Embedded Computing Design

Next-generation healthcare systems promise to deliver more targeted treatments, improve patient outcomes and lower costs.

Leverage the power of Windows IoT and Linux operating systems for your solution.

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, providing hardened security, utilizing open source, rapid data transfer and meeting FDA regulations are high priorities for medical equipment companies.

How much do you trust the supply chains that provide your connected devices with components and code?

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 hardware as well.

More than 60 percent of a new vehicle's cost comes from its advanced electronics and software systems. Since many of the human-machine interface (HMI) functions guided by these electronic systems...

New Industrial Internet of Things (IIoT) solutions are helping manufacturers improve product quality, increase productivity, decrease costs, and make smarter business decisions. Already,...

Given the influx of IoT devices flooding the market, getting your product to market quickly and having your product stand out against the competition are key to success. Learning how to design,...

Internet of Things applications are advancing past prototypes and proof of concepts into commercial use. As these systems get deployed, the security architecture enters a new danger zone with high...

The Industrial Internet of Things (IIoT) landscape today is a confusing mix of proprietary connectivity technologies and standards. Some are general purpose, some are mostly appropriate for...

Every developer is in search of an embedded operating system platform that boasts performance and security, which are the hallmarks of the new QNX Software Development Platform 7.0. (QNX SDP 7.0)....

In our final class, we will look at the "Things" of the IoT - our nodes and devices - and how we can effectively commission, monitor, and detect problems in them throughout their lifecycle. We...

In our second class, we will begin at the heart of the Internet of Things - the sending and receiving of data. Whether it is collecting a simple room temperature reading or capturing a video frame...

Developing a new cloud based solution for managing, analyzing and taking action on data from an Industrial Internet of Things (IIoT) deployment is not an easy task if you're new to it. While there...

In this lead-off class, we will briefly review the principles of the IoT and some of the basic configurations that we may encounter (star with gateway, tree, and mesh). We will look at the major...

In the Internet of Things, there's no such thing as a mobile device that operates in isolation. And yet, mobile devices and apps are often marketed, sold, and bought as if they're independent...

As connected devices become more prevalent, industrial systems are growing and advancing at an unprecedented rate, exposing networks that have otherwise been isolated from attacks. This has...