Robert Oshana, Texas Instruments
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Software programming techniques for embedded DSP software
How the workings of the DSP architecture, compiler and the algorithms can speed up applications and learn how to optimize performance, power and memory for peak application performance.
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Embedded applications using integrated DSP and microprocessor cores
Embedded applications are composed of a mix of signal processing and control algorithms, which work together to perform the necessary functions inside many real-time embedded systems. Therefore it is essential to understand how the control and digital signal processor (DSP) algorithms interoperate.
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Serial RapidIO (sRIO) architectures in embedded systems
Telecommunications, networking, and broadband applications have unique requirements for fast, interconnected system architectures. RapidIO, either parallel or serial, offers high bandwidth, lightweight communication inside embedded systems.
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Selecting the right peripheral for DSP applications
Embedded systems interact with the environment and other components within a larger system. Much of the bottleneck in meeting real-time demands comes from delays in getting data in and out of the system, rather than processor speed or software implementation. Knowing how to select the right mix of peripherals for embedded applications and how to utilize these peripherals to optimize system performance can alleviate this bottleneck.
