Computing is an indispensable tool in addressing climate change, but it also contributes to a
significant and steadily increasing carbon footprint, partly due to the exponential growth in …

Advanced integration and packaging will drive the scaling of computing systems in the next
decade. Diversity in performance, cost and scale of the emerging systems implies that …

Training large-scale artificial intelligence (AI) models demands significant computational
power and energy, leading to increased carbon footprint with potential environmental …

To halt further climate change, computing, along with the rest of society, must reduce, and
eventually eliminate, its carbon emissions. Recently, many researchers have focused on …

To reduce the carbon footprint of software, it is imperative that systems first become aware of
their footprint. Despite various proposals to make software carbon aware via application …

Power modeling is an essential building block for computer systems in support of energy
optimization, energy profiling, and energy-aware application development. We introduce …

Fueled by the soaring popularity of foundation models, the accelerated growth of artificial
intelligence (AI) models' enormous environmental footprint has come under increased …

Serverless computing has become a mainstream cloud computing paradigm due to its high
scalability, ease of server management, and cost-effectiveness. With cloud data centers' …

Recently, we are witnessing truly groundbreaking achievements using AI models, such as
the much talked about generative large language models, the broader area of foundation …

The rapid increase in computing demand and corresponding energy consumption have
focused attention on computing's impact on the climate and sustainability. Prior work …