Achieving the Communication Requirements of RADAR Systems with Connext DDS

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Presented by

Mark Swick, RTI Systems Architect

About this talk

Radar systems must be designed to keep up with a rapidly changing threat environment, adapt to new technologies, and reflect the realities of leaner development budgets. In this webinar, learn why radar systems developers are employing data-centric architectures implemented with standards-based communications technologies to meet these challenging requirements. The webinar will elaborate on concepts that are widely used for constructing scalable, open radar systems: - Leveraging modular, data-oriented design patterns to implement radar services. Radars, and sensors in general, share common architectural and design patterns. This lends itself to the use, and re-use, of common components, or services across multiple sensor implementations. - Open, language-independent data models and protocols enable reusability and reduce life-cycle costs. Implementation of common services using open-systems architecture precepts expands the choices for system integrators in constructing radar and sensor systems. This approach allows the selection of best-in-class components in the initial development phase while enabling cost-effective replacement of end-of-life components, avoiding major redesign over the system lifecycle. - The combination of data-centric architectures, open data models, and proven open standards-based communication infrastructure for radar and other sensor systems offer greatly-improved flexibility, reduced risk, and lower life cycle costs.

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Enabling intelligent architecture by sharing information in real time, RTI makes large applications work together as one. With over 1,500 designs, across different industries RTI is the largest software framework company for autonomous systems. Learn more: rti.com