Conventional multicores rely on deep cache hierarchies to reduce data movement. Recent
advances in die stacking have enabled near-data processing (NDP) systems that reduce …

Partitioning applications between near-data processing (NDP) and host CPU cores causes
inter-segment data movement overhead, which is caused by moving data generated by one …

In upcoming architectures that stack processor and DRAM dies, temperatures are higher
because of the increased transistor density and the high inter-layer thermal resistance …

Processing-in-Memory (PIM) has been proposed as a solution to accelerate data-intensive
applications, such as real-time Big Data processing and neural networks. The acceleration …

Computational application demands do push the scaling of the number of cores, which
themselves further increase the demand for more bandwidth. The use of larger rank widths …

Computing systems are undergoing a radical shift, propelled by stern security requirements
and an unprecedented growth in data and users. This change has proven to be abstraction …