RTI Connext DDS is a powerful tool that lets you efficiently build and integrate complex distributed systems like no other technology — if you use it right. Be aware of how to get the most out of DDS and how to avoid common pitfalls when developing your system. We've developed RTI Connext best pract...

Securing embedded devices is more critical—and more difficult—than ever. Software content in intelligent devices is doubling every two years; hardware platforms continue to proliferate; and security threats are becoming increasingly diverse and sophisticated.

In this webinar we will examine the new features in the 4th generation Intel Core processor family. We will highlight use cases for the new features, and show how developers can use off-the-shelf hardware and software to speed their own designs to market.

Analysis: Fortunately Google, ARM and many others are developing analysis tools and solutions to these problems. Figure out if your app is CPU/GPGPU bound, I/O or memory constrained and find common efficiency issues. Discover simple ways to optimize your apps from basic design parameters to open sou...

VDI allows programs, applications, processes and data from remote PCs to be stored and managed from a central location. The result is reduced costs, improved productivity, enhanced security and more. And while VDI vendors have been slow to provide support for Linux, as a major player on enterprise d...

This webcast should lead to discussions how best practices supported by an effective tool platform can improve your results, and to questions about what kinds of measurements are most effective in system and software delivery. Learn how IBM Rational can help you "instrument" your systems and softwar...

As smartphone and tablet use increases, the opportunity for a wide range of accessories and App-based accessories ("appcessories") is growing – and it’s more than just speaker docks. Learn about the latest trends and the wide range of accessory solutions for iPhone®, iPad® and Android™ devices that...

This webinar is intended as a combination of the two: education and fun. It will show how a distributed version of Life can be implemented using the Data Distribution Service (DDS) standard from the Object Management Group (OMG). The presented Distributed Life system will be able to deal with real-l...

Automotive systems development has evolved into an intricate blend of safety-critical software systems, infotainment, and connectivity. Literally hundreds of software components and subsystems are involved that run on a variety of processors and architectures within the auto. Managing these myriad o...

Looking to build a complex distributed system based on the latest and greatest technical innovations? The Data Distribution Service (DDS) standard from the Object Management Group (OMG) provides the software infrastructure for a diverse range of systems, from small networking appliances to massive w...

The average midrange car has over a dozen microprocessors in it. High-end models have over 100. Those systems need to be ultra-reliable, re-usable, they need to be tough and robust, and they need to be cheap. How can a developer possibly meet all those goals at once? In this seminar, we look at tips...

Endurance and reliability must be examined before determining the optimal flash solution, every application requires different requirements which must be addressed at the design in stage. ATP offers three levels of endurance calculations optimizing the Total Cost of Ownership, by utilizing data usag...

Ultra-precise timekeeping that can change the outcome of missions is now mandatory for mission critical military applications. Atomic clocks in the past have offered the accuracy and precision required for these applications but could not be used due to their large form factors - which added to the...

The multicore era shifts more responsibility for performance gains onto the software developer who must direct how work is distributed amongst the cores. Obtaining performance increases requires developers make significant software modifications to transform current sequential applications into para...

Complying with safety and security certification standards and requirements in any market is an expensive, tedious, and time-consuming task, but it saves lives in the friendly skies and can be a force multiplier on the battlefield. Meeting those requirements is often more efficient through open arch...

Finding and integrating components for connected devices can be a major challenge. The Intel® Intelligent Systems Framework solves the problem by specifying an interoperable set of hardware, operating systems, and software. These validated components form a platform for connected devices that scales...

Advances in network mapping enable network management systems to capitalize on topology intelligence already available from your network and system devices, saving you effort, time, and money. Join Brian Jacobs of Ipswitch to learn five best practices to ensure that you are doing the most with the t...

The best way to architect your distributed system while driving down integration costs is to design your system of systems around one key property: inherent interoperability. But your design approach must embrace legacy systems. After all, you almost never start with a clean sheet of paper. Achiev...

High Performance Computing (HPC) brings to mind massively parallel systems that spare no expense. But today there is a very large HPC application space where computational performance must be balanced against cost to make a sound business case for real-world use. Advancements in processor and system...

Multicore and virtualization techniques are being applied across the embedded industry as a way to compartmentalize, gain performance, and increase capabilities of embedded devices. Medical devices must ensure security, reliability, and provide quick response and ease-of-use for patient care and eme...

Software pricing has always been controversial. As the evidence mounts that open source does not control costs, it has become even more critical. How much is software worth? Who should pay for it? What’s fair? Should vendors charge per floating license? Per user? For support only? Runtime royalties?...

Radar and electronic warfare (EW) system designers are continually are tasked with doubling and tripling performance in every new design or system upgrade, which places a tremendous demand on signal processing solutions for these applications. Military program managers want to track multiple targets...

If you’re developing safety-critical applications, you can’t afford to take chances. But commercial pressures don’t go away just because you’re diligent. The latest version of the MISRA standard lets you take advantage of more C features while helping you mitigate risk for safety-critical automotive...

This webinar will show you how to deploy critical avionics software with quality and confidence. Using code verification tools, you can easily identify critical defects in your source code. With formal methods based verification, see how you can mathematically prove that your source code is safe and...