Graphics Processing Units (GPUs) have numerous configuration and design options,
including core frequency, number of parallel compute units (CUs), and available memory …

Abstract Graphical Processing Unit provides massive parallelism due to the presence of
hundreds of cores. Usage of GPUs for general purpose computation (GPGPU) has resulted …

Architecture designers tend to integrate both CPUs and GPUs on the same chip to deliver
energy-efficient designs. It is still an open problem to effectively leverage the advantages of …

In this paper, we address the problem of efficiently managing the relative power demands of
a high-performance GPU and its memory subsystem. We develop a management approach …

An in-memory indexing tree is a critical component of many databases. Modern many-core
processors, such as GPUs, are offering tremendous amounts of computing power making …

Huge amounts of data have been generated on edge devices every day, which requires
efficient data analytics and management. However, due to the limited computing capacity of …

Heterogeneous systems are ubiquitous in the field of High-Performance Computing (HPC).
Graphics processing units (GPUs) are widely used as accelerators for their enormous …

B+ tree is one of the most important data structures and has been widely used in different
fields. With the increase of concurrent queries and data-scale in storage, designing an …

Modern computer systems can use different types of hardware acceleration to achieve
massive performance improvements. Some accelerators like FPGA and dedicated GPU …

There is tremendous growth of data generated from different industries, ie, health,
agriculture, engineering, etc. Consequently, there is demand for more processing power …