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Statistical 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 (seesing Oracle Application Server Web Cache as a Highly Available ...For more information on stateful and stateless load balancing, see Chapter 1,.
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Using Oracle Application Server Web Cache as a Highly Available Load Balancer An Oracle White Paper March 2005 Using Oracle Application Server Web Cache as a Highly Available Load Balancer Using Oracle Application Server Web Cache as a Highly Available Load Balancer INTRODUCTION .......................................................................................... 3 LOAD BALANCING AND HIGH AVAILABILITY............................. 3 ORACLE APPLICATION SERVER AND LOAD BALANCING...... 4 ORACLEAS WEB CACHE........................................................................... 4 TERMINOLOGY ....................................................................................... 5 ORACLEAS WEB CACHE LOAD BALANCING.................................. 5 DEPLOYMENT CONSIDERATIONS FOR ORACLEAS WEB CACHE LOAD BALANCER................................................................... 6 HIGH AVAILABILITY FOR ORACLEAS WEB CACHE LOAD BALANCER...................................................................................................... 7 CONFIGURING HIGHLY AVAILABLE ORACLEAS WEB CACHE LOAD BALANCER................................................................... 8 CONCLUSION..............................................................................................11 Using Oracle Application Server Web Cache as a Highly Available Load Balancer Using Oracle Application Server Web Cache as a Highly Available Load Balancer INTRODUCTION HTTP load balance are critical to application server deployments that need high availability and good resource utilization. There are many HTTP load-balancing solutio available in the market today, the cost of which is forcing many IT organizatio to look for alternatives. Oracle Application Server Web Cache is a powerful, state-of-the-art
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Get PDFEasy Track User GuideEasy Track is Micrograms’ new record keeping and assessment system. It is easy to set up, easy to maintain, and easy to use. It is designed for use in a network environment where its many features will be fully appreciated. But, it easily can be used to keep student records on a single stand-alone computer as well. Tech staff will notice Easy Track dramatically reduces annual setup time for Micrograms software. No more reentering student names annually or making multiple class files for a single teacher!
Teachers will appreciate that options for all Micrograms programs can be set with Easy Track, and that student data from all Micrograms programs can be viewed, graphed, analyzed, and printed from within Easy Track. Individual student performance and growth can be compared with those of the class, grade, or other student groupings.
Educators also will like Easy Track’s ability to compare group to group performance and growth, so they can analyze various groups’ experience with Micrograms programs from No Child Left Behind perspectives.
The basic idea of Easy Track is that all Micrograms programs use the same database, the Micrograms Data Folder. You enter a student’s name in Easy Track once when she/he enters kindergarten and take it out when the child is no longer a student at the school. Each year you use Easy Track to quickly assign students to their new class groups.
All Micrograms programs are pointed at the Micrograms Data Folder and pick up their class files from there. When you get a newAn Architecture for Internet Data TransferThis paper presents the design and implementation of DOT, a flexible architecture for data transfer. This architecture separates content negotiation from the data transfer itself. Applications determine what data they need to send and then use a new transfer service to send it. This transfer service acts as a common interface between applications and the lower-level network layers, facilitating innovation both above and below. The transfer service frees developers from re-inventing transfer mechanisms in each new application. New transfer mechanisms, in turn, can be easily deployed without modifying existing applications.
We discuss the benefits that arise from separating data transfer into a service and the challenges this service must overcome. The paper then examines the implementation of DOT and its plugin framework for creating new data transfer mechanisms. A set of microbenchmarks shows that the DOT prototype performs well, and that the overhead it imposes is unnoticeable in the wide-area. End-to-end experiments using more complex configurations demonstrate DOT’s ability to implement effective, new data delivery mechanisms underneath existing services. Finally, we evaluate a production mail server modified to use DOT using trace data gathered from a live email server. Converting the mail server required only 184 lines-of-code changes to the server, and the resulting system reduces the bandwidth needed to send email by up to 20%.
Download pdf An Architecture for Internet Data TransferPowerBook G4 17-inch Users Guide pdfIncludes setup,expansion,and troubleshooting information for your PowerBook G4 computer Chapter 1 5 Getting Started 6 Basic Features of Your PowerBook 8 Additional Features of Your PowerBook 10 Setting Up 17 How Do I Turn My PowerBook Off? 19 Calibrating Your Battery 19 What s Next? Chapter 2 21 The Basics 21 Getting to Know Your New PowerBook 22 Adjusting Your Display 23 Using Your Power Adapter 24 Using the Trackpad 25 Using the Keyboard 26 Using a Mouse 26 Learning About Mac OS X 27 Customizing Your Desktop and Setting Your Preferences 28 Using Applications 28 Connecting to a Printer 29 Playing a CD and Connecting Headphones 30 Keeping Your Software Up to Date
30 Connecting a Camera or Other FireWire or USB Device 31 Connecting to a Network 31 Using the Internet 31 Transferring Files to Another Computer 32 When an Application Freezes Chapter 3 33 Using Your Computer 34 Universal Serial Bus (USB) 36 FireWire 38 PC Cards 39 Using Bluetooth Devices 41 AirPort Extreme Wireless Networking and Internet Access 43 Ethernet (10/100/1000Base-T) 44 Using Your Modem 44 Connecting Speakers and Audio Devices 45 Sudden Motion Sensor 45 External Video Support (DVI,VGA,and S-Video) 48 Using Your SuperDrive 51 Battery 55 Security Slot Chapter 4 57 Adding Memory to Your Computer 57 Installing Additional Memory 62 Making Sure Your Computer Recognizes the New Memory Chapter 5 63 Troubleshooting 63 Problems That Prevent You From Using Your Computer 65 Other Problems 67 Reinstalling the Software That Came With Your ComputerPractical 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 thisMicrosoft Word Printing IssuesThere have been several reports of “printing problems” in MS Word reported over the last couple of months. After much research and testing, I believe that I have been able to determine the probable cause of these problems and a potential fix.
Microsoft Word is highly customizable program. The problem arises when changes are made to the default printer settings without the user knowing this has happened. This could be interpreted as a “corruption”, but if used as designed, it really is a feature. To better understand how to avoid this problem, users need to better understand one of the basic processes of the MS Word program. Word maintains a file called normal.dot. This is a template file – the basic pattern that Word uses every time that it starts a new blank document. This file can be customized if, for example, users always print to non-standard size paper or wanted specific margins or tabs.
The “problem” appears to be caused by changes being made to this normal.dot template. My guess is that there are one or more documents “floating around” where the template has been changed and the current user inadvertently updates their own normal.dot to match.
Download pdf Microsoft Word Printing IssuesGAIM (Pidgin) TutorialNow you can have all your Instant Messenger screen names running at the same time on campus, with GAIM. To Install: Click on your Start button and select All Programs. Then, go to SHSU Program Installation Menu, Messaging Clients and select GAIM v113. To Open: Click on your Start button and select All Programs. Then, go to SHSU Programs, Messaging Clients and select GAIM v113. At the first login it will have your Sam ID# as your screen name, put your Sam password in and click Sign on.
Now you can add your Instant Messenger screen names. Select the Buddy List and the Tools menu. Click Accounts. Then add your accounts. The different instant messengers are listed in the Protocol drop down menu. The Protocols supported are: AIM/ICQ, Gadu-Gadu, IRC, Jabber, MSN, TOC, and Yahoo. Add the ones that apply to you and when you start up GAIM, just log each of them on and you will have on Instant Messenger for all your different screen names.
Download GAIM (Pidgin) TutorialToshiba TDP-P4 Digital Projector Users Guide pdfYou can display these images at their native resolutions using the Resize option in the Image menu. See page 19 for more information. Compatibility The projector is compatible with a wide variety of computers and video devices, including: ” IBM-compatible computers, including laptops, up to 1280×1024 resolution. ” Apple ® Macintosh ® and PowerBook ® computers up to 1280×1024 resolution.
NOTE: The projector is compatible with 1080i and 720P HDTV formats. ” Most standard VCRs, DVD players, HDTV sources, camcord-ers and laser disc players. Unpacking the Projector The projector comes with the items shown in Figure 1. Check to make sure all are included. Contact your Toshiba dealer imme-diately if anything is missing. If you are experienced in setting up presentation systems, use the Quick Start card that was included in the shipping box. For com-plete details on connecting and operating the projector, refer to this User s Guide.
Download Toshiba TDP-P4 Digital Projector Users Guide pdf
