(1) A hardware-based SDR that is feasible for embedded devices but relatively expensive, (2) a pure SDR approach that has high level of flexibility and low bill of material, but is not yet suited for handheld applications, and (3) a novel architecture that uses a programmable array of multiple processing cores that exhibits both flexibility and potential for mobile devices.
While simulation of full-scale catalytic reactors would require domain decomposition based parallelism and use of multiple central processing units, significant performance enhancement can be achieved by fully utilizing the compute resources available within each node in emerging architectures.
So, we conclude that, with the enhancement of current computer processing combined with appropriate decimation procedures, the real-time implementation of AW-XWVD is feasible with the use of multiple processors or parallel processing [48] and the design proposed in [49].
The use of multiple unit controllers for parallel processing of multi-unit motor drive systems can significantly reduce the execution time of the control algorithm.
Our approach is distinct in its use of multiple multilevel features in the required processing.
In addition, an improved image processing method with use of multiple background free images is developed to enhance the crack detectability from the LAST images.
The way to speed up the development of mega-gate SoCs is the use of multiple microprocessor cores to perform much of the processing currently relegated to RTL.
This research has led to the use of multiple microphone arrays, FM transmission, Bluetooth technology and sophisticated sound analysis and processing strategies, just to name a few.
Interferometry requires the use of multiple objective lenses, significantly increasing the complexity of the system and making alignment and data processing more challenging.
The use of multiple immunogens.
