaEarly AI research emphasized the optimization of search algorithms. This approach made a lot of sense because many AI tasks can be solved by effectively by defining state spaces and using search algorithms to define and explore search trees in this state space. Search programs were frequently made tractable by using heuristics to limit areas of search in these search trees. This use of heuristics converts intractable problems to solvable problems by compromising the quality of solutions; this trade off of less computational complexity for less than optimal solutions has become a standard design pattern for AI programming. We will see in this chapter that we trade off memory for faster computation time and better results; often, by storing extra data we can make search time faster, and make future searches in the same search space even more efficient.
What are the limitations of search? Early on, search applied to problems like checkers and chess mislead early researchers into underestimating the extreme difficulty of writing software that performs tasks in domains that require general world knowledge or deal with complex and changing environments. These types of problems usually require the understanding and then the implementation of domain specific knowledge.
In this chapter, we will use three search problem domains for studying search algorithms: path finding in a maze, path finding in a static graph, and alpha-beta search in the games: tic-tac-toe and chess. The examples in this book should be included in the examples
ZIP file for this book. The examples for thisA Posteriori Defensive Programming: an Annotation Toolkit for DoS-resistant Component-Based ArchitecturesDenial-of-Service (DoS) attacks make a system unavailable to well-behaved users by consuming a disproportionate amount of resources on the target system. DoS typically exploit weakness in the software, for instance consuming the bandwidth of the victim’s network or overloading the computational resources of its system. A lot of factors are involved when trying to build DoS resistant software. To make things worse, most of them are typically unknown during the development of the application. Reasonable hypotheses can facilitate the prevention of such attacks, but new ones can always arise and be exploited to damage systems.
Researchers have studied the nature of these attacks [11, 7] and possible defense methodologies [12, 10], but building DoS resistant software still remains a challenging task. Building robust software can be achieved by adopting different techniques. For instance, in procedural or object-
Download A Posteriori Defensive Programming: an Annotation Toolkit for DoS-resistant Component-Based ArchitecturesDetecting CGI Script AbuseMost Internet servers sit behind firewalls and use detection scripts to send alerts when break?ins are attempted. Some system administrators even run software to detect portscanners and denial?of?service attempts. However, many system administrators still overlook security problems in CGI scripts and web applications.
As demonstrated by recent security alerts, improperly written CGI scripts and web applications can let crackers read system files, obtain passwords, crash the server or worse. A system may be firewalled and hardened against remote logins, FTP access and denial of service attacks, yet have many well?known holes in the server's web applications and CGI scripts.
Trapping 404 errors:
One method we have used to detect CGI script abuse is to redirect all "404 Not Found" responses from the web server to a script that examines the request for suspicious activity. Both Apache and iPlanet / Netscape web servers allow customized error messages. Either custom HTML files can be output or scripts can be executed in response to any of the standard HTTP request errors. Since a properly secured web server will not contain any of the well?known CGI vulnerabilities, any attempt by an outside to look for them results in a 404 Not Found response.
Apache comes with an example script "phf_abuse_log.cgi" you can use to log attempt to access phf. This concept can be expanded to look for any suspicious URL request (such any request containing "/etc/passwd" on a unix server) each time a 404 error is raised in the CGI?BIN directory. Instead of simply writing the activity toImage-based Lighting in Lightwave 3D TutorialThe Lightwave 3D renderer is one of the most widely used in Film and Broadcast production because of its quality, workflow, and speed. It can now do image-based lighting due to a number of architecture enhancements in the 6.0 and 6.5 versions. One of these critical new architectures is a full precision rendering pipeline from top to bottom. Another critical ingredient is a global illumination model. Global illumination simulations produce more accurate images of lighting in scenes, by considering more light sources than simple illumination models.
Light sources include actual lights as well as their diffuse reflection from surfaces, their specular reflection, luminous surfaces, surfaces textured with HDR (high dynamic-range) images, volumetrics, and environments. These simulations produce ‘pixel’ values which vary from millions to millionths. Such results require floating point storage to hold both the bright values over 100% (255), and the subtle shading in the dark areas, which have values less than 1/255, and would become black in a 24 bit image. Preserving very high values as well as subtle gradations is important not only for output, but also for image-based lighting methods which require HDR images to reproduce natural lighting environments.
Download Image-based Lighting in Lightwave 3D TutorialPeugeot 807 Brochures PDF ManualWhen you choose a Peugeot, you’re buying more than an elegant piece of design or a superb piece of engineering, you’re buying a vision – our dream of a marque that embodies your desires and meets your expectations in every way. A vehicle that is the very personification of the Peugeot spirit. This spirit, or essence, of our marque can be summed up in four words. Style, quality, dynamism and innovation – the values that every Peugeot is created around. So what does that mean to you? It means beauty. Stunning design, pure Peugeot lines, the very quintessence of aesthetics as seen by top Peugeot designers. Or roughly translated, a car that makes your heart beat faster every time you look at it. It means a car that you can trust. Every new Peugeot is built to the very highest standards, ensuring technical excellence, superb handling plus peace of mind, and is engineered to achieve optimum active and passive safety. It also means passion. Our passion for creating cars with real poise and precision, cars that communicate with the road and connect with you, lifting your spirits on every journey.
Cars that reawaken your enthusiasm for driving. And it goes without saying that it means intelligence. Innovative designs and features that answer your demands for better, safer, more comfortable and environmentally respectful vehicles (we’ve reduced emissions from our engines and every new car we build is 90% recyclable). These are the strands of Peugeot DNA that you’ll find running through everyF-Secure Linux Server Security Mail Scanning Deployment Guide pdfIntroduction Studies have shown that over 90% of computer viruses spread by e-mail. Virus writers often take advantage of the most commonly used e-mail and groupware systems in order to maximize the speed and effects of viruses. By discovering vulnerabilities in different e-mail systems, they are able to create viruses that are more and more complex and destructive. F-Secure Linux Server Security can be utilized with an existing Mail Transport Agent (MTA) to effectively protect computers against viruses and other malicious content. It protects your corporate network, and also ensures that your company does not send out infected e-mail messages to customers or business partners.
F-Secure Linux Server Security also ensures that you avoid the network downtime, production slowdowns and costs associated with recovering virus-infected systems. 1.1 Key Benefits F-Secure Linux Server Security offers the following benefits: “Realtime Anti-Virus protection. Malware is scanned automatically and transparently in realtime. “Automatic virus definition updates. F-Secure updates the virus definition databases multiple times a day. If there is a new fast-spreading virus in the wild, the updates are taken immediately to use to ensure that you have the best possible protection available. “Riskware and Spyware detection. Riskware and spyware is detected and prevented from entering the organization. “Local protection. F-Secure Linux Server Security offers comprehensive local protection in addition to accurately scanning the emails
Download F-Secure Linux Server Security Mail Scanning Deployment Guide pdfConfiguring Source and Library in Visual Studio .NET 2003Microsoft Visual Studio .NET 2003 is an advanced integrated development environment by Microsoft. It lets programmers to create programs that run on Microsoft Windows and the World Wide Web. In chapter 2, you have generated C# code, exported database schema (DDL) and created persistent library. Now you can create a project for the generated C# code in Visual Studio .NET 2003.
In this chapter:
• Copying Generated Source and Library to Visual Studio .NET Project
• Adding Reference of an Existing Project to DB-VA Generated C# Project
• Testing the Visual Studio .NET Project
Copying Generated Source and Library to Visual Studio .NET Project
You can create Visual Studio .NET project easily because DB-VA supports the generation of C# project file. The project file helps you to configure the generated C# classes, resources files and referenced libraries in Visual Studio .NET.
1. Select C# Project File in the Database Code Generation dialog box.
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Download pdf Configuring Source and Library in Visual Studio .NET 2003Stowaway Universal Bluetooth Keyboard Owners ManualWindows MobileTM 2003 Includes: Asus MyPal A620 iPAQ 2215 Dell Axim x3 iPAQ 4150 iPAQ 1940 iPAQ 4155 iPAQ 1945 iPAQ 4350 iPAQ 2210 iPAQ 4355 Pocket PC 2002 or Windows Mobile 2003 with Socket SD or CF cards. Keyboard Driver: Stowaway 4.0 Configuring the Keyboard to Your Pocket PC Device ENABLING THE KEYBOARD DRIVER 1. To enable the Stowaway BT keyboard, tap the Enable button on the Config screen of the keyboard application. This will open the Keyboard Setup Screen.
NOTE: After the first installation of the driver the Device Setup Screen is opened automatically and this screen is skipped. 2. When the Device Setup Screen is shown, select the Bluetooth wireless keyboard option and tap Setup. This will show the Bluetooth keyboard status page of the Stowaway BT keyboard application. You may also open that page by selecting the BT tab. 3. When the set up begins, the driver will enable the Pocket PC Bluetooth system software; this is also known as the Bluetooth Stack.
Download pdf Stowaway Universal Bluetooth Keyboard Owners ManualBritney’s Guide to Hacking NT in 5 Easy Steps TutorialThis paper is part of a series of educational pieces, to illuminate the importance of a secure environment on the Internet. Too often we hear or see “solutions” to the security problem, promising a silver bullet to stop hackers in their tracks. The scary part is, many IS managers take these promises as truth, and forget about security as soon as they have their firewall in place. Security is a work in progress, it is a job that is never done, an evolving ever changing landscape of problems, and it is easy to see why many people find the task so daunting, that it is swept under the carpet.
It is an expensive and time consuming job, and never easy to accomplish, but I believe these problems need to be brought to light and dealt with. In order to keep up with security needs, the latest exploits have to be tracked, systems patched, the network constantly monitored, and tested. New exploits appear daily, allowing script kiddies, as they are called, easy and complete access over your system, which may contain valuable or sensitive personal or financial data.
Download Britney’s Guide to Hacking NT in 5 Easy Steps Tutorial
