Approximate Computing (AxC) paradigm aims at designing computing systems that can
satisfy the rising performance demands and improve the energy efficiency. AxC exploits the …

As modern applications demand an unprecedented level of computational resources,
traditional computing system design paradigms are no longer adequate to guarantee …

The Westwood Experience is a location-based narrative using Mixed Reality effects to
connect participants to unique and evocative real locations, bridging the gap between the …

Abstract The introduction of Approximate Computing (AxC) into software allows achieving
several optimizations such as performance improvement, energy reduction, and area …

State-of-the-art frameworks for generating approximate circuits automatically explore the
search space in an iterative process-often greedily. Synthesis and verification processes are …

Approximate computing has become a very popular design strategy that exploits error
resilient computations to achieve higher performance and energy efficiency. Automated …

Approximate Computing is revealing a new design paradigm which trades algorithms
precision off for enhancing performance parameters, commonly energy consumption and …

The majority of existing frameworks for automated synthesis of Approximate Circuits (AxCs)
employ a search-based Design Space Exploration (DSE) approach. This includes an …

Design methodologies for approximation of medium to large-scale accelerators have largely
relied on search-based design space exploration. Due to the enormously sized solution …

Approximate Computing (AxC) trades off between the level of accuracy required by the user
and the actual precision provided by the computing system to achieve several optimizations …