quartus 中文意思是什麼

quartus 解釋
第四的
  1. In the logic design, the fundamentals and characteristics of ieee std. 1149. 1 specification and usb protocol are introduced first of all. according to altera ’ s fpga cyclone, it analyzes the architecture and jtag instructions of boundary scan test ( bst ). then the dissertation analyzes how to program cyclone device and offer the scheme of the design which is realized in verilog hdl by modelsim and quartus ii software

    在介面邏輯設計中,首先分析ieee1149 . 1標準和usb協議,理解邊界掃描測試和usb數據傳輸的工作方式,然後針對altera公司的fpga器件cyclone ,通過分析它的邊界掃描測試結構和各種jtag指令,研究它的編程過程和編程特點,並提出設計方案。
  2. At last the algorithm of ddmf is achieved by the investigation tool of altera company ? quartus ii and the vhdl language, and its ip core is also achieved which is used not only in the satellite navigation position system, but also in the long pn code dsss system. ddmf investigated in the dissertation gives a good way to design the rapid pn code acquisition in the beidou project, and the technology has the definite theory and practice significance

    此外還應用altera公司的最新的fpga開發工具quartusiiv5 . 1 ,採用了國際標準的硬體描述語言? vhdl語言,對數字差動匹配濾波器和傳統匹配濾波器演算法予以實現,開發了該演算法的軟ip核,可以對所應用的擴頻碼長度, a / d采樣后的數據量化階數,所用擴頻碼等可進行隨意改寫。
  3. The design of this chip sticks to the general methodology of hdl design. lt is entered in hdl format with innoveda ' s visual hdl and simulated with modelsim simulator, after synthesized with fpga compiler ii, the edif is entered in quartus ii, which is supplied by altera corporation to place and route. the sdo file produced by quartus ii is backannotated to the netlists and timing - simulation is been done. the success of this cryptogrammic chip also shows the effectiveness and advantage of the methodology of high level design with hdl

    在innoveda的visualhdl設計平臺上用hdl語言完成了設計輸入,使用modelsim模擬器完成了功能模擬,使用synopsys的fpgacompiler進行了基於alterafpga庫的網表綜合,最後將edif網表輸入altera的布局布線工具quartus中進行了布局布線,將生成的sdo文件反標到modelsim模擬器中進行了時序模擬,該設計的成功,再一次表明了hdl設計方法的正確性和有效性。
  4. Use different eda tools, including modelsim, synplify, quartus, etc. at different stages of what has been designed

    在設計的不同階段使用了不同的eda工具,包括modelsim 、 synplify 、 quartus等等。
  5. This design for mvbc system adopts top - down eda common design flow. circuit design adopts veriloghdl coding description. function simulation and timing verification adopt simulation tool vcs of synopsys inc, the logic synthesis tool and fpga programming tool adopt the quartus ii of altera inc, and the fpga advice stratix ii ep2s15

    該mvbc系統設計採用業界通用的自上而下的eda設計方法,電路邏輯實現採用veriloghdl硬體語言描述,功能和時序驗證的動態模擬採用synopsys公司的vcs ,而邏輯綜合與fpga實現採用altera公司的集成開發環境quartusii軟體以及stratixiiep2s15的fpga器件。
  6. The circuit is synthesized by synplify pro which is synplicity ' s synthesis tool and emulated by quartus ii which is altera ' s developing tool, which has proved the feasibility and correctness of the circuit

    採用硬體描述語言vetilog編寫了硬體電路程序,並使用synplicity的綜合工具synplifypro和altera開發工具quartus對電路系統進行了綜合與模擬驗證,證明了硬體電路的可行性與正確性。
  7. At last, the system is synthesized and placed and layout by quartus ii, and uses fpga to implement the design

    最後,文章給出了整個設備控制器系統的編譯結果,並用fpga器件測試驗證。
  8. Finally, we using some software and hardware, such as matlab quartus ii and logic analysis system, to realize the whole circuit function by fpga

    通過matlab模擬,利用altera公司開發的quartus設計、編譯、模擬軟體平臺,採用相關硬體測試手段,最終完成電路的fpga實現和調試。
  9. It is the first time that driving chip used by pdp is applied to the fed panel. by adopting the new ic and the novel driving method, the developed grey scale modulator achieve high flexbility, stability and high integration. the circuit system includes cyclonetm fpga from altera and stv7610 from st microelectronic. with the capability of generating two kinds of modulating waveform, it has the advantages of flexible configuration, high display - quality, high integration and low cost. fpga design is based on the quartus platform. data transforming and the system controlling are achieved by using single fpga

    基於altera公司cyclone系列fpga和st公司stv7610驅動晶元設計的fed顯示器的灰度調制電路系統可以支持兩種調制波形,具有配置靈活,顯示性能好等優點,其集成度為原有系統的三倍,且造價更低廉;基於quartusii軟體平臺進行了fpga的系統開發與優化,採用單片fpga完成了全部的數據轉換和系統控制功能, fpga的可編程特性使系統的設計具有充分的靈活性和可擴展性。
  10. The application of quartus 4. 1 in the comprehensive experiment teaching

    1在綜合性實踐教學中的應用
  11. After these, the usb host controller was simulated, synthesized and placed and layout by activehdl, synplify and quartus ii

    並分別以activehdl 、 synplify ,和quartus完成了usb主控制器的前後模擬、綜合與布局布線。
  12. At last, the simulation and test are introduced in the eda software of max + plus and quartus. the result and discussion are also given

    最後分別在max + plus和quartus兩個集成開發環境下對設計進行模擬驗證和分析討論。
  13. To validate the correctness of each module, author use quartus and modelsim software to implement software simulation, designed the pcb board based on fpga chip and finished circuit debug

    為驗證模塊的正確性,不但通過quartus和modelsim進行軟體模擬,還設計製作了基於fpga的pcb板,並完成了電路調試。
  14. Then this paper introduces a quick and effective flow to translate the design structure of asic to that of fpga as well as some related eda tools like quartus ii, certify, synplify pro and amplify physical optimizer

    通過對asic設計流程的研究,論文提出一種快速、高效的將asic設計轉化為fpga設計的流程,並且介紹實現此流程的相關eda工具( quartus , certify , synplifypro , amplifyphysicaloptimizer ) 。
  15. Simulations are executed in altera ’ s quartus ii environment with altera ’ s stratix family fpgas using verilog hdl after analysis. the results show that the sfn adapter can properly insert mip into transport stream and the time to be delayed in sync system can be correctly calculated and carried out with fifo

    在對每一個模塊的設計要點做了詳細說明之後,採用verilog語言編寫各模塊邏輯代碼,在altera公司的quartusii5 . 0集成開發環境下,基於altera公司stratix系列fpga對各模塊及整個單頻網適配器進行了模擬。
  16. According to the function of test platform, the test platform is partition into a few modules. those modules are designed with verilog hdl and the key problems are discussed in details. the verilog codes for transmit and receive end of test platform are simulated under quartus ii 5. 0 ise, and debugged by downloading the verilog programs into ep1s25f780c and ep1s80b956c6 developing kits

    在對每一個模塊的設計要點做了詳細說明之後,採用verilog語言編寫各模塊邏輯代碼,在altera公司的quartusii5 . 0集成開發環境下,基於altera公司stratix系列fpga對各模塊及整個窄帶ldpc解碼-誤碼測試平臺進行了模擬並將發端和收端的verilog程序分別下載到altera的ep1s25f780c和ep1s80b956c6開發實驗板進行調試。
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