This document is a table of contents for a manual on using GeoGraphix Discovery software. It outlines 5 chapters that cover topics like creating a project, managing land and well data, defining a stratigraphic column, and more. Each chapter is broken down into sections that provide more specific instructions on tasks in the software like importing data, displaying layers, editing attributes, and creating graphs and maps.
This document is a user manual for the Well Plotter and Well Plotter 3D software. It provides instructions on installing the software, describes the user interface and functionality, and guides the user through adding wells and data, and visualizing data in 1D, 2D, and 3D views. The software allows users to import various types of geological, technical, and numerical borehole and well data and create visualizations to analyze the data.
The NetApp solution provides several benefits for Citrix XenDesktop deployments including:
1) Storage efficiency through thin provisioning, deduplication, and FlexClone which can save 50-90% on storage costs.
2) Performance enhancement using technologies like Virtual Storage Tiering and write optimization.
3) Improved operational agility through tight integration with partner solutions and simplified management.
4) Robust data protection for both virtual desktop operating systems and user data with low overhead.
This document outlines a proposal for automating improvements to the ECCHA Lost and Found system. It describes the key stakeholders, system features, requirements, use cases, and entity relationship diagram for a new automated lost and found system. The system would allow users to generate reports, enter animal information, and enter owner information through a website. The requirements, use cases, and entity relationship diagram specify how the system would function and interact with users.
Red Hat Enterprise Linux 4: Introduction to System Administration is a documentation guide that covers:
1. The philosophy of system administration including automating tasks, documenting processes, communicating with users, understanding resources and security.
2. Resource monitoring on Linux systems using tools like free, top, vmstat and the Sysstat suite to monitor CPU, memory, storage and bandwidth usage.
3. Managing bandwidth and processing power on Linux including monitoring techniques in Red Hat Enterprise Linux and improving performance by addressing bottlenecks.
This document provides guidance on architecting and deploying MetroCluster configurations, including an overview of MetroCluster, planning considerations, installation steps, and best practices. It covers stretched, switched, and fabric MetroCluster topologies using NetApp storage and includes configuration examples for 16-port and 8-port Brocade switches. The intended audience is field personnel responsible for MetroCluster implementations.
Endversion1 skriptum characterization of miscellaneous multi parametrical sil...EjderCevher
This document provides a table of contents that outlines the materials and methods used to characterize various biosensor chips, including microscopes, PC software, reference electrodes, incubators, power supplies, sensor chips, pin boxes, and specific sensors like Clark sensors, IDES sensors, temperature diodes, MISFETs, ISFETs, and O2-FETs. Details are provided on the purpose and setup of the equipment, available settings, measurement assemblies, parameters, and procedures.
Red Hat Enterprise Linux 4 System Administration Guide provides documentation on installation, configuration, and administration of Red Hat Enterprise Linux 4 systems. Key topics covered include kickstart installations, Logical Volume Manager (LVM), Software RAID, package management, network configuration, firewall configuration, NFS, Samba, DHCP, Apache, authentication, console access, users/groups, printers, and more. The guide is intended to help system administrators manage and maintain Red Hat Enterprise Linux servers.
Report on Integrated Modular Avionics (DO-297/ED-124) for Requirement Enginee...Nikhil Dantkale
Considering the integration within Avionics, the Report covers the brief knowledge on Integrated Modular Avionics(IMA) Document DO-297. It also includes the communication bus architectures used in avionics applications, MIL-STD-1553, ARINC 429, and Most advanced AFDX/ARINC 664 Protocol. It covers a brief description on Core Processing Input Output Modules (CPIOMs) computers used in Airbus 380 flight.
This document is a user manual for the Well Plotter and Well Plotter 3D software. It provides instructions on installing the software, describes the user interface and functionality, and guides the user through adding wells and data, and visualizing data in 1D, 2D, and 3D views. The software allows users to import various types of geological, technical, and numerical borehole and well data and create visualizations to analyze the data.
The NetApp solution provides several benefits for Citrix XenDesktop deployments including:
1) Storage efficiency through thin provisioning, deduplication, and FlexClone which can save 50-90% on storage costs.
2) Performance enhancement using technologies like Virtual Storage Tiering and write optimization.
3) Improved operational agility through tight integration with partner solutions and simplified management.
4) Robust data protection for both virtual desktop operating systems and user data with low overhead.
This document outlines a proposal for automating improvements to the ECCHA Lost and Found system. It describes the key stakeholders, system features, requirements, use cases, and entity relationship diagram for a new automated lost and found system. The system would allow users to generate reports, enter animal information, and enter owner information through a website. The requirements, use cases, and entity relationship diagram specify how the system would function and interact with users.
Red Hat Enterprise Linux 4: Introduction to System Administration is a documentation guide that covers:
1. The philosophy of system administration including automating tasks, documenting processes, communicating with users, understanding resources and security.
2. Resource monitoring on Linux systems using tools like free, top, vmstat and the Sysstat suite to monitor CPU, memory, storage and bandwidth usage.
3. Managing bandwidth and processing power on Linux including monitoring techniques in Red Hat Enterprise Linux and improving performance by addressing bottlenecks.
This document provides guidance on architecting and deploying MetroCluster configurations, including an overview of MetroCluster, planning considerations, installation steps, and best practices. It covers stretched, switched, and fabric MetroCluster topologies using NetApp storage and includes configuration examples for 16-port and 8-port Brocade switches. The intended audience is field personnel responsible for MetroCluster implementations.
Endversion1 skriptum characterization of miscellaneous multi parametrical sil...EjderCevher
This document provides a table of contents that outlines the materials and methods used to characterize various biosensor chips, including microscopes, PC software, reference electrodes, incubators, power supplies, sensor chips, pin boxes, and specific sensors like Clark sensors, IDES sensors, temperature diodes, MISFETs, ISFETs, and O2-FETs. Details are provided on the purpose and setup of the equipment, available settings, measurement assemblies, parameters, and procedures.
Red Hat Enterprise Linux 4 System Administration Guide provides documentation on installation, configuration, and administration of Red Hat Enterprise Linux 4 systems. Key topics covered include kickstart installations, Logical Volume Manager (LVM), Software RAID, package management, network configuration, firewall configuration, NFS, Samba, DHCP, Apache, authentication, console access, users/groups, printers, and more. The guide is intended to help system administrators manage and maintain Red Hat Enterprise Linux servers.
Report on Integrated Modular Avionics (DO-297/ED-124) for Requirement Enginee...Nikhil Dantkale
Considering the integration within Avionics, the Report covers the brief knowledge on Integrated Modular Avionics(IMA) Document DO-297. It also includes the communication bus architectures used in avionics applications, MIL-STD-1553, ARINC 429, and Most advanced AFDX/ARINC 664 Protocol. It covers a brief description on Core Processing Input Output Modules (CPIOMs) computers used in Airbus 380 flight.
This technical report describes a virtualized Microsoft Exchange, SQL Server, and SharePoint solution using VMware vSphere and NetApp storage. It evaluates three storage protocols: Fibre Channel (FC), iSCSI, and NFS. For the FC solution, the report details the hardware requirements, including NetApp FAS storage arrays, disk shelves, Ethernet and FC networking components. It then describes the FC storage architecture and layout, including aggregates, volumes, and VM datastores. Performance tests validate the storage efficiency, workload performance, and backup/restore capabilities of the FC-based virtualized Microsoft application environment.
This chapter introduces the Arduino project and the structure of the book. It discusses the success of the Arduino, which is attributed to its low cost, easy to use open source software programming interface, and the large community support through software libraries and online projects. However, the many online projects can lack detailed explanations and a common connecting theme, potentially causing confusion for beginners. The book aims to address this by providing a structured introduction to Arduino concepts through examples and explanations of theoretical foundations.
This document provides an overview of the key tools and features in Expedition PCB, a printed circuit board design software. It describes the main interface components like the library manager and padstack editor. It also explains how to work with design elements such as cells, parts, and layout templates. Finally, it outlines the design capture and routing processes and provides guidance on settings and preferences.
The document provides an operation manual for the SATAID program. It describes how to install and uninstall the program, how to start and quit the program, and gives an overview of the program's main functions which include displaying case study materials, satellite images, and other meteorological data. The document also provides information on data formats and how to use additional functions like measuring images, drawing on images, and displaying statistical analysis.
This document provides an overview and instructions for using the SATAID Operation Manual software. It describes how to install and uninstall the software, start and quit the program, navigate the main menu and operation panel, and perform basic functions like registering and viewing case study data, images, and weather data. Advanced functions covered include adjusting image gradation, measuring image data, drawing on images, and displaying other observation data. The document also outlines additional program options, settings, and functions specific to tropical cyclone analysis.
This document provides an administrator manual for Atoll version 3.1.0. It discusses installing and configuring Atoll and its components, setting up distributed calculation servers, managing licenses, and working with Atoll databases. The manual is divided into several sections covering topics such as supported technologies, installation, license management, database management, and more.
Getting Started with OpenStack and VMware vSphereEMC
VMware vSphere® is the industry’s leading and most reliable virtualization and cloud computing platform. vSphere simplifies IT by separating applications and operating systems (OSs) from the underlying hardware. OpenStack is an open and scalable cloud management platform (CMP) for building public and private clouds. It is a system designed to provide infrastructure as a service (IaaS) on top of a diverse collection of hardware and software infrastructure technologies.
vSphere has a long history of being a stable and resilient platform that offers many benefits to host cloud infrastructures. As an enterprise-class hypervisor with production-level features and support, vSphere is an excellent solution for enhancing OpenStack.
This document is a user guide for AirDefense Mobile 6.1. It provides an overview of the system and instructions for using its live monitoring and frame capture analysis features. The guide describes the interface and functionality of the common area, data, connections, devices, frames, and survey tabs. It also covers topics like conducting site surveys, creating floor plans, and visualizing survey data.
Challenge 2 – Adaptation and Constraints
The Depot at Cape Canaveral is almost online, and the depots in the Netherlands, Australia, and New Zealand will be coming online soon as well.
Our next obstacle is the infrastructure for the base on the moon. The Moon will be used as stopping point on the way to Mars, in addition to serving as the human race’s new home until the colony on Mars is finished.
Due to the way the base was constructed, we have serious power, cooling, and space limitations. You must scale the design down to fit into half of a datacenter rack, or 21U. In addition, we also only have IPV6 network infrastructure on the moon. You must use the same vendors of the design you will be working with, but you can use different product lines. You must tell us what the configuration maximums for the new design are (for example, maximum hosts, VMs, storage capacity), and what your failure tolerance is.
The document evaluates five implementations of the SPARQL query language for the Semantic Web. It first provides background on the Semantic Web and SPARQL, including the data model and query language specifications. It then describes the methodology for testing each implementation using a dataset from DBpedia.org and sample queries. Each implementation - OpenRDF Sesame, OpenLink Virtuoso, Jena, Pyrrho DBMS, and AllegroGraph - is installed and evaluated based on documentation, loading data efficiently, and computing query results in a reasonable time. The conclusion finds that while some implementations are advanced, they still have problems processing basic SPARQL queries as specified.
This document is the Asterisk Administrator Guide, which provides information on installing, configuring, and managing the Asterisk PBX system. It covers topics such as installing Asterisk from packages or source code, configuring channels and drivers, creating dialplans, and using the Asterisk Extension Language (AEL) for advanced dialplan functionality. The guide is intended for system administrators tasked with deploying and maintaining Asterisk installations.
This document provides a guide for migrating from iPlanet Web Server or Netscape Web Server to the HP Apache-based Web Server. It includes an overview of HP Apache features, requirements for installation, and detailed steps for migrating specific functionality like core web server settings, security, server-side execution, management, and more. Administrators can select which features to migrate and follow the provided commands and validation checks. Appendixes include summaries of differences between the web servers and important HP Apache files.
This document provides an overview and reference for Hibernate, an object-relational mapping tool for Java. It discusses Hibernate's architecture and basic APIs for mapping objects to relational databases. The document also covers configuring Hibernate, implementing persistent classes, basic object-relational mappings, and integrating Hibernate with Java application servers.
This document provides an overview and reference for Hibernate, an object-relational mapping tool for Java. It includes tutorials on basic usage and mapping associations, as well as sections covering architecture, configuration, persistent classes, and basic object-relational mapping. The document aims to help developers learn and implement Hibernate for managing relational data in idiomatic Java applications.
This document provides a summary of the Hibernate reference documentation:
- It introduces Hibernate and covers basic concepts like mapping classes, associations, collections, inheritance, querying and transactions.
- The document includes tutorials for creating a simple Hibernate application, mapping associations between classes, and building a web application that uses Hibernate.
- It describes Hibernate's architecture and configuration options for integrating Hibernate with J2EE application servers and setting properties like SQL dialects.
- The reference covers advanced topics like batch processing, the Hibernate Query Language (HQL), and criteria queries for building queries programmatically.
The document provides an overview and administrator guide for OnTime 2008 project management software. It discusses the OnTime product line including OnTime for Windows, Web Edition, VS.NET, Customer Portal, and Remote Server. It also covers installing and setting up OnTime, including planning deployment, installing OnTime and its components, setting up the OnTime database, configuring system options and email notifications.
The Firebird 2.5 release focuses on refactoring the engine's threading architecture. A new "Superclassic" model allows Classic to utilize multiple threads within a single process. This improves Classic performance and enables safe shutdown on all platforms. The Superserver also scales better on multiprocessor systems when handling multiple databases simultaneously. Other changes include making the embedded libraries thread-safe and enabling services in Classic to run as threads on POSIX.
This document provides a 3-page user manual summary for Atoll 3.1.0 radio network planning and optimization software. It includes sections on the working environment, explorer window, working with objects, maps, and LTE technology specifications. The manual aims to familiarize users with Atoll's interface and enable efficient use of its features and functions for radio network design.
This document specifies the Linked Media Layer architecture and describes its key components. The architecture includes a repository layer for media storage and metadata, an integration layer, and a service layer. It also describes modules for unstructured search using Apache Nutch/Solr, media collection from social networks, searching media resources with latent semantic indexing, and participation in the MediaEval 2013 benchmarking initiative for video search and hyperlinking tasks.
This document provides a test procedure for evaluating battery management system (BMS) failure modes related to the direct current (DC) charging interface. The procedure involves simulating faults before, during, and after DC charging to verify the BMS safely transitions the vehicle to a safe state. Tests include ground faults, bus shorts, signal disturbances, overcharging, and more. Response is monitored through graphs of current, voltage, and CAN signals to ensure safety systems operate as intended.
Spring Security requires a Java 8 or higher Runtime Environment.
As Spring Security aims to operate in a self-contained manner, you do not need to place any special
configuration files in your Java Runtime Environment. In particular, you need not configure a
special Java Authentication and Authorization Service (JAAS) policy file or place Spring Security
into common classpath locations.
Similarly, if you use an EJB Container or Servlet Container, you need not put any special
configuration files anywhere nor include Spring Security in a server classloader. All the required
files are contained within your application.
This design offers maximum deployment time flexibility, as you can copy your target artifact (be it a
JAR, WAR, or EAR) from one system to another and it immediately works.
This document provides a guide to using WinCAPS 7.4 software. It contains information on installing the software, setting up options, and an overview of the main program areas. The four program areas are the Catalog tab for selecting products, the Sizing and Selection tab for running applications, and the Projects and Documentation tabs. The Sizing and Selection tab allows running question sets for applications like heating, air conditioning, water supply, and more. The document provides details on settings and functions for each question set type.
This technical report describes a virtualized Microsoft Exchange, SQL Server, and SharePoint solution using VMware vSphere and NetApp storage. It evaluates three storage protocols: Fibre Channel (FC), iSCSI, and NFS. For the FC solution, the report details the hardware requirements, including NetApp FAS storage arrays, disk shelves, Ethernet and FC networking components. It then describes the FC storage architecture and layout, including aggregates, volumes, and VM datastores. Performance tests validate the storage efficiency, workload performance, and backup/restore capabilities of the FC-based virtualized Microsoft application environment.
This chapter introduces the Arduino project and the structure of the book. It discusses the success of the Arduino, which is attributed to its low cost, easy to use open source software programming interface, and the large community support through software libraries and online projects. However, the many online projects can lack detailed explanations and a common connecting theme, potentially causing confusion for beginners. The book aims to address this by providing a structured introduction to Arduino concepts through examples and explanations of theoretical foundations.
This document provides an overview of the key tools and features in Expedition PCB, a printed circuit board design software. It describes the main interface components like the library manager and padstack editor. It also explains how to work with design elements such as cells, parts, and layout templates. Finally, it outlines the design capture and routing processes and provides guidance on settings and preferences.
The document provides an operation manual for the SATAID program. It describes how to install and uninstall the program, how to start and quit the program, and gives an overview of the program's main functions which include displaying case study materials, satellite images, and other meteorological data. The document also provides information on data formats and how to use additional functions like measuring images, drawing on images, and displaying statistical analysis.
This document provides an overview and instructions for using the SATAID Operation Manual software. It describes how to install and uninstall the software, start and quit the program, navigate the main menu and operation panel, and perform basic functions like registering and viewing case study data, images, and weather data. Advanced functions covered include adjusting image gradation, measuring image data, drawing on images, and displaying other observation data. The document also outlines additional program options, settings, and functions specific to tropical cyclone analysis.
This document provides an administrator manual for Atoll version 3.1.0. It discusses installing and configuring Atoll and its components, setting up distributed calculation servers, managing licenses, and working with Atoll databases. The manual is divided into several sections covering topics such as supported technologies, installation, license management, database management, and more.
Getting Started with OpenStack and VMware vSphereEMC
VMware vSphere® is the industry’s leading and most reliable virtualization and cloud computing platform. vSphere simplifies IT by separating applications and operating systems (OSs) from the underlying hardware. OpenStack is an open and scalable cloud management platform (CMP) for building public and private clouds. It is a system designed to provide infrastructure as a service (IaaS) on top of a diverse collection of hardware and software infrastructure technologies.
vSphere has a long history of being a stable and resilient platform that offers many benefits to host cloud infrastructures. As an enterprise-class hypervisor with production-level features and support, vSphere is an excellent solution for enhancing OpenStack.
This document is a user guide for AirDefense Mobile 6.1. It provides an overview of the system and instructions for using its live monitoring and frame capture analysis features. The guide describes the interface and functionality of the common area, data, connections, devices, frames, and survey tabs. It also covers topics like conducting site surveys, creating floor plans, and visualizing survey data.
Challenge 2 – Adaptation and Constraints
The Depot at Cape Canaveral is almost online, and the depots in the Netherlands, Australia, and New Zealand will be coming online soon as well.
Our next obstacle is the infrastructure for the base on the moon. The Moon will be used as stopping point on the way to Mars, in addition to serving as the human race’s new home until the colony on Mars is finished.
Due to the way the base was constructed, we have serious power, cooling, and space limitations. You must scale the design down to fit into half of a datacenter rack, or 21U. In addition, we also only have IPV6 network infrastructure on the moon. You must use the same vendors of the design you will be working with, but you can use different product lines. You must tell us what the configuration maximums for the new design are (for example, maximum hosts, VMs, storage capacity), and what your failure tolerance is.
The document evaluates five implementations of the SPARQL query language for the Semantic Web. It first provides background on the Semantic Web and SPARQL, including the data model and query language specifications. It then describes the methodology for testing each implementation using a dataset from DBpedia.org and sample queries. Each implementation - OpenRDF Sesame, OpenLink Virtuoso, Jena, Pyrrho DBMS, and AllegroGraph - is installed and evaluated based on documentation, loading data efficiently, and computing query results in a reasonable time. The conclusion finds that while some implementations are advanced, they still have problems processing basic SPARQL queries as specified.
This document is the Asterisk Administrator Guide, which provides information on installing, configuring, and managing the Asterisk PBX system. It covers topics such as installing Asterisk from packages or source code, configuring channels and drivers, creating dialplans, and using the Asterisk Extension Language (AEL) for advanced dialplan functionality. The guide is intended for system administrators tasked with deploying and maintaining Asterisk installations.
This document provides a guide for migrating from iPlanet Web Server or Netscape Web Server to the HP Apache-based Web Server. It includes an overview of HP Apache features, requirements for installation, and detailed steps for migrating specific functionality like core web server settings, security, server-side execution, management, and more. Administrators can select which features to migrate and follow the provided commands and validation checks. Appendixes include summaries of differences between the web servers and important HP Apache files.
This document provides an overview and reference for Hibernate, an object-relational mapping tool for Java. It discusses Hibernate's architecture and basic APIs for mapping objects to relational databases. The document also covers configuring Hibernate, implementing persistent classes, basic object-relational mappings, and integrating Hibernate with Java application servers.
This document provides an overview and reference for Hibernate, an object-relational mapping tool for Java. It includes tutorials on basic usage and mapping associations, as well as sections covering architecture, configuration, persistent classes, and basic object-relational mapping. The document aims to help developers learn and implement Hibernate for managing relational data in idiomatic Java applications.
This document provides a summary of the Hibernate reference documentation:
- It introduces Hibernate and covers basic concepts like mapping classes, associations, collections, inheritance, querying and transactions.
- The document includes tutorials for creating a simple Hibernate application, mapping associations between classes, and building a web application that uses Hibernate.
- It describes Hibernate's architecture and configuration options for integrating Hibernate with J2EE application servers and setting properties like SQL dialects.
- The reference covers advanced topics like batch processing, the Hibernate Query Language (HQL), and criteria queries for building queries programmatically.
The document provides an overview and administrator guide for OnTime 2008 project management software. It discusses the OnTime product line including OnTime for Windows, Web Edition, VS.NET, Customer Portal, and Remote Server. It also covers installing and setting up OnTime, including planning deployment, installing OnTime and its components, setting up the OnTime database, configuring system options and email notifications.
The Firebird 2.5 release focuses on refactoring the engine's threading architecture. A new "Superclassic" model allows Classic to utilize multiple threads within a single process. This improves Classic performance and enables safe shutdown on all platforms. The Superserver also scales better on multiprocessor systems when handling multiple databases simultaneously. Other changes include making the embedded libraries thread-safe and enabling services in Classic to run as threads on POSIX.
This document provides a 3-page user manual summary for Atoll 3.1.0 radio network planning and optimization software. It includes sections on the working environment, explorer window, working with objects, maps, and LTE technology specifications. The manual aims to familiarize users with Atoll's interface and enable efficient use of its features and functions for radio network design.
This document specifies the Linked Media Layer architecture and describes its key components. The architecture includes a repository layer for media storage and metadata, an integration layer, and a service layer. It also describes modules for unstructured search using Apache Nutch/Solr, media collection from social networks, searching media resources with latent semantic indexing, and participation in the MediaEval 2013 benchmarking initiative for video search and hyperlinking tasks.
This document provides a test procedure for evaluating battery management system (BMS) failure modes related to the direct current (DC) charging interface. The procedure involves simulating faults before, during, and after DC charging to verify the BMS safely transitions the vehicle to a safe state. Tests include ground faults, bus shorts, signal disturbances, overcharging, and more. Response is monitored through graphs of current, voltage, and CAN signals to ensure safety systems operate as intended.
Spring Security requires a Java 8 or higher Runtime Environment.
As Spring Security aims to operate in a self-contained manner, you do not need to place any special
configuration files in your Java Runtime Environment. In particular, you need not configure a
special Java Authentication and Authorization Service (JAAS) policy file or place Spring Security
into common classpath locations.
Similarly, if you use an EJB Container or Servlet Container, you need not put any special
configuration files anywhere nor include Spring Security in a server classloader. All the required
files are contained within your application.
This design offers maximum deployment time flexibility, as you can copy your target artifact (be it a
JAR, WAR, or EAR) from one system to another and it immediately works.
This document provides a guide to using WinCAPS 7.4 software. It contains information on installing the software, setting up options, and an overview of the main program areas. The four program areas are the Catalog tab for selecting products, the Sizing and Selection tab for running applications, and the Projects and Documentation tabs. The Sizing and Selection tab allows running question sets for applications like heating, air conditioning, water supply, and more. The document provides details on settings and functions for each question set type.
This document is a user guide for AirDefense Mobile 6.1. It provides an overview of the features and functionality of AirDefense Mobile for live wireless network monitoring, analysis and site surveys. The guide describes the various interface elements, tabs and tools for viewing live data, managing devices and licenses, conducting wireless surveys and analyzing captured frames. It contains chapters on live monitoring, frame capture and analysis, and guides users on how to conduct site surveys and visualize survey results.
This document is the user guide for AirDefense Mobile 6.1. It provides an overview of the software and instructions for using its various features. The guide contains chapters that describe how to conduct live monitoring of wireless networks, capture network traffic frames, and analyze captured frames. It also covers how to set up and conduct on-site wireless network surveys using the mobile application.
This document provides an overview of the Oracle Primavera P6 Professional user guide:
1) It introduces P6 Professional and explains its use for project planning, controlling, and management.
2) It describes the basic workspace and how to navigate windows, wizards, menus and perform common tasks like selecting items and entering data.
3) It explains how to structure projects using the enterprise project structure (EPS), organizational breakdown structure (OBS), resources, roles, and the work breakdown structure (WBS).
This document contains a table of contents for a book on Spring Framework. The table of contents lists 9 chapters that cover topics such as IoC containers, AOP, JDBC support, Hibernate integration, Spring MVC framework, view technologies, integrating with other frameworks like Struts and JSF, and Spring APIs. Each chapter is further broken down into sections that provide more detail on the chapter topics.
This document provides an introduction and overview to the Landmark OpenWells software. It outlines the objectives of the OpenWells Basics training course, describes key concepts and terminology used in OpenWells such as the Engineer's Desktop, EDM database, and data migration. It also provides an overview of the system's capabilities including customization, integration, value of data, security, modernization, and ease of use. Finally, it begins describing how to get started with OpenWells, including logging in and entering different types of data.
The document provides an introduction to artificial intelligence, including:
- A brief history of AI from the 1980s "AI winter" period of failed projects through to recent advances enabled by improved hardware and new research areas like machine learning.
- Knowledge representation and reasoning, rule engines, hybrid reasoning systems, and expert systems are introduced as key concepts in AI.
- The advantages of using a rule engine are discussed, as well as when rule engines are appropriate versus other approaches like scripting engines. The Rete algorithm, which is commonly used in rule engines, is also introduced.
This document is a user guide for the LSI SAS2 Integrated RAID solution. It describes the benefits of the integrated RAID solution such as host interface support, metadata support, SMART support, and Fusion-MPT support. It also provides overviews of how mirrored volumes operate and their key features like resynchronization, hot swapping, hot spares, online capacity expansion, and more. The document includes steps for creating mirrored volumes, managing hot spare disks, and other administrative tasks.
Comparaison entre les technologies de Big Data. Article très détaillé et très apprécié par les lecteurs/ The second most cited. Big Data définitions, applications et challenges, Hadoop ecosystem et Hadoop distributions. Bonne lecture.
This user manual provides instructions for operating the Phasor XS portable phased array ultrasonic flaw detector. It describes how to power the device, navigate menus, install and configure probes, perform scans and calibrations, and view and analyze scan results. The manual contains information on keypad functions, display screens, setup parameters, gate settings, and operating the device in various modes like freeze, gain adjustment, and time-corrected gain for phased array non-destructive testing.
This document provides an overview and implementation guide for Juniper's Loop-Free Alternate feature, which provides sub-50ms convergence for OSPF and IS-IS networks. It describes the problem of slow convergence in IGP networks and introduces LFA as a solution. The document outlines the operational theory and implementation of LFA, including configuration steps and verification procedures. It also includes examples and details on how LFA provides backup coverage and fast rerouting in the event of link failures.
This document provides documentation on Odoo development including module development, debugging, quality assurance testing, user documentation, Git and GitHub usage, continuous integration, Odoo administration, continuous delivery, integrated development environments, and remote development. It covers a wide range of topics for developing and maintaining Odoo modules throughout the entire development lifecycle.
This software manual provides instructions for using DEXIS dental imaging software. It covers installing the software, setting preferences, taking and managing x-ray and photographic images, and administrative functions. The manual includes details on hardware requirements, user interfaces, image tools and security, and integrating with other practice management programs.
TortoiseSVN is a Windows client for Subversion version control. It provides features for importing and exporting files to a repository, checking out working copies, committing changes, updating working copies, and viewing project history. The document discusses TortoiseSVN's installation, basic version control concepts, repository creation and management, daily use features like committing and updating, and resolving conflicts. It is intended as a user guide for getting started with and using TortoiseSVN for source control management.
This document provides an overview of BizTalk and discusses its key components and features. It covers topics like why BizTalk is useful, how its messaging engine works using publish/subscribe, developing the BizTalk environment, and includes examples of using various adapters like FTP and file. The document is organized into chapters that cover messaging basics and schemas, maps, and pipelines.
This document provides instructions for integrating Blue Coat ProxySG and ProxyAV appliances to provide web malware protection. Key points include:
- The ProxySG acts as a proxy and forwards HTTP requests to the ProxyAV for malware scanning before returning content to users.
- The ProxyAV uses supported malware scanning engines to scan content for viruses, spyware, phishing and other web-based threats.
- Appliances can be deployed together with direct internet access or in a closed network, with guidelines provided for one-to-one and redundant configurations.
- Detailed steps are outlined for configuring the appliances, enabling malware scanning, and testing the threat protection policy.
This document is a reference manual for TRU software. It includes sections on installing and using TRU, connecting to GPS receivers, terminal functions, receiver settings, positioning parameters, and port settings. The manual provides instructions and technical details for operating TRU and configuring connected GPS receivers. It is copyrighted and published by Topcon Positioning Systems.
CIRM in collaboration with the Institute of Water Modelling, Dhaka, Bangladesh published a report on Flood Hazard Model for an Index Based Flood Insurance Products for Sirajganj District, Bangladesh.
Essentials of Automations: The Art of Triggers and Actions in FMESafe Software
In this second installment of our Essentials of Automations webinar series, we’ll explore the landscape of triggers and actions, guiding you through the nuances of authoring and adapting workspaces for seamless automations. Gain an understanding of the full spectrum of triggers and actions available in FME, empowering you to enhance your workspaces for efficient automation.
We’ll kick things off by showcasing the most commonly used event-based triggers, introducing you to various automation workflows like manual triggers, schedules, directory watchers, and more. Plus, see how these elements play out in real scenarios.
Whether you’re tweaking your current setup or building from the ground up, this session will arm you with the tools and insights needed to transform your FME usage into a powerhouse of productivity. Join us to discover effective strategies that simplify complex processes, enhancing your productivity and transforming your data management practices with FME. Let’s turn complexity into clarity and make your workspaces work wonders!
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Gesx a table_ofcontents
1. Table of Contents
Chapter 1 - Introduction
Starting GeoGraphix Discovery........................................................................................................... 1-2
GeoGraphix Applications .................................................................................................................... 1-5
GeoGraphix Installation....................................................................................................................... 1-9
Stand-alone vs. Network Installations ..............................................................................................................1-9
Project Homes ............................................................................................................................................... 1-10
GeoGraphix Discovery Architecture ................................................................................................. 1-11
System Program Files .................................................................................................................................... 1-12
System Data Files .......................................................................................................................................... 1-13
Project Data Files........................................................................................................................................... 1-14
Database Files ............................................................................................................................ 1-15
Layer Files ................................................................................................................................. 1-16
Interpretation Workflow .................................................................................................................... 1-18
Geologic Setting ................................................................................................................................ 1-19
Chapter 2 - Creating a Project
Creating a Project Area........................................................................................................................ 2-2
Working with ProjectExplorer........................................................................................................... 2-10
Opening/Activating GESXplorer Tools............................................................................................. 2-12
Using the Help Files .......................................................................................................................... 2-14
Closing Any Tool .............................................................................................................................. 2-22
Chapter 3 - Managing Land Data
Importing Cultural Data....................................................................................................................... 3-3
Importing Landgrid Data ..................................................................................................................... 3-7
Using GeoAtlas to Display and QC Data .......................................................................................... 3-15
Displaying Layers in GeoAtlas...................................................................................................................... 3-15
Zooming in on the GeoAtlas Map ................................................................................................................. 3-20
Using GeoAtlas to Change Entity Attributes..................................................................................... 3-24
Changing Color and Boldness of Section Lines ............................................................................................ 3-24
Changing Landgrid Lettering Size................................................................................................................. 3-28
Enabling and Disabling Entities .................................................................................................................... 3-34
Using LeaseMap ................................................................................................................................ 3-37
Building a List of Business Associates .......................................................................................................... 3-37
Creating Tracts .............................................................................................................................................. 3-41
Importing Lease Data in ASCII Format......................................................................................................... 3-48
Creating a Lease Associated with a Tract ...................................................................................................... 3-52
Displaying Lease Data in GeoAtlas............................................................................................................... 3-54
Making a Thematic Map................................................................................................................................ 3-63
Filtering Lease Data....................................................................................................................................... 3-69
Building a Layer with Filtered Data .............................................................................................................. 3-74
2. Table of Contents (Continued)
Chapter 4 - Managing Well Data
WellBase Tables .................................................................................................................................. 4-2
Importing ASCII Well Data................................................................................................................. 4-4
Production Data ................................................................................................................................. 4-12
Importing Production Data ............................................................................................................................ 4-12
Production Analysis....................................................................................................................................... 4-16
Creating Production Graph Layers ................................................................................................................ 4-19
Using GeoAtlas to Display and QC Wells......................................................................................... 4-20
Displaying the Production Graphic in GeoAtlas............................................................................................ 4-20
Viewing WellBase Layers in GeoAtlas ......................................................................................................... 4-22
Creating a New WellBase Display Layer for GeoAtlas..................................................................................4-28
Creating a WellBase Display Layer Using a Layer Template ........................................................................4-42
Retrieving Well Data in GeoAtlas ..................................................................................................... 4-49
Displaying Well Information Using Map Tips .............................................................................................. 4-49
Accessing Single Wells in WelBase Using the GeoAtlas Selection Tool...................................................... 4-56
Accessing a Multiple Well in WellBase Using the GeoAtlas Select Tool ..................................................... 4-55
Accessing Multiple Wells in WellBase Using the GeoAtlas Select Region Tool.......................................... 4-57
Accessing a Well in WellBase Using the GeoAtlas Well Info Tool .............................................................. 4-61
Importing Spreadsheet Well Data...................................................................................................... 4-64
Updating WellBase Layers ................................................................................................................ 4-72
Using the WellBase Data Managers .................................................................................................. 4-74
Using Source Manager .................................................................................................................................. 4-74
Using the Fault Manager ............................................................................................................................... 4-77
Adding Information to the Faults Page .......................................................................................................... 4-80
Adding Fault Data via the Spreadsheet Importer ........................................................................................... 4-81
Viewing Fault Cuts in Fault Manager............................................................................................................ 4-83
Making a Bubble Map ....................................................................................................................... 4-85
Making Proportional Pie Maps .......................................................................................................... 4-90
Chapter 5 - Defining the Stratigraphic Column
Setting the Stratigraphic Order ............................................................................................................ 5-3
Filtering Formations in WellBase...................................................................................................... 5-11
Setting the User Formation List......................................................................................................... 5-13
Composite Formation Tops ............................................................................................................... 5-15
Mapping an Unconformity with Composite Formation Tops ........................................................................ 5-15
Creating the BSNG Tob Subsea Layer from WellBase ................................................................................. 5-18
Chapter 6 - Creating Cross Sections
Importing Log Curves into GESXplorer.............................................................................................. 6-3
Displaying Wells with Logs in Map View. ......................................................................................... 6-5
Using Virtual Conditional Pies to Show Wells with Digital Logs ................................................ 6-8
Creating a Log Map Layer .......................................................................................................... 6-14
Displaying Well Logs in PRIZM....................................................................................................... 6-18
Creating a .prt File for XSection........................................................................................................ 6-22
Defining a Cross Section ................................................................................................................... 6-26
Creating a Well to Well Cross Section........................................................................................ 6-26
Adding Wells to an Existing Cross Section................................................................................. 6-29
Formatting the Cross Section............................................................................................................. 6-31
Depth-Registered Raster Logs ........................................................................................................... 6-37
Editing the Cross Section................................................................................................................... 6-49
Using XSection Templates ................................................................................................................ 6-60
3. Table of Contents (Continued)
Picking Tops and Adding Annotations to the Cross Section ......................................................................... 6-63
Setting the XSection Source Hierarchy and Settings ..................................................................................... 6-64
Editing Existing Picks ................................................................................................................................... 6-65
Using the Add Formations Tool to Pick Formation Tops .............................................................................. 6-68
Using the Correlation Formation Picks Tool to Pick Formation Tops........................................................... 6-70
Using the Type Log Tool to Pick Formation Tops ........................................................................................ 6-72
Making Unassigned Picks.............................................................................................................................. 6-76
Assigning Unassigned Picks to a Formation Name ....................................................................................... 6-79
Editing Fault Picks......................................................................................................................................... 6-82
Creating Inter-well Formation Picks.............................................................................................................. 6-85
Making Annotations to the Cross Section...................................................................................................... 6-87
Saving the Cross Section As a Metafile............................................................................................. 6-93
Creating an Interpolated Fill Cross Section ....................................................................................... 6-95
Picking Interval Data in XSection ................................................................................................... 6-100
Importing Depth Registered Raster Logs..................................................................................................... 6-100
Creating a WellBase Filter of Wells with Raster Logs ................................................................................ 6-103
Creating a WellBase Layer of Wells with Raster Logs................................................................................ 6-104
Creating a Correlation Cross Section........................................................................................................... 6-108
Creating Zones in ZoneManager ................................................................................................................. 6-117
Picking Interval Data ................................................................................................................................... 6-121
Viewing the Interval Data in the ZoneManager Spreadsheet....................................................................... 6-126
Viewing the Interval Data in WellBase ....................................................................................................... 6-128
Analyzing Zone Data in Crossplot View ..................................................................................................... 6-129
Creating XSection Layers................................................................................................................ 6-137
Using Xsection Raster Log Templates ............................................................................................ 6-140
Using a Raster Log Template to Display Multiple Raster Logs................................................ 6-140
Chapter 7 - Gridding and Contouring Surfaces
Creating an IsoMap Layer from a WellBase Layer ............................................................................. 7-3
Correcting a WellBase Top Subsea Data Value ...............................................................................................7-9
Updating Layers with Corrected Top Subsea Data Value ............................................................................. 7-14
Creating a Color Fill Contour IsoMap Layer Using XYZ Data from a Spreadsheet ......................... 7-16
Editing and Updating an Existing Active IsoMap Layer ................................................................... 7-30
Editing the MSNC Structure Layer ............................................................................................. 7-30
Updating the MSNC Structure Layer .......................................................................................... 7-31
Editing an Existing Active IsoMap Layer ......................................................................................... 7-32
Deleting Contour Lines ............................................................................................................... 7-32
Drawing Contour Lines with Discrete Mouse Clicks.................................................................. 7-36
Setting the Contour Line Sampling Radius ................................................................................. 7-38
Drawing Contour Lines Continously........................................................................................... 7-39
Adjusting Contour Lines ............................................................................................................. 7-40
Adding Contours Using the Draw Contour Dialog Box.............................................................. 7-41
Setting Contour Data Attributes .................................................................................................. 7-42
Creating an IsoMap Layer Using Data Directly from WellBase ....................................................... 7-44
Mapping a Faulted Surface ................................................................................................................ 7-52
Creating a Fault Plane Surface....................................................................................................................... 7-52
Creating a Fault Intercept Using a Surface-to-Surface Calculation ............................................................... 7-62
Creating a Fault Polygon ............................................................................................................................... 7-69
Chapter 8 - Managing 2D Seismic Programs
Importing Seismic Data ....................................................................................................................... 8-2
Using SeisBase to Manage and QC Seismic Data ............................................................................... 8-6
4. Creating SeisBase Layers .................................................................................................................. 8-15
Creating a Contour Map of the Seismic Data .................................................................................... 8-21
Chapter 9 – Defining Areas of Interest
Creating an Area of Interest in GeoAtlas............................................................................................. 9-3
Creating Layers in an Area Of Interest ................................................................................................ 9-8
Creating an Area of Interest Index Map ............................................................................................ 9-20
Chapter 10 – Calculating Volumetrics
Creating a Layer Displaying Zone Data ............................................................................................ 10-2
Defining Limits of Production........................................................................................................... 10-7
Drawing a Zero Contour................................................................................................................................ 10-7
Contouring the Porosity............................................................................................................................... 10-10
Calculating Volumetrics .................................................................................................................. 10-19
Chapter 11 – 3D Scene
Displaying Layers in 3D Scene ......................................................................................................... 11-2
Changing Properties of a 3D Scene ................................................................................................... 11-6
Saving a 3D Secne ........................................................................................................................... 11-11
Chapter 12 – Building a Final Presentation
Map View .......................................................................................................................................... 12-2
Page View.......................................................................................................................................... 12-6
Setting a Map Scale ........................................................................................................................... 12-9
Adding a North Arrow, Scale Bar, Title Block, and Neat Line ....................................................... 12-11
Adding a 3D Scene Bitmap ............................................................................................................. 12-16
Adding the XSection Metafile ......................................................................................................... 12-18
The Final Presentation ..................................................................................................................... 12-20