Embedded vision applications typically make heavy demands on processors - not just in terms of processing performance, but also regarding memory, I/O, and real-time behavior. In this class, we explore the processor requirements of embedded vision...
Image sensors are the "eyes" of embedded vision systems, and their characteristics largely determine the capabilities of the systems on which they are built. In this session, we introduce the most common types of 2D and 3D sensors used in embedded...
In this course we introduce embedded vision - the incorporation of computer vision techniques into embedded systems. Via case studies, we explore the functionality that systems can gain with embedded vision and provide a taste of typical vision...
This discussion presents an overview of commercial CORTEX-M0 components. We present component families from Freescale, Nuvoton, NXP, and ST Microelectronics. This discussion provides insight into today's available product. Our objective is to...
This discussion is the third of three views into the details of the CORTEX-M0 processor features. Presented from the point of view of an embedded system designer, this discussion will address four of the key features of the CORTEX-M0 processor...
This discussion is the second of three views into the details of the CORTEX-M0 processor features. Presented from the point of view of an embedded system designer, this discussion will address the following features of the CORTEX-M0 processor: the...