The IoT is changing consumer behavior and expectations, and leading businesses are responding to its challenges and opportunities. Product development in the IoT world is increasingly consumer driven, requiring proactive development processes that include feedback loops as early and as often as possible in the design process. The capabilities of continuous engineering for helping developers to manage complexity, to comply with regulations, to improve quality and cycle time, and to adapt to change—are essential for accelerating the pace of innovation for the IoT world.
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Z-Wave 700: Unlocking Smart Home Potential
Designed for the next generation of connected environments—learn how Z-Wave 700’s breakthrough advantages u...
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Optimizing the Engineering Life Cycle Requires Digital Transformation
To cope with rising product complexity and crushing amounts of data, teams must embrace the cloud to maintain a competitive edge.
Debunking the Top Myths About Unsupported Linux for Embedded Development
When it comes to Linux, you have options. Build and manage a system in-house, or partner with an open-source leader that can offload the time, money and effort of system updates, patches and security.
Z-Wave 700: Unlocking Smart Home Potential
Designed for the next generation of connected environments—learn how Z-Wave 700’s breakthrough advantages unlock the full potential of the smart home.
Unlock Productivity with 5 InsightCM Features for Remote Diagnostics
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Collaborate Without Complexity Using Smart Video Displays
Fifty years after Bell Labs first showed off its Picturephone, videoconferencing systems are ubiquitous across the enterprise—but many solutions are difficult to deploy and use.
Bring Deterministic Data Centers To Edge Computing
Edge computing for IIoT requires end-to-end solutions capable of bringing the performance of the data center into real-time environments.
How Machine Vision Puts The Focus On Quality Control
Process automation is enabling a level of accuracy and productivity that goes beyond human ability. )ne critical area in the factory where automation is making a big difference is quality assurance.
Predictive Ai Keeps Factories Up When Power Goes Down
Maintaining continuous operations is priority-one for any factory. Even a brief power outage can cause major production disruptions.
Why Containers are the Future of the IoT
In the world of agile software development containers are remarkable tools. Because IT and OT are becoming interdependent and closely connected, they often need to use the same design approaches.
Embedded Virtualization Powers Mixed-Criticality IoT Systems
The growth of IIoT means that more systems need to run enterprise applications alongside real-time processes.
Take the Steps to Secure Your Software Supply Chain – What are You Waiting For?
Learn how binary scanning is emerging as a critical activity for securing the complex software supply chain that exists in vehicles.
Why SCADA Is Bad for Smart Factories
Smart factories enable companies to eliminate data silos that often exist between operational technology (OT) and enterprise IT.
5G New Radio: Introduction to the Physical Layer
This paper presents an introductory tutorial to the 5G physical layer and its implementation to support the key 5G target applications of eMBB and URLLC.
Qualified Code Generation Greatly Reduces Cost of Safety-Critical Automotive Software
ANSYS SCADE Suite code generator for developing ISO 26262 compliant applications up to ASIL D, the highest safety requirement for automotive applications, substantially reduces the embedded software
Enabling Embedded Devices for Industrial Internet of Things (IIoT)
This paper seeks to outline a few of the key architectural considerations required for the successful operation of smart devices within an IIoT infrastructure with a focus on the software that runs on
18th Century Technology for Modern Medical IoT
Find out what accidentally discovered ancient technology powers a modern medical IoT design in this white paper.
What They Didn’t Teach You in Engineering School About Pressure Drop
A guide to understanding how to solve even complex pressure related design issues.
Practical Guide to Maximizing DC Measurement Performance
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