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 …

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' …

Cloud computing is a significant and growing cause of carbon emissions. Understanding the
energy consumption and carbon footprints of cloud applications is a fundamental …

Reducing the energy consumption of the global IT industry requires one to understand and
optimize the large software infrastructures the modern data economy relies on. Among them …

Climate change is a pressing threat to planetary well-being that can be addressed only by
rapid near-term actions across all sectors. Yet, the cloud computing sector, with its …

Cyber-physical systems operate under changing environments and on resource-constrained
devices. Communication in these environments must use hybrid error coding, as pure pro-or …

Software Engineering arose from the need to scale up and decompose the development of
large software systems [1]. While the discipline was successful in finding functional …

The computing industry accounts for 2% of the world's emissions. Power-efficient computing
is a frequent topic of research, but saving power does not always save the environment …

Functions as a Service has emerged as a popular abstraction for a wide range of cloud
applications and an important cloud workload. We present the design and implementation of …

The computing industry accounts for 2% of the world's emissions. Power-efficient computing
is a frequent topic of research, but saving power does not always save the environment …