Industry 4.0 requires simple solutions for complex functions. Optical sensors, such as pinhole cameras, can deliver a depth of focus and reasonable resolution, but they suffer from low intensity for ...

Later in the DATA step, when you want to process the variables in the array, you can refer to a variable by either its name or its array reference. For example, the names Reference and books{1} are ...

Multi-mode sensor processing – such as that for radar beamforming and for electro- optical (E-O) or infrared (IR) image processing – presents formidable computing problems. It requires extremely ...

Broadcom’s XLP900 architecture can translate into a massively parallel processing array that has been augmented to handle high-end switching communications and networking chores. Broadcom’s XLP900 ...

Innovations in modern science and computer technology are strongly linked together, and astronomy has unquestionably benefited from the advances in high-powered computing systems. However, the ...

Made of silicon, these in-sensor visual processing arrays can both capture and process visual data in the analog domain, as opposed to conventional systems that often physically separate these ...

In the previous article, “Massively Parallel Processing Arrays (MPPAs) for Embedded HD Video and Imaging – Part 1”, we provided an overview of the various types of architectures used to meet the needs ...

To implement compelling multimedia applications, the computing requirements for a handheld wireless device increase by over 50-fold when compared to today's voice-only phones. For instance, a phone ...

You can use these variable list names to reference variables that have been previously defined in the same DATA step. The _CHARACTER_ variable lists character values only. The _NUMERIC_ variable lists ...