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Modern applications including graphics, multimedia, web search, and data analytics not only can benefit from acceleration, but also exhibit significant degrees of tolerance to imprecise computation. This amenability to approximation provides an opportunity to trade quality of the results for higher performance and better resource utilization. Exploiting(More)
Increasing demands in end-user applications such as greater speed and bandwidth, computing power, storage density with demands on energy efficiency have driven power management solutions towards higher conversion efficiencies, higher power densities, greater noise immunity, and extreme integration. We present advances and choices in the fundamental(More)
—Most existing video encoders currently used in mobile applications are unable to gracefully degrade their output quality as the battery life nears its end. In other words, they cannot manage power consumption to efficiently utilize the available power resources. To be able to effectively adapt to changes in the encoder's software and hardware platforms,(More)
— As the system complexity increases, the failure probability increases substantially. Therefore, the system requires techniques for supporting fault tolerance. Checkpointing technique is widely used to reduce the execution time of long-running programs in presence of failures and enhancing the reliability of such systems. Several methods were studied thus(More)
Despite the considerable improvements in the quality of HLS tools, they still require the designer's manual optimizations and tweaks to generate efficient results, which negates the HLS design productivity gains. Majority of designer interventions lead to optimizations that are often global in nature, for instance, finding patterns in functions that better(More)
Approximate computing provides an opportunity for exploiting application characteristics to improve performance of computing systems. However, such opportunity must be balanced against generality of methods and quality guarantees that the system designer can provide to the application developer. Improved parallel processing in graphics processing units(More)
—In this paper, we have investigated the redundancy in array of Memristive-Biosensors and find optimum number for devices to accomplish reliable biodetection. Our results lead less expensive sensor and reduce the low-reproducibility of this memristive method for the detection of rabbit antigen. Several experiments have been performed with 17 memristive(More)
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