SHARQ: Software-defined hardware-managed queues for tile-based manycore architectures
The recent trend towards tile-based manycore architectures has helped to tackle the
memory wall by physically distributing memories and processing nodes. Distributed …
memory wall by physically distributing memories and processing nodes. Distributed …
DySHARQ: dynamic software-defined hardware-managed queues for tile-based architectures
S Rheindt, S Maier, N Pohle, L Nolte, O Lenke… - International Journal of …, 2021 - Springer
The recent trend towards tile-based manycore architectures has helped to tackle the
memory wall by physically distributing memories and processing nodes. However, this …
memory wall by physically distributing memories and processing nodes. However, this …
Near-Memory Acceleration of Inter-Process Communication on Tile-Based Many-Core Architectures
S Rheindt - 2022 - mediatum.ub.tum.de
Der unersättlich steigende Bedarf an Rechenleistung war die treibende Kraft hinter der
enormen Entwicklung von Computersystemen. Um mit dem Mooreschen Gesetz Schritt …
enormen Entwicklung von Computersystemen. Um mit dem Mooreschen Gesetz Schritt …
Network on Chip Interface for Scalable Distributed Shared Memory Architectures
MA Zaib - 2018 - mediatum.ub.tum.de
Abstract Five decades ago, Gordon Moore predicted the doubling of transistors per unit chip
area every 12 months. Until the present day, the semiconductor industry has been …
area every 12 months. Until the present day, the semiconductor industry has been …
Invasive Computing
As this book originates in the context of invasive computing, this chapter gives an overview
of the invasive computing paradigm and its realization in software and hardware. It starts …
of the invasive computing paradigm and its realization in software and hardware. It starts …