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Jmp - An Introductory User's GuideThis guide is intended to help you begin to use JMP, a basic statistics package, and apprise you of its general capabilities and limitations. This manual assumes that you are familiar with operating a Macintosh computer. Its purpose is not to explain the meaning of statistical tests and terms. Before attempting to use JMP you must decide what you need to do with your data and what results you would like to see. This manual takes you from that point and teaches you how to get the information you seek from JMP. Please refer to your textbook or professor for a detailed understanding of the statistics and probability involved in your project.
GETTING STARTED
To use JMP and create a new file, double click on the JMP icon and select New from the File menu. To open a sample datafile or any other JMP datafile just double click on the icon. This automatically opens the JMP application as well as the datafile.
JMP looks like a spreadsheet. In order to use it, you must first fill the columns with your data. Then you must ask JMP to analyze the data according to specifications that will yield the results you desire. When you create a new file, one column will automatically appear. You can begin putting data in that column by highlighting the first block and typing in a piece of information. Hit the tab key to move to the next row. Additional columns can be created and deleted by selecting from the ColsNumeric and Spatial Data MashupsData visualisation has been defined as: The set of techniques used to turn a set of data into visual insight. It aims to give the data a meaningful representation by exploiting the powerful discerning capabilities of the human eye. Part 1 of this briefing paper will highlight some examples of new collaborative web services using Web 2.0 technologies which venture into the numeric data visualisation arena. These mashups allow researchers to upload and analyse their own data in ‘open’ and dynamic environments. Broadly speaking the numeric data being referred to could be micro-data (data about the individual), macro-data or country-level data, derived or summary data.
Part 2 will investigate and showcase examples of spatial (or geographic) data mashups using Web 2.0 technologies and how they can be utilised in a research environment. This paper does not intend to conduct an investigation into the definitive merits of each utility but rather compare the functionality, ‘openness’ and usability of such utilities from the perspective of a researcher willing to share or analyse their data.
A word of warning - researchers will have to account for the inconstant nature of the web - resources such as those described above may not be around in two, five or ten years. Not only will there be further advances in web technologies but services merge, are bought out or indeed cease to exist. Services that start off open or free may become ‘closed’. Resources may start up with a particular rationale but may evolve into a completely differentMaya Lab Tutorial I SampleBefore modeling anything, it is important to gather and study good reference material. It is also helpful to create templates for use in your modelling program. A good underlay will provide the modeler with exact dimensions and subtle detail that might be overlooked if modeling from memory.
In this tutorial, we will import a template to use as our modeling underlay and apply it to an image plane in Maya. An image plane is a 2D object that is perpendicular to a particular camera view in Maya. The bitmap image (template) is connected to this image plane and aligned in the world space by editing the image plane’s attributes. Once this is set up, the modeling process is ready to begin.
The modeling technique used for the pill bottle requires that we provide one half of the bottle’s profile. We will begin by placing control vertices at key points along this profile to create a curve. Once completed, the curve can be edited to correct for anything missed in the drawing process, and CVs can be moved so that the curve more closely matches the profile in the underlay. This profile curve will be used as the input for a revolve operation to generate the surface.
We will also organize the project by naming the objects and assigning them to their own display layers.
Download pdf Maya Lab Tutorial I SampleZBrush 2.0 TutorialThe 2.5D concept. ZBrush combines 2D and 3D. When you are doing basic sculpting and movement you are in 3D but when you add detail and color with projection Master you are in 2D. This is where 2.5D came from. ZBrush and the use of the Pixol rather than the Pixel
• This is from the ZBrush Practical guide
Table of Contents
1. Important settings for working in ZBrush
2. Importing an object from Max and Maya and saving your ZBrush file
3. Morph targets, movement, subdivisions
4. Hiding or showing polygons
5. General sculpting, different brushes
6. Adding detail with projection master, or the stencil tool
7. Adding colors to your object.
8. Normal maps and applying them in Max or Maya
9. Applying your texture with the normal Map in Max
10. My most used hotkeys
11. Pixologic hotkey List
12. A list of my favorite anatomy books and references
Download pdf ZBrush 2.0 TutorialUML for C# pdfC# is a modern object-oriented language for application development. In addition to object-oriented constructs, C# supports component-oriented programming with properties, methods and events.
UML defines graphical notations for describing and designing object-oriented software systems. It’s an open standard controlled by the Object Management Group (OMG). Although UML has many diagram types, we’ll focus on class models that show static class structure and relationships.
WinA&D is a complete UML modeling tool enriched with C# language specific details used to generate source code. WinTranslator is a reverse engineering tool that scans code to extract design information into WinA&D models. Diagrams created in WinA&D are used to illustrated C# programs represented in the UML notation.
This paper assumes a working knowledge of C# and UML. It briefly describes how C# constructs are represented by UML for forward and reverse engineering.
Get pdf UML for C#Tire Pressure Monitoring System Users Guide Manual PDFTire Pressure Monitoring System Users Guide includes an Introduction Document Layout Conventions Used in this Guide Recommended Reading The Microchip Web Site Customer Support Document Revision History Chapter 1. Quick Start Instructions 1.1 Introduction Chapter 2. System Overview 2.1 System Technical Specifications 2.2 Operation Overview 2.3 Network Setup Overview Chapter 3. Hardware Overview 3.1 Introduction 3.2 Base Station Module Overview 3.3 Low Frequency Initiator Module 3.4 Transponder Sensor Module 3.5 Analog Sensor Calibration 3.6 Sensor Calibration Appendix A. Schematic and Layouts A.1 Introduction A.2 Base Station Module Schematic (Page 1) A.3 Base Station Module Schematic (Page 2) A.4 Base Station Wiring Harness - Schematic A.5 Base Station Module - Top Layer and Silk Screen A.6 Base Station Module - Bottom Layer A.7 Low Frequency Initiator Module - Schematic A.8 Low Frequency Initiator Module - Top Layer and Silk Screen A.9 Low Frequency Initiator Module - Bottom Layer A.10 Transponder Sensor Module - Schematic A.11 Transponder Sensor Module - Top Layer and Silk Screen A.12 Transponder Sensor Module - Bottom Layer A.13 Circuit Block Figure Appendix B. Bill Of Materials (BOM) Worldwide Sales and Service
Download Tire Pressure Monitoring System Users Guide Manual PDFSEMANTIC AND PERCEPTUAL MANAGEMENT OF SOUND EFFECTS IN PRODUCTIONMain professional sound effects (SFX) providers offer their collections using... methods in a commercial sound effect management system. INTRODUCTION
SEMANTIC AND PERCEPTUAL MANAGEMENT OF SOUND EFFECTS IN PRODUCTION SYSTEMS P. Cano, M. Koppenberger, S. Le Groux, J. Ricard and N. Wack Univeitat Pompeu Fabra, Spain ABSTRACT Main professional sound effects (SFX) provide offer their collectio using standard text-retrieval technologies. SFX cataloging is an error-prone and labor couming task. The vagueness of the query specification, normally one or two words, together with the ambiguity and informality of natural languages affects the quality of the search: Some relevant sounds are not retrieved and some irrelevant ones are presented to the user. The use of ontologies alleviates some of the ambiguity problems inherent to natural languages, yet they pose othe. It is very complicated to devise and maintain an ontology that account for the level of detail needed
DownloadAdding Voice Service to a WLAN Network: Protecting QoS and DataThe convergence of voice and data on a single WLAN network requires the ... The Voice over WLAN service must integrate with the wired network and VoIP
Adding Voice Service to a WLAN Network: Protecting QoS and Data Security The Intelligent Wireless Networking Choice™ Adding Voice Service to a WLAN Network: Protecting QoS and Data Security 2 Introduction A wide range of enterprise organizatio have realized significant productivity increases by deploying mobile data applicatio using WLAN networks. Motivated by their success, these organizatio are now looking to further enhance the productivity of their mobile worke and leverage their WLAN network investments by adding more applicatio to the network. Voice communicatio is one of the leading applicatio that benefit from the type of mobility and bandwidth provided by WLAN. Voice over WLAN (VoWLAN) is widely acknowledged as one of the important, emerging applicatio for wireless LAN networks. InStat/MDR projects the VoWLAN italled base will double in 2004, undecoring the service's rapid growth. A recent survey by the market research firm of 358 businesses with an existing WLAN infrastructure found that 50%
Download PDFMatching Schemas in Online Communities: A Web 2.0 ApproachWhen integrating data from multiple sources, a key task that online communities often face is to match the schemas of the data sources. Today, such matching often incurs a huge workload that overwhelms the relatively small set of volunteer integrators. In such cases, community members may not even volunteer to be integrators, due to the high workload, and consequently no integration systems can be built. To address this problem, we propose to enlist the multitude of users in the community to help match the schemas, in a Web 2.0 fashion. We discuss the challenges of this approach and provide initial solutions. Finally, we describe an extensive set of experiments on both real-world and synthetic data that demonstrate the utility of the approach.
The World-Wide Web is teeming with communities, such as those of movie fans, database researchers, bioinformatists, intelligence analysts, and so on. As such communities proliferate, research on their data management challenges has attracted increasing attention. A key challenge is to integrate data from multiple community-related sources. For example, the community of real estate agents in the Great Lakes region may want to build a system that integrates all real-estate sources in that area. As another example, the database community may want to integrate all information about publications, from DBLP, Google Scholar, and researchers’ homepages, among others.
Today, integrating such data within a community is largely shouldered by a relatively small set of volunteers, henceforth called builders. To integrate the data, a key task that builders often face is to establishAn Inside Look at the Evolution of DotNetNuke pdfAs much as I would like people to believe that DotNetNuke was intentionally created as a premier open source project for the Microsoft platform, it is unfortunately not the case. As is true with many open source projects, the software was created with commercial intentions in mind, and only when it was discovered that its true purpose would not be realized was it reconsidered as an open source project.
In 2001–2002 I was working for a medium-sized software consulting company that was providing outsourced software development services to a variety of large U.S. clients specializing primarily in e-Learning initiatives. The internal push was to achieve CMM 3.0 on a fairly aggressive schedule so that we could compete with the emerging outsourcing powerhouses from India and China. As a result there was an incredible amount of focus on process and procedure and somewhat less focus on the technical aspects of software engineering. Because the majority of the client base was interested in the J2EE platform, the company had primarily hired resources with Java skills — leaving myself with my legacy Microsoft background to assume more of an internal development and project management role. The process improvement exercise consumed a lot of time and energy for the company; attempting to better define roles and responsibilities and ensuring proper documentation throughout the project life cycle. Delving into CMM and the PMBOK were great educational benefits for me — skills that would prove to be invaluable in future endeavors. Ultimately the large U.S. clients decided
