For over 50 years, Amdahl's Law has been the hallmark model for reasoning about performance
bounds for homogeneous parallel computing resources. As heterogeneous, many‐core …

The world has accelerated around a new industrial revolution called the Internet of Things,
as this technology is expected to enter all aspects of industrial life, commercial and civil …

It is likely that many-core processor systems will continue to penetrate emerging embedded
and high-performance applications. Scalable energy and performance models are two …

Performance and energy efficiency considerations have shifted computing paradigms from
single-core to many-core architectures. At the same time, traditional speedup models such as …

The car manufacturing industry faces pressing issues of vehicle theft and driver conscious
related accidents. This study introduces AI-powered computer applications to tackle these …

In this study, we introduce an innovative auto-stop car system empowered by deep learning
technology, specifically employing two Convolutional Neural Networks (CNNs) for face …

Continued technology scaling in VLSI has enabled more and more computation cores to be
integrated in the same chip. This has facilitated the parallelization of processing and the …

Innovative processor architecture designs are shifting towards Many-Core Architectures (MCAs)
to meet the future demands of high-performance computing as the limits of Moore’s Law …

To meet performance and energy efficiency demand of modern workloads, specialized
hardware accelerators implemented on FPGAs or ASICs have found adoption in modern servers …

Analytical database management systems offer significant advantages for organizations
practicing datadriven decision-making. ADBMSs rely on massively parallel processing for …