2012 International Conference on Field-Programmable Technology 2012
DOI: 10.1109/fpt.2012.6412145
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A new hardware coprocessor for accelerating Notification-Oriented applications

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Cited by 12 publications
(5 citation statements)
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“…A parte em softwareé um programa que lida com o processamento factual e execucional em núcleo Von Neumann comum. Uma implementação desta arquitetura foi feita em lógica reconfigurável (FPGA) e significativamente reduziu o número de ciclos de clock necessários para executar as tarefas quando comparado com Framework PON C++ [17].…”
Section: As Plataformas Do Ponunclassified
“…A parte em softwareé um programa que lida com o processamento factual e execucional em núcleo Von Neumann comum. Uma implementação desta arquitetura foi feita em lógica reconfigurável (FPGA) e significativamente reduziu o número de ciclos de clock necessários para executar as tarefas quando comparado com Framework PON C++ [17].…”
Section: As Plataformas Do Ponunclassified
“…These approaches include: NOP frameworks (in C++, C#, Java. and Elixir), allowing the implementation of NOP software, for von Neumann architecture, using typical OOP abstractions such as classes and objects, but now under notification approach of-course [16], [18]; prototype of a language and compiler called NOPL, for von Neumann architecture, that allow generating low-level language, namely C/C++, but under the NOP background [16]; circuit templates called NOP Digital Hardware (DH), afterward associated with new version of NOPL that allow the high-level implementation, in total conformance with NOP principles, of a determined application in reconfigurable hardware [13]; and a NOP co-processor (CoNOP), which is based on NOP-DH and can be reconfigured for a determined application, thereby allowing the hybrid execution of the NOP inference process in collaboration with a von Neumann core [17], [20].…”
Section: Previous Nop Implementationsmentioning
confidence: 99%
“…Moreover, the NOP was also introduced as a new approach for conceiving, constructing, and executing hardware systems (Peters et al 2012;Linhares, Simão, and Stadzisz 2015;Pordeus et al 2016;Kerschbaumer el al. 2018).…”
Section: Holonic Manufacturing Systems and Holonic Controlmentioning
confidence: 99%