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Whether you’re evaluating hardware components for your next project or trying to plan for 5G, it’s essential to have a basic understanding of how wireless signals work and how existing cellular networks function. With this knowledge, you can make better decisions about your connectivity requirements, and have the foundation to understand emerging connectivity standards.
With that in mind, let’s take a look at some of the fundamentals that have helped shape our world through wireless cellular connectivity.
[Editor’s note: DigitalTrends.com is a comprehensive source of information about consumer electronics and technology. Its “Tech for Change” series of content shines a spotlight on technical innovations that make a meaningful impact. A recent article featured HumanWare, whose BrailleNote Touch Plus is an Android tablet equipped with a movable, braille display for vision-impaired users. Mistral Solutions provided the engineering design services.]
Computer vision applications often need to process multi-frame images, such as those acquired through video capture. As a result, one of the most important aspects of this processing is the ability to identify and track objects as they move, and as the viewport changes. Uses cases for these capabilities are virtually endless, ranging from robotics vision processing (e.g., SLAM) and autonomous vehicles, to analysis of security footage and augmented reality.
What could be more exciting than reading about how tech from Qualcomm Technologies, Inc. (QTI) works? How about discovering that our technology is being used to power new experiences in places and ways even we never imagined!
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