Graphic programming design based on embedded AI processor

Low-voltage embedded biomedical processor design

Advances in mobile electronics are fueling new possibilities in a variety of applications, one of which is ambulatory medical monitoring with body-worn or implanted sensors. Digital processors on such sensors serve to analyze signals in real-time and extract key features for transmission or storage. To support diverse and evolving applications, the processor should be flexible, and to extend se...

Nios II Embedded Processor Design Contest

Graphic-based robot programming simplifies cell engineering

Fast Cellular Automata Implementation on Graphic Processor Unit (GPU) for Salt and Pepper Noise Removal

Noise removal operation is commonly applied as pre-processing step before subsequent image processing tasks due to the occurrence of noise during acquisition or transmission process. A common problem in imaging systems by using CMOS or CCD sensors is appearance of  the salt and pepper noise. This paper presents Cellular Automata (CA) framework for noise removal of distorted image by the salt an...

Exploring Processor Design Using Genetic Programming

We have created a genetic algorithm that can be used for exploring the design space of processors. We evaluate the performance of this algorithm on a large design space using a subset of the SPEC 2000 benchmarks. Our algorithm uses fixed size generations that have an odd number of entities. Each transition occurs through the use of stochastic sampling followed by 2-point crossover and mutation....