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Tutorial 3Ds Max: 3D Seated PeopleHow to integrate image-based models into geometric scenes What it’s all about ArchVision’s 3D Seated People Collection provides visualization professionals with another important way to add rich detail to their scenes. With image-data available from every point around the Z-axis, this collection maintains the illusion of 3D without the processing overhead required with geometric solutions. This assorted collection of 30 casually and professionally dressed people will help bring scenes from offices to theaters to life like never before.
What to watch for: Because RPCs are composed of 2D images, there are some issues to be aware of when using this collection. Placement of the RPC relative to the seating surface geometry is especially important so as to maintain the illusion of 3D without the RPC to appear like it’s “floating” above the seat surface. Also, the image-data for each RPC was collected with a standard seat height. We have sizedthe RPCs to maintain consistency between them. However, for your specific needs, you may need to resize the content to create the desired effect.
Download this PDF for Tutorial 3Ds Max: 3D Seated PeopleDefeating the Stack Based Buffer Overflow Prevention Mechanism of Microsoft Windows 2003 ServerThis paper presents several methods of bypassing the protection mechanism built into Microsoft’s Windows 2003 Server that attempts to prevent the exploitation of stack based buffer overflows. Recommendations about how to thwart these attacks are made where appropriate. Introduction Microsoft is committed to security. I’ve been playing with Microsoft products, as far as security is concerned, since 1997 and in the past year and a half or two I’ve seen a marked difference with some very positive moves made. In a way they had to. With the public relations crisis caused by worms such as Code Red Microsoft needed to do something to stem the flow of customers moving away from the Windows OS to other platforms.
Microsoft’s Trustworthy Computing push was born out of this and, in my opinion, I think we as consumers are beginning to see the results; or ironically not see them - as the holes are just not appearing as they would if the security push wasn’t there. We have, of course, seen at least one major security hole appear in Windows 2003 Server, this being the DCOM IRemoteActivation buffer overflow discovered by the Polish security research group, the Last Stages of Delirium [http://www.lsd-pl.net]. We will see more; but I am confident that the number of security vulnerabilities that will be discovered in Windows 2003 Server will be a fraction of those found in Windows 2000. Acknowledging that there have been holes found and that, yes, more will come to light inMaya 3D Shockwave Exporter TutorialMaya 3D Shockwave Exporter is available on the Windows platform only. Great graphics and fast interaction—these are the goals when creating 3D content on the Web. This tutorial describes how to balance these goals when using Maya’s Shockwave 3D Exporter. This tutorial assumes you have Maya experience, but not Macromedia Director 8.5 experience. Do not expect great art from this tutorial; the focus is on learning the exporter and optimizing your scenes for export. Loading Maya Shockwave 3D exporter Before you begin, load the Maya Shockwave 3D Exporter plug-in. 1 Start Maya. 2 Select Window > Settings/Preferences > Plug-in Manager. The Plug-in Manager window opens. 3 Locate MayaShockwave3DExporter.mll and turn on Loaded.
Maya loads Maya Shockwave 3D Exporter and adds the Maya Shockwave 3D Exporter menu to all menu sets. To load Maya Shockwave 3D Exporter automatically every time you start Maya, turn on Auto Load. 4 Click Close. You can now access Maya Shockwave 3D Exporter features from the Maya Shockwave 3D Exporter menu (any menu set), or from the Hotbox (common menus).
Download Maya 3D Shockwave Exporter TutorialCisco Data Center Network Architecture and Solutions OverviewThese services are integrated into the Cisco networking platforms that comprise the Networked Infrastructure Layer for enhanced, scalability,
Cisco Systems, Inc. All contents are Copyright © 1992–2006 Cisco Systems, Inc. All rights reserved. Important Notices and Privacy Statement. Page 1 of 19 EXECUTIVE SUMMARY The Cisco ® Data Center Network Architecture, based on Ciscos enterprise-wide Service Oriented Network Architecture (SONA) provides a cohesive foundation for IT executives to better align data center resources with business priorities. The architecture allows IT organizatio to achieve lower Total Cost of Ownehip (TCO), enhanced resilience and greater agility by evolving data center infrastructures through coolidation, virtualization, and automation. Lower TCO The Cisco Data Center Network Architecture optimizes IT productivity and resource utilization by providing a platform for the secure deployment of a service oriented, on-demand model for compute, storage and network resources. It offe custome greater choice for scale-up and scale-out server and storage coolidation and virtualization strategies, resulting in lower capital costs and higher utilization. It allows reduced operatio costs by streamlining management and provisioning of pooled infrastructure resources to meet application needs. IT departments can take advantage of validated design best practices, data
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DownloadStatistical Seismology Library Users GuideThe Statistical Seismology Library (SSLib) is a collection of earthquake hypocentral catalogues and R functions to analyse the catalogues. The analyses include graphical data displays, fitting of point process models, estimation of fractal dimensions, and rou- tines to apply the M8 Algorithm to given datasets. The Statistical Seismology Library is written in the R language, and consist of a number of R packages. Each package has its own Users Manual that contains documentation for all functions within that package.
This Users Guide contains a sequence of examples, showing how the functions can be implemented and how they are related to each other. The guide is divided into three parts. The first part gives an introduction to the R language, emphasising those features that are important for an understanding of SSLib. In the second part, examples are given for each package in SSLib, showing how the functions are related to each other. The third section is more technical, and really relates to system administration: installation of software, software modification, and inclusion of local earthquake catalogues.
Contributions to SSLib have been made by: Ray Brownrigg, Edwin Choi, Robert Davies, Michael Eglinton, David Harte, Dongfeng Li, Alistair Merrifield, Andrew Toke-ley, David Vere-Jones, Wenzheng Yang, Leon Young, Irina Zhdanova and Jiancang Zhuang. Ray Brownrigg translated the original S-PLUS code (Harte, 1998), where necessary, into R and packaged the various library parts into R packages.
Like S-PLUS (Statistical Sciences Inc., 1992), R is a statistical programming language (R Development Core Team, 2003) based on the S language (seeCalling C Library DLLs from C#The .NET framework was designed to be the “lingua franca” for Windows development, with the expectation that it will set a new standard for building integrated software for Windows. However, it is inevitable that there is a time lag before .NET is fully adopted and existing applications are recoded. In particular, there is a large body of legacy code that will likely never be rewritten in .NET. To address this situation, Microsoft provides attributes, assembly, and marshaling. At the Numerical Algorithms Group (where I work), our particular interest in using these techniques is to utilize numerical software developed in C from within the .NET environment. Because C# is the premier .NET language, the examples I present here are in C#. While I use an example of data types that are current in the NAG C Library, the techniques I present are general enough for calling unmanaged code written in C from C# directly.
The NAG C Library uses the following data types as parameters:
• Scalars of type double, int, and Complex. These are passed either by value or by reference (as pointers to the particular type).
• enum types.
• Arrays of type double, int, and Complex.
• A large number of structures, generally passed as pointers.
• A few instance of arrays which are allocated within NAG routines and have to be freed by users (these have type double**).
• Function parameters (also know as “callbacks”). These are pointers to functions with particular signatures.
For instance, take the example of a C function that takesEclipse Platform Technical Overview ManualThe Eclipse Platform is designed for building integrated development environments (IDEs) that can be used to create applications as diverse as web sites, embedded JavaTM programs, C++ programs, and Enterprise JavaBeansTM. 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.
Contents Introduction Part I: Eclipse Platform Technical Overview Platform Runtime and Plug-in Architecture Workspaces Workbench_and_UI_Toolkits SWT JFace Workbench UI_Integration Team Support Help Epilogue Part II: Case Study of Using the Eclipse Platform - Java Development Tooling JDT_Features
JDT Implementation
Java_Projects
Java_Compiler
Java_Model
Java_UI
Java Run and Debug
Epilogue
Download Eclipse Platform Technical Overview ManualComparing Java, C# and Ada Monitors queuing policiesConcurrent programming is still challenging and difficult. “Since concurrency techniques have become indispensable for programmers who create highly available services and reactive applications, temporal dimensions of correctness introduced by concurrency, i.e., safety and liveness, are central concerns in any concurrent design and its implementation” [Lea 98]. And without expert guidance and concurrent design-pattern description, they're expected to occasionally fail. Thus providing significant examples and paradigms for teaching good and correct style is of prime importance.
Learning concurrency paradigms is necessary but it is not sufficient. The choice of the run-time semantics must be known since it may introduce subtle design and programming errors. It is the aim of this paper to exemplify the importance of process queuing and awaking policies (whether processes are named threads or tasks) resulting from possible choices of the monitor concept implementation.
The languages Java, C# and Ada implement the monitor concept [Hoare 1974]. Several possible monitor concurrency semantics have been used in the past and a classification is presented in [Buhr1995]. Every implementation provides mutual exclusion during the execution of a distinguished sequence (synchronized method in Java, lock in C#, protected object subprograms in Ada) using a lock for every object. The semantics differ in the chosen policies for blocking, signalling and awaking processes.
The Java policy uses explicit self-blocking and signalling instructions. It provides “wait()”,“notify()” and “notifyAll()” clauses with a unique waiting queue per encapsulated object (termed “synchronized”). A self-blocking thread joins the waiting queue and releases the object mutual exclusion lock. A notifying thread wakes upOracle WebCenter Suite Provides Web 2.0 Services for Enterprise DevelopersWeb 2.0 is generating an incredible amount of interest and subsequent momentum around services on the Internet. And many enterprise developers want to determine how these exciting new services can be leveraged within their companies. The nature of Web 2.0 services is to empower users to combine all the relevant information they can find into a single location so that they can be more productive in their work environment. In addition, end users can form ad-hoc associations with users inside and outside their organizations as part of a “social network”. And they need an easy way to track all these sources of information so that they become more productive while at the same time traversing all this new content.
Rarely in IT organizations today will one hear a statement that developers don’t have enough to do. There is always a shortage of resources to address all the business needs of the organization. For these Web 2.0 services to be accessible for the Enterprise, all the available applications and information needs to be made available to end-users in a secure, standard way. And developers need to provide tools to end users to allow them to quickly and easily assemble these services together in a meaningful way.
Oracle is the only vendor that provides a complete, integrated, and standards-based suite of products for developers to speed the rapid exposure of application and information services that can be combined with easy-to-use end-user tools to deliver Web 2.0 services for the Enterprise.
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