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Asplos 23 Session 4a Shakeflow Functional Hardware Description

asplos 23 Session 4a Shakeflow Functional Hardware Description
asplos 23 Session 4a Shakeflow Functional Hardware Description

Asplos 23 Session 4a Shakeflow Functional Hardware Description Shakeflow: functional hardware description with latency insensitive interface combinators. sungsoo han*, minseong jang*, and jeehoon kang (*: co first authors with equal contributions). asplos 2023 (to appear, submission #43 of the spring cycle). In particular, functional hardware description languages provide combinators such as maps and filters to facilitate the compositional description of circuits. however, it is challenging to apply functional programming with combinators to complex circuits with latency insensitive interfaces such as valid ready interfaces due to the cyclic nature.

asplos 23 session 4a Simulator Independent Coverage For Rtl
asplos 23 session 4a Simulator Independent Coverage For Rtl

Asplos 23 Session 4a Simulator Independent Coverage For Rtl Asplos'23: the 28th international conference on architectural support for programming languages and operating systemssession 4a: design toolssession chair:. Shakeflow: functional hardware description with latency insensitive interface combinators. january 2023. doi: 10.1145 3575693.3575701. conference: asplos '23: 28th acm international conference on. Sungsoo han, minseong jang, jeehoon kang: shakeflow: functional hardware description with latency insensitive interface combinators. asplos (2) 2023: 702 717. last updated on 2023 06 26 20:47 cest by the dblp team. all metadata released as open data under cc0 1.0 license. This is the shakeflow: functional hardware description with latency insensitive interface combinators paper artifact submitted for evaluation of the 28th international conference on architectural support for programming languages and operating systems (asplos`23).

asplos 23 session 3b Mapping Very Large Scale Spiking Neuron
asplos 23 session 3b Mapping Very Large Scale Spiking Neuron

Asplos 23 Session 3b Mapping Very Large Scale Spiking Neuron Sungsoo han, minseong jang, jeehoon kang: shakeflow: functional hardware description with latency insensitive interface combinators. asplos (2) 2023: 702 717. last updated on 2023 06 26 20:47 cest by the dblp team. all metadata released as open data under cc0 1.0 license. This is the shakeflow: functional hardware description with latency insensitive interface combinators paper artifact submitted for evaluation of the 28th international conference on architectural support for programming languages and operating systems (asplos`23). Shakeflow is presented: the first functional hardware description language supporting latency insensitive interface combinators and a compiler to synthesizable verilog and firrtl and extensible support for custom interfaces and combinators. functional programming’s benefits for hardware description have long been recognized in the literature. in particular, functional hardware description. Description. this artifact contains our port of the corundum 100gbps nic and basejump stl’s dataflow and network on chip modules to the shakeflow hardware description language, and scripts to reproduce the results presented in the paper. for a full reproduction, the following hardware equipment is necessary: xilinx alveo u200.

asplos 23 session 7c Exit Less Isolated And Shared Access For
asplos 23 session 7c Exit Less Isolated And Shared Access For

Asplos 23 Session 7c Exit Less Isolated And Shared Access For Shakeflow is presented: the first functional hardware description language supporting latency insensitive interface combinators and a compiler to synthesizable verilog and firrtl and extensible support for custom interfaces and combinators. functional programming’s benefits for hardware description have long been recognized in the literature. in particular, functional hardware description. Description. this artifact contains our port of the corundum 100gbps nic and basejump stl’s dataflow and network on chip modules to the shakeflow hardware description language, and scripts to reproduce the results presented in the paper. for a full reproduction, the following hardware equipment is necessary: xilinx alveo u200.

asplos 23 session 4c Spada Accelerating Sparse Matrix
asplos 23 session 4c Spada Accelerating Sparse Matrix

Asplos 23 Session 4c Spada Accelerating Sparse Matrix

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