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Learn about the challenges associated with integrating large-scale systems and how the Data Distribution Service (DDS) standard addresses use cases common to defense, financial services and power systems. This video includes a discussion of how DDS can meet systems' current and future requirements in terms of performance, scalability, availability and interoperability, resulting in dramatically lower integration costs, not just for initial integration but also for future upgrades and expansions.
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The Object Management Group (OMG) Data Distribution Service (DDS) has been adopted worldwide by major air force, army, marine and navy programs as an Open Architecture standard for integrating real-time tactical systems with each other and with enterprise applications such as command and control systems. This webinar introduces the DDS standard and shows how it significantly reduces software lifecycle costs with a net-centric approach to integrating mission-critical embedded systems.
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RTI Data Distribution Service allows you to rapidly integrate real-time application. But did you know you can use it to communicate with Web-based applications? In this video, see a demonstration of how web and real-time applications can exchange data. The demo showcases Google maps displaying fast-changing data using standard Web services.
Watch this video at YouTube.com: Part 1 and Part 2.
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This 7-minute video demonstrates how to use the RTI Spreadsheet Add-in for Microsoft Excel with RTI Data Distribution Service (DDS) to quickly prototype algorithms and then integrate and revise those algorithms without disturbing any other part of your system. Use this powerful integration for constructing custom dashboards to visualize behavior and improve operational effectiveness, and for rapidly prototyping new components to speed development.
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This presentation and demo outlines the NAPSInet charter and how RTI Data Distribution Service can be used to address its use cases.
Watch this video at YouTube.com: Part 1, Part 2, Part 3.
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Join RTI's Chief Engineer, Gordon Hunt, for this presentation and demo about data-centric design: defining a data-centric model, discussing the advantages of this approach, and then showing a demo of how to implement a data-centric application using RTI Data Distribution Service.
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This demo shows how easy it is to get a system running and integrated using RTI Data Distribution Service. In addition to DDS, the demo showcases the RTI Spreadsheet Add-in for Microsoft Excel and RTI Recorder.
In just five minutes, we demonstrate applications launching and sharing data without any pre-configuration. We monitor the data live, show how to record the data for offline analysis, view and update in real-time using Microsoft Excel, correlate the data sets together, and demonstrate it all being driven from a simple dashboard constructed on-the-fly during the demo.
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A 4-minute introduction to RTI Data Distribution Service, including a brief demonstration using the RTI Shapes Demo, downloadable from http://www.rti.com/downloads.
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This demo shows RTI Routing Service in use. RTI Routing Service is a component of RTI Data Distribution Service, the world's leading implementation of the Object Management Group (OMG) Data Distribution Service for Real-Time Systems (DDS) standard. It provides a high-peformance messaging and integration infrastructure for real-time applications. RTI Routing Service extends DDS by providing a flexible solution for scaling DDS systems and for integrating disparate DDS applications. This includes applications that cannot directly communicate because they run on different networks (LAN and WAN), use different transport protocols (e.g., shared memory, IPv4 and IPv6), or are members of different security domains. It can also be used to integrate applications that natively use different DDS data types, such as new and legacy applications, individual systems within a System of Systems, and applications that support different Communities of Interest (COI).
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This webcast presents the powerful combination of Wind River VxWorks MILS and RTI Data Distribution Service. The Wind River VxWorks MILS Platform delivers the security foundation aerospace and defense (A&D) companies need to meet the real-time operating system (RTOS) requirements for high robustness (EAL6+) multilevel secure (MLS) systems. RTI Data Distribution Service is high-performance networking middleware for distributed, real-time applications. Its flexible publish-subscribe communications model allows distributed processes to share data without concern for the actual physical location or architecture of their peers. Together, they provide the infrastructure needed to create highly-secure distributed real-time systems.
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Traditional approaches to messaging are notoriously inefficient, depending on centralized or per-node server processes (often called daemons) to route, persist and otherwise manage messages. These daemons introduce latency, bottlenecks and costly overhead on your servers. Migrating to a decentralized, peer-to-peer architecture that does not need servers or daemons exorcises these problems. It slashes latency by cutting out message hops, improves throughput and scalability by eliminating choke points, and reduces your total cost of ownership by minimizing the amount of hardware needed for messaging without requiring specialized appliances.
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This webcast introduces the Data Distribution Service (DDS), which has been adopted worldwide by major air force, army, marine and navy programs as an open architecture standard for integrating real-time tactical systems with each other and with enterprise applications such as command and control systems. Learn how DDS meets these programs' extreme performance and operational requirements while providing a loosely-coupled integration framework that dramatically reduces software life-cycle costs associated with developing and maintaining distributed real-time applications.
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View a discussion between Gp Capt (R) Chris Granville-White, CBE, and Lt. Cdr. (Res) Gordon Hunt, US Navy, and Principal Applications Engineer at RTI, as they get to grips with the latest developments in real-time messaging and application integration. The technology under discussion enables UAV developer to manage operational, flight and sensor information flow; prioritizing the right information at the right time to the right part of the system; which can be challenging when the data link is less than reliable.
A number of current UAV systems from current RTI technology adopters are used as applications examples, such as General Atomics' Predator/Reaper and Boeing/Insitu's ScanEagle.
To view this video webcast by IQPC, please click here.
Complete Net-Centric warfare capability won't come about overnight. It will be delivered through continuous evolution of deployed systems. But what is the system and software development model being successfully used today to build out the net-centric capability? This webcast describes how a data oriented development model has benefited many defense system programs to deliver net-centric capability.
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Building the Real-Time Global Information Grid (GIG) requires developing and integrating various systems seamlessly. Traditional Enterprise applications must be integrated with real-time/embedded/tactical components. And then also must interoperate with existing legacy systems. The result is more data, from more sources, moving at faster rates, to more destinations, via diverse systems. The benefits are more efficient movement of data, faster data analysis and more reliable decisions.
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Delivering high quality distributed software to meet aggressive time-to-market schedules can seem like an impossible task. Learn how you can transform this seemingly impossible problem into a manageable process by attending the Meeting the Quality and Time-to-Market Challenge: Combining MDD and DDS for Successful Software Development webcast. You'll see how you can use a powerful combination consisting of the Telelogic Rhapsody® Model Driven Development™ (MDD™) environment and RTI Data Distribution Service solution to solve the quality and time-to-market challenges.
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Security is critical in high-threat environments such as defense, intelligence, and critical infrastructure systems. Unfortunately, commercial security products and approaches are not suitable for these applications because they don't allow for mixed security levels or real-time communications.
Attend this webcast and get an overview of two technologies that combine to offer a strong solution. LynuxWorks' LynxSecure Separation Kernel is a Multiple Independent Levels of Security/Safety (MILS)-compliant real-time operating system. MILS ensures that tasks running at different security levels are safe from cross-level information leakage. RTI Data Distribution Service provides secure application-to-application messaging in distributed computing environments, with full compliance to the Open Architecture DDS standard. The result is a high-assurance, secure environment for developing distributed real-time systems.
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From the trading floor to the boardroom to the battlefield, information superiority is a key competitive advantage. Decision makers have an unprecedented volume of raw data available, from sources such as IT applications, exchanges and sensors. The fundamental challenge now faced by information system developers and integrators is distributing that data as quickly as possible so that it can be assimilated, fused, analyzed and acted upon.
RTI's software integration solutions enable unprecedented levels of situational awareness - maximizing competitive advantage - by allowing applications to aggregate more than ten times the volume of data than is possible with traditional integration technologies. This presentation will review RTI's solution including a demonstration of how it can be integrated with existing applications and service-oriented architectures using standard interfaces and orchestration solutions such as Business Process Execution Language (BPEL).
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