Leverage the power of Windows IoT and Linux operating systems for your solution. You no longer need to choose between Windows or Linux – Microsoft is now giving developers the ability to build with both Windows IoT and Linux, together on a single hardware. With Azure IoT Edge for Linux on Windows (...

As migrations go, moving from Industry 4.0 to Industry 5.0 is not one of the easier moves. While it should result in a significantly ramped up automation process, it does requirement the installation of much higher performance platforms, including robotics systems, vision hardware and software, and...

Produced by Embedded Computing Design, Smart Manufacturing Day is a virtual conference that explores all avenues of deploying AI/ML in IIoT systems. The conference will focus on the various technologies required for today’s (and tomorrow’s) smart manufacturing platforms. That could include: Key...

Industrial and manufacturing systems can be designed to leverage IIoT and emerging AI/ML capabilities to solve for business outcome challenges. Those challenges are focused around things like predictive maintenance, asset monitoring and control, quality improvement, and energy management. AWS provid...

Vision systems are used for multiple functions within a manufacturing environment. They could be used for security, they could be used for inspection, and they could be used for AI applications. Depending on how you plan to deploy the vision system, the hardware and software that’s bundled will vary...

Massive economic potential and demand for AI at the Edge require more compute resources than imaged just a few years ago. Because these compute platforms live at the Edge, where the data is received and decisions are executed, they are ideal targets for executing AI algorithms.

Technology advances have delivered major benefits to the global health and medical segments. Still, much of the medical systems and devices are based on previous generation of technologies. The challenges such as computing from Edge-to-cloud, leveraging AI, transforming digitally, updating systems,...

As adversarial threats continue to become more complex, U.S. military electronic warfare (EW) and signal intelligence (SIGINT) solutions must be able to adapt more quickly. For decades, these systems have been closed architectures based on proprietary system and component designs, all of which have...

This briefing will describe the Army’s push for modular open system architecture approaches across all C5ISR systems, to include current S&T activities and Acquisitions plans. CMOSS comprises a family of standards that together allow for system functional decomposition across clearly defined hardwar...

When most people think of a MOSA strategy for military aviation platforms, the Future Airborne Capability Environment (FACE) Technical Standard usually comes to mind first. FACE, which enables the reuse of software elements across multiple avionics platforms, is in fact one important tool in the MOS...

In early 2019, Air Force, Army, and Navy leadership issued a joint memo mandating that the U.S. military use a Modular Open Systems Approach (MOSA) for new program designs and refreshes, calling MOSA a “warfighting imperative.” Now, as of 2021, MOSA is the law, as Congress passed legislation requiri...

MOSA is not just about open architectures like SOSA, FACE, or CMOSS, but it also involves how those initiatives and standards can applied across all domains – air, sea, land, space, cyber, and spectrum – to create a MOSA ecosystem. Such an ecosystem enables the DoD to deploy capability more quickly...

How much do you trust the supply chains that provide your connected devices with components and code? Today’s vendors aren’t doing enough to secure the code that enters final devices – and attackers are waiting. Get detailed insight into the security processes and practices that prevent supply ch...

In light of the "Executive Order on Improving the Nation’s Cybersecurity" signed May 2021, and government technology planners looking to leverage more cloud architectures and IoT technologies, securing the services that involve the cloud has become critical. The Government’s trusted supply chain eff...

As threats and countermeasures evolve, researchers and systems engineers are challenged with bringing new radar capabilities from concept to the lab to fielded systems. A major obstacle on this journey is the time it takes to migrate IP from simulation to firmware, and to build up boards and infrast...

PUFs, physically unclonable functions, are mixed-signal circuits which rely on variations unique to a specific chip in order to self-generate a digital “fingerprint.” These fingerprints can be used as the basis of cryptographic keys. While that’s useful, the real power of PUFs is leveraging their un...

The field of AI is evolving rapidly. So rapidly, in fact, that the state of the art will likely advance between the start of your development lifecycle and when you're ready to go to market. This is not only true of machine learning models, algorithms, and development tools, but AI acceleration hard...

Learn how embedded machine learning can reduce costs and improve efficiency in this webinar hosted by Avnet and Microchip Technology. Discover the benefits of machine learning for applications such as smart embedded vision, smart predictive maintenance, smart human machine interfaces and more. Thank...

Next-generation vehicles will require significant upgrades to traditional vehicle architecture in order to address the major limitations that the automotive industry is facing today, some of which could potentially lead to new business opportunities. To guarantee the desired level of innovation, sof...

In this webinar, you can expect to build your understanding of the C2000™ real-time MCU portfolio, where the latest cost-optimized family, F28003x, fits within the portfolio, key target applications + differentiation in this systems, as well as how to get started through low barrier-to-entry tools a...

Interoperability has always been a critical part of any system. The same is true with IoT. However, as we move to newer “enhanced” platforms, forward and backward compatibility is essential. In some cases, it’s standards that drive the change, while in other cases, it’s newer technologies, including...

Voice is fast becoming the preferred way of communication with our smart devices throughout our daily lives. This session will be showcasing how you can implement AI based, local voice solutions using the PSoC™ 6 and XENSIV™ hardware platform with the Picovoice software platform. We will be walking...

As digital engineering initiatives gain traction in the radar design workflow, many systems are being delivered with increased capability. Advancements in functionality and integration have made modern radar systems more challenging to design and test. During this webinar, you’ll learn about:...

In this embedded tutorial, follow simple, step-by-step instructions to program a basic “Hello World” AI application that you can use in a range of smart camera and vision applications. In less than twenty minutes, only using free tools and software online, you’ll learn: Basic concepts of AI and de...

In this 5G webcast, we focus on OpenRAN – an open, virtualized radio access network architecture designed for the edge. This must-attend event covers OpenRAN architecture and interfaces, use cases, and deployment options that enable successful edge network deployments.