RTI webinar replays offer deep dives into the issues and solutions for integrating real-time systems.
Real-time connectivity is critical in the development of clinical systems including medical devices, monitoring systems and network infrastructure. From integrating internal monitoring systems, to delivering real-time analysis and correlation of patient data to reducing patient errors.application developers for medical devices and patient monitoring systems are faced with these new challenges. In addition, other design issues include scalability in the number of devices and the size of the data, data security, HIPAA compliance and integration with legacy devices and proprietary monitoring systems.
Join Supreet Oberoi, Vice President of Engineering at RTI, and Tracy Rausch, founder and CTO of DocBox, Inc., as they discuss the design opportunities in building the next generation of clinical systems (medical devices and monitoring systems) that scale to a distributed networked system with tens of thousands of sensors, terabytes of data with millisecond latency while correlating data streams with third-party systems. All while providing real-time analysis, privacy and security compliance so critical in the medical informatics industry.
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Over the last few years there has been a subtle but important shift in the way government procurement is taking place. In an effort to reduce through-life maintenance and modification costs, government organizations are looking to specify the architecture used across a multitude of systems. By specifying an architecture based on open standards and a data-centric method of communication, interoperability across a range of systems, sub-systems and system-of-systems becomes more straight forward, while simultaneously reducing upgrade and maintenance costs.
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Deployment of sensors, smart devices and mobile computing is exploding. As a result, an enterprise's most valuable information no longer lives in a centralized data center or cloud: it is produced and consumed at the network edge. In this highly distributed environment, publish/subscribe messaging provides the ideal substrate for information dissemination. By decoupling data producers and consumers, it simplifies application development and systems integration.
RTI's pub/sub software is uniquely suited to edge-to-enterprise messaging. It delivers extremely high performance, supports highly autonomous and dynamic systems, does not require centralized servers or system administration, and efficiently communicates over unreliable and low-bandwidth networks.
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Large-scale distributed system applications are experiencing an explosion in the number of connected sensors, devices, systems and subsystems. Program managers, system architects and system engineers must understand and adopt better technologies, architectures and integration techniques to meet growing system integration complexity and performance requirements.
Leveraging Data Distribution Service (DDS), RTI addresses these challenges by allowing next generation network architectures.based on replicated data publish/subscribe. This paradigm eases integration of large heterogeneous systems while at the same time maintaining system scalability, throughput and latency. SCADA and DCS systems will be used as examples, but the discussion will also apply to other large-scale distributed system applications.
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Looking for a technology that provides comprehensive and flexible control over data security—including integrity, confidentiality, authenticity, nonrepudiation, and access control—at both the transport and messaging level? RTI's security model for Data Distribution Service (DDS), is an industry-standard publish-subscribe data bus targeting real-time performance requirements. This technology will deliver dramatically better performance than other product offerings with similar security capabilities. And because RTI standardizes the programming APIs as well as the protocol used by this technology, multi-vendor interoperability and portability will be enabled.
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UAS developers are challenged to adapt designs beyond originally conceived mission capabilities. Challenges range from supporting multi-UAS operational coordination and controlling swarms of unmanned aircraft to integrating and re-configuring for next generation UAS systems. Open standards and COTS technology represent a software architectural approach that simplifies the evolving issues that re-configurability, multi-UAS coordination, safety and security requirements pose for next generation system designs. We will also present several examples of UAS successfully deploying this architectural approach to illustrate its advantages in actual applications.
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Developing heterogeneous distributed systems is a complex challenge. Individual subsystems are often developed by independent teams, third parties, and legacy systems. These complexities can be substantially reduced by leveraging the combined power of RTI Data Distribution Service (DDS) and National Instruments LabVIEW. LabVIEW and DDS together allow the development of advanced and unique system architectures to simplify system integration, data communication, network bandwidth management and redundancy.
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All data are not created equal. Different types of data and connection architectures require different infrastructure configurations. RTI’s messaging software with its configurable Quality of Service accommodates these unique Design Patterns. It allows system architects to provide a customized infrastructure with an off-the-shelf standardized solution. The net result is a reduction in cost and risk for all phases (development, integration, deployment) of your project. This webinar will explore some of the reusable design patterns that are easily achievable with RTI's solution.
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Data Distribution Service (DDS) is an industry-standard publish-subscribe data bus that can be distributed logically or physically across local processor cores, backplane buses, or networks, making it well suited for today's multicore, bladed, and/or cloud computing platform solutions. DDS also provides network interoperability, code portability, and increased system capability while decreasing hardware requirements and lifecycle costs.
Is it a good fit for your application? Watch this technical overview of DDS and how it can be used in various distributed messaging and database environments. You will also learn how DDS provides lower overhead and higher availability for distributed applications.
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The time and cost required to integrate tactical applications like combat, unmanned and ISR systems is traditionally much higher than for conventional enterprise applications. This is because custom integration approaches have been required to satisfy their demanding performance, reliability and resource requirements. As a result, as systems evolve, they become increasingly stovepipe, brittle and expensive to maintain.
This presentation will introduce a next-generation, Open Architecture approach to real-time application integration. It will review how the leading real-time integration standard, the Object Management Group's Data Distribution Service (DDS), can be used in conjunction with enterprise technologies like Web services and the Java Message Service to extend the benefits of a Service Oriented Architecture (SOA) to real-time systems. This dramatically reduces the time and cost required to integrate tactical systems with each other, with C2 systems and with the GIG.
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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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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.
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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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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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