Flow to HDL: Difference between revisions

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{{unreferenced|date=May 2012}}

This page is'''Flow to describeHDL''' tools and methods that convert Flow flow-based system design into a [[hardware description languageslanguage]] like(HDL) such as [[VHDL]] or [[Verilog]]. Typically this is a method of creating designs for [[Fieldfield-programmable_gate_arrayprogrammable gate array]], [[ASICapplication-specific integrated circuit]] prototyping and [[DSPdigital signal processing]] (DSP) design. Flow -based system design is well -suited{{according to [[Field-programmable_gate_arraywhom|FPGA]]date=May 2012}} to field-programmable gate array design as it's is easier to specify the innate parallelism of the architecture.

== Discussion ==

There didn't seem to much link information on the various flow based system design to [[Hardware_description_language|HDL]] tools and flows.

towers of hanio

== History==

The use of flow-based design tooltools in engineering is a reasonably new trend, most widely used example is. [[Unified Modeling Language|UML]] is the most widely used example for software design. The use of flow -based design tools creates in theory allows for more holistic system design and faster development. [[C Thereto are otherHDL]] tools and flow thathave aima tosimilar achieve the sameaim, but with [[C_programming_languageC (programming language)|C]] or C -like languages, these are discussed in the [[C_to_HDLprogramming language]] pages.

== Applications ==

ApplicationMost currentlyapplications are mainly the sort of applications thatones currentlywhich take too long with existing supercomputer architectures. These may include Bioinfomaticsbioinformatics, [[Computational fluid dynamics|CFD]], Financialfinancial processing, Oiland oil and Gasgas survey data analysis. Embedded applications that require high performance or real-time data processing isare also an area of use. Also [[System-on-a-chip]] design can also be done using this flow.

== Examples ==

*Xilinx System Generator from [http://www.Xilinx.com/ Xilinx]

*StarBridge VIVA from [http://www.starbridgesystems.com/defunct StarBridge Systems]

*Nimbus from defunct <s>[http://www.exsedia.com/ Exsedia]</s>

== External links ==

*[http://www.cse.clrc.ac.uk/disco/publications/FPGA_overview_2.0.pdf]{{dead link|date=October 2017 |bot=InternetArchiveBot |fix-attempted=yes }} an overview of flows by Daresbury Labs.

*[https://web.archive.org/web/20070216180902/http://www.xilinx.com/products/design_tools/logic_design/advanced/esl/index.htm] Xilinx's ESL initiative, some products listed and C to VHDL tools.

== See also ==

* [[ASIC|Application Specific Integrated Circuit]] (ASIC)

* [[C to HDL]]

* [[Comparison of Free EDA software]]

* [[Comparison of EDA Software]]

* [[Complex programmable logic device]] (CPLD)

* [[ELLA (programming language)]]

* [[Category:Electronic design automation]] (EDA)

* [[Embedded C++]]

* [[Field Programmable Gate Array]] (FPGA)

* [[Hardware description language]] (HDL)

* [[Handel-C]]

* [[Icarus Verilog]]

* [[Lustre (programming language)]]

* [[MyHDL]]

* [[Open source software]]

* [[Register transfer notation]]

* [[Register transfer level]] (RTL)

* [[Ruby (hardware description language)]]

* [[SpecC]]

* [[SystemC]]

* [[SystemVerilog]]

* [[Systemverilog DPI]]

* [[VHDL]]

* [[VHDL-AMS]]

* [[Verilog]]

* [[Verilog-A]]

* [[Verilog-AMS]]

{{Programmable Logic}}

{{DEFAULTSORT:Flow To Hdl}}

[[Category:Electronic design]]

[[Category:Hardware description languages]]