Giuseppe Scanniello

Papers

Total Citations

H-Index

About

Giuseppe Scanniello’s research lies at the intersection of software engineering, green computing, and high-performance systems, with a focus on making computation both efficient and environmentally sustainable. His major contributions center on strategies to migrate intensive and massive computation systems to Graphics Processing Units (GPUs), thereby reducing energy consumption and extending the eco-sustainable “lease of life” of existing software. In his 2013 work, “Using the GPU to Green an Intensive and Massive Computation System” (8 citations), he introduced a process for migrating legacy systems to GPU architectures, demonstrating early results in lowering carbon footprints. His 2015 follow-up, “On the Effect of Exploiting GPUs for a More Eco-Sustainable Lease of Life” (3 citations), further quantified how GPU-based approaches can mitigate the estimated 2% of global CO₂ emissions attributed to IT, reshaping software design priorities toward power efficiency. While his citation counts are modest, Scanniello’s work is notable for pioneering green software reengineering—a field critical to sustainable computing. His research offers practical pathways for developers to balance performance with environmental responsibility, making him a thoughtful voice in the push for eco-conscious software systems.