Algorithms are the essence of digital signal processing; they are the mathematical "recipes" that transform signals in useful ways. Companies developing new algorithms, or considering purchasing or licensing algorithms, often need to assess whether an algorithm will fit within their
For decades, multiprocessor systems were rare and most developers never had to think about how to program them. This began to change roughly a decade ago. In the spring of 2005, both AMD (Athlon 64 X2) and Intel ("Smithfield") unveiled x86 CPUs with dual processor cores on a single die.
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Smartphones and tablets may hog the limelight, but advanced driver assistance systems (ADAS) represent another hot technology sector. Market analysis firm Strategy Analytics, for example, expects that by 2021, automotive OEMs will be spending in excess of $25 billion per year on a diversity of
The December 2012 edition of InsideDSP included the article " Texas Instruments' Latest KeyStone II SoCs: Is A Special-Purpose Server Strategy Feasible? ," which discussed TI's 66AK2Hx SoCs for specialized server applications. Based on the company's KeyStone II architecture,
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My colleagues and I at BDTI recently completed a project to help a chip company select a licensable processor core to perform computer vision functions in a new SoC design. In the process, we learned many things about these processors. But, more interesting to me, we also learned something about
A growing number of products are incorporating computer vision capabilities. This, in turn, has led to rapid growth in the number of processors being offered for vision applications.  Selecting the best processor (whether a chip for use in a system design, or an IP core for use in an SoC) is
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The hearing aid is a challenging digital signal processing application. The amount of processing horsepower required is formidable, both to filter out ambient noise and to amplify and otherwise enhance sounds that are of importance, and especially considering that the signal processing chain must
ARM's Cortex-A series of high-performance CPU cores garner significant attention by virtue of their use in high-volume, high-visibility smartphones, tablets, and other consumer electronics devices. But company's Cortex-M and Cortex-R processor families, which target embedded applications,
Substantial industry investment in a particular application, both in terms of silicon devices and the software running on and interacting with them, is often a barometer of that application's transition toward mainstream adoption. This has definitely been the case recently for the practical
Sensory has built its business and made its name over the past 20 years in voice detection and speech recognition, as InsideDSP's April 2013 coverage of the company's TrulyHandsFree always-on voice activation algorithm showcased. However, as Gordon Haupt, the company's director of