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simulink model

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Abstract: managing model versions using native Simulink software features. These features allow basic version , . Simulink Version Control Managing Model Versions The Simulink software is used to manage different , _01_101309 Figure 1: Top-Level Simulink Software Model and Xilinx Filter Subsystem of a Complex FIR Compiler , changes this box should remain checked. 4. Add the Model Info block to the model. From the Simulink software Library Browser, select Simulink Model-Wide Utilities Model Info. The Model Info block should ... Xilinx
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24 pages,
1530.56 Kb

Design Filter using simulink in matlab fir compiler v1 xilinx virtex matlab matlab gui matlab simulink XAPP498 XC5VSX50T-1FF1136 XC6VSX315T system generator matlab ise ff1136 ff1156 FIR Filter matlab FIR filter matlaB simulink design xc5vsx50t xc6vsx315t-ff1156 fir compiler xilinx FPGA XC6VSX315T-FF1156 TEXT
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Abstract: (HDL) code from a system representation model in Simulink. The HDL design can then be synthesized for , development time by quickly iterating between the system-level model in Simulink and the hardware , translation software converts the Simulink model into synthesizable VHDL, with Xilinx FPGA hardware as the , activates the translation software that converts a Simulink model built from XBS elements into synthesizable , useful during design and debugging. Simulink You can model a VHDL design using any combination of ... Xilinx
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2 pages,
96.83 Kb

simulink model TEXT
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Abstract: point Simulink model of the MIL-STD 110A was the starting point for the SDR architecture. The 1,200 , performing complex Define Architecture - Start with existing floating point Simulink model - Design , . Design in DSP Builder blocks. 2. Get data from Simulink model. 3. Timing/detail design uses ModelSim , to the floating-point model. To correct errors, the designer updates the models in Simulink and , floating point Simulink model and output data to workspace Compare and analyze data in Simulink ... Altera
Original
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5 pages,
1433.32 Kb

Ideas for Design interleaver by vhdl ModelSim floatingpoint addition vhdl floating point verilog DSP Models project simulink design ideas vhdl code for interleaver fpga frame by vhdl examples vhdl code scrambler vhdl code for modulation MDR3125 VHDL for implementing SDR on FPGA MDR3125 simulink MDR3125 vhdl code for block interleaver MDR3125 simulink model MDR3125 block interleaver in modelsim MDR3125 VHDL code for floating point addition MDR3125 MDR3125 MDR3125 TEXT
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Abstract: /output ports would appear in the SimCoupler model block in Simulink (the order of the ports is from the , : · When the SimCoupler model block is used in a feedback system in Simulink, the SimCoupler model , Simcoupler module to realise co-simulation between PSIM 6.0 and Matlab/Simulink*. We are going to realise a circuit with the power part implemented in PSIM and the control part implemented in Simulink. The , Simulink are registered trademarks of MathWorks, Inc Copyright © 2004, Powersys SARL POWERSYS ­ Les ... POWERSYS
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datasheet

9 pages,
303.24 Kb

directory simulink PSIM 9 TEXT
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Abstract: : Building a Simple Model 3 DSP Design 3 The Simulink Modeling Environment 3 Task 1: Create a New Model 4 , ispLeverDSP and the Matlab/Simulink software to accomplish the following: Create a simple model such as a 2 , , you will create a blank model window in Simulink and open the Lattice Blockset library. 1. Start the , , open the Simulink > Sources library, and then select Sine Wave. 2. Place the Sine Wave in the model , in the Simulink design model window. 1. In the Simulink Library Browser, choose File > New > Model ... Lattice Semiconductor
Original
datasheet

30 pages,
303.92 Kb

1d digital Filter matlab code matlab gui qam by simulink matlab ROM CODE IN MATLAB 3 tap fir filter with matlab simulink design using FIR filter method vhdl code for accumulator precision Sine Wave Generator vhdl code for floating point subtractor modulation matlab code vhdl code for qam 1-800-LATTICE inverter in matlab 1-800-LATTICE vhdl code for full subtractor 1-800-LATTICE vhdl code of floating point adder 1-800-LATTICE vhdl code for floating point adder 1-800-LATTICE FIR filter matlaB simulink design 1-800-LATTICE vhdl code to generate sine wave 1-800-LATTICE simulink 3 phase inverter 1-800-LATTICE 1-800-LATTICE 1-800-LATTICE TEXT
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Abstract: (similar to the model described in the "Simulink Simulation" section). For the second timeline, a single , model that is shown in Figure 5. See "Simulink Simulation," page 18 for detailed information , Simulation A normal Simulink simulation is performed on the demonstration model without any modifications , into the Simulink® simulation environment. · understand the motivation for and operation of , number of Simulink simulation cycles are kept relatively small. However, in practice, the requirements ... Xilinx
Original
datasheet

28 pages,
559.94 Kb

xilinx ML402 broadcom 57xx application note Co-Simulation ML402 turbo encoder simulink XAPP1031 netxtreme FIR FILTER implementation xilinx broadcom netxtreme 57xx 2007A turbo encoder model simulink Broadcom 57xx netxtreme 57xx gigabit controller TEXT
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Abstract: implementation model using Simulink/Matlab and Altera DSP Builder blocks. 0 -1 0 -1 -2 -2 -3 -3 , block diagram of the Matlab/Simulink model. The input/output black color blocks belong to the , predistorter has two inputs/ outputs. Figure 5. Matlab/Simulink and Altera DSP Builder model of 16-QAM 16-QAM data , using an Altera digital signal processing (DSP) board. The implementation uses Matlab/Simulink, Altera , the Matlab/Simulink environment. It is then converted to VHDL level using the signal compiler in the ... Original
datasheet

6 pages,
1757.39 Kb

envelope modulation am "IF Amplifiers" qpsk simulink matlab Communication Techniques signal constellation diagram predistorter 16QAM 16-QAM 16 QAM 16QAM modulation Kingston CF m-qam modulation bpsk simulink matlab QAM matlab qam by simulink matlab simulink 16QAM 16 QAM modulation matlab TEXT
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Abstract: the DSP Builder design (Figure 2). You can generate the Simulink simulation model from the same HDL , generate the simulation model. This action also generates a Simulink block configured with the ports , custom Simulink simulation model from non-DSP Builder blocks for faster simulation speed. The , need to create the Simulink simulation model for the block. The simulation model describes the , Simulink simulation model for the imported block using one of the techniques listed in "Simulating With ... Altera
Original
datasheet

13 pages,
234.92 Kb

project simulink Blockset TEXT
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Abstract: floatingpoint Simulink model. If help is needed with this step, refer to the appropriate Mathworks , Prerequisites 2 Model Examples 2 2 Task 1: Create the FIR Filter 3 Task 2: Create a Subsystem 6 , design in Simulink and converting it to a fixed-point design using the Lattice ispLeverDSP blockset for MATLAB/Simulink. Inexperienced users of Lattice ispLeverDSP blockset for MATLAB/Simulink are advised to , floating-point design in Simulink that achieves the desired system performance criteria. Create a testbench to ... Original
datasheet

14 pages,
96.45 Kb

fixed point implementation matlab matlab simulink FIR filter matlaB design code ISPVM fixed point matlab code simulink Design Filter using simulink in matlab FIR filter matlaB simulink design FIR Filter matlab matlab fixed point fir filter on matlab TEXT
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Abstract: then invoke the SignalCompiler in DSP Builder to convert the Simulink model into hardware design , the Simulink Library Browser. 9. Double-click the new SignalCompiler block in your model. 10 , into a custom peripheral within the Simulink environment. Each Avalon block can be instantiated , "pass-through" test data from the Simulink domain. Figure 1 shows the Avalon Slave interface and the Block Parameters dialog box in Simulink. Altera Corporation 3 Preliminary Avalon Blocks in DSP Builder ... Altera
Original
datasheet

17 pages,
474.69 Kb

simulink avalon vhdl avalon vhdl byteenable TEXT
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Archived Files

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before it is included in the system model. During the design process, the Simulink environment allows XtremeDSP Kit-II. When Simulink simulates the model, it takes the results from the FPGA on the XtremeDSP FPGA, finally concatenating back into the Simulink model. Figure 4 illustrates this technique for entry into scalable DIME-II systems from Nallatech. The combination of the XtremeDSP kit, Simulink control. Designing with System Generator The first step in creating a System Generator model is as
/datasheets/files/xilinx/files/xcell journal articles/xcell_49/xc_nallatech49.htm
Xilinx 26/04/2004 16.38 Kb HTM xc_nallatech49.htm
No abstract text available
/download/17538750-995953ZC/xapp264.zip ()
Xilinx 12/07/2004 223.08 Kb ZIP xapp264.zip
the behavior is guaranteed to match the functionality seen in the Simulink/System Generator model tools for your DSP designs. Using MATLAB™ and Simulink™ from The MathWorks, coupled with Xilinx System Generator for DSP, you can now model, simulate, and verify your signal processing algorithms on your target hardware platform without leaving the Simulink environment. The design flow typically involves the following steps: A DSP designer develops and verifies the hardware model using industry-standard tools
/datasheets/files/xilinx/files/xcell journal articles/xcell_49/xc_spartan3-dsp49.htm
Xilinx 26/04/2004 18.93 Kb HTM xc_spartan3-dsp49.htm
"< > Info" SourceType "CMBlock" ShowPortLabels on "Arial" SourceBlock "< > Info" SourceType Model { Name "ADXL311 ADXL311_3" Version 6.0 [635, 360, 665, 390] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise" ] Position [635, 480, 665, 510] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise"
/datasheets/files/analog-devices/simulinkmodels/adxl311_3.mdl
Analog Devices 21/12/2004 33.74 Kb MDL adxl311_3.mdl
"< > Info" SourceType "CMBlock" ShowPortLabels on "Arial" SourceBlock "< > Info" SourceType Model { Name "ADXL320 ADXL320_3" Version 6.0 [635, 360, 665, 390] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise" ] Position [635, 480, 665, 510] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise"
/datasheets/files/analog-devices/simulinkmodels/adxl320_3.mdl
Analog Devices 21/12/2004 33.74 Kb MDL adxl320_3.mdl
PSIM Video Tutorials Close Window PSIM Video tutorials How to Perform a Parameter Sweep  (1min36s) How to Perform a Frequency Analysis  (2min22s) How to Create a Customized Model  (6min02s) How to Use a C Code  (3min49s) How to Perform a Co-Simulation with Matlab/Simulink  (5min08s)      
/datasheets/files/kaleidoscope/extras/simulators/powersimtech/videopsim/click_here_for_psim_videos.html
Kaleidoscope 09/09/2005 2.71 Kb HTML click_here_for_psim_videos.html
FontName "Arial" SourceBlock "< > Info" "< > Info" SourceType "CMBlock" ShowPortLabels on Model { Name "ADXL203 ADXL203_3" Version 6.0 [635, 360, 665, 390] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise" ] Position [635, 480, 665, 510] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise"
/datasheets/files/analog-devices/simulinkmodels/adxl203_3.mdl
Analog Devices 21/12/2004 33.87 Kb MDL adxl203_3.mdl
"< > Info" SourceType "CMBlock" ShowPortLabels on "Arial" SourceBlock "< > Info" SourceType Model { Name "ADXL202 ADXL202_5" Version 6.0 [635, 360, 665, 390] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise" ] Position [635, 480, 665, 510] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise"
/datasheets/files/analog-devices/simulinkmodels/adxl202_5.mdl
Analog Devices 21/12/2004 33.78 Kb MDL adxl202_5.mdl
. . . . . . . . . . 43 How to use Exporter with SIMULINK . . . . . . . . . . . Tutorial Creation of a Fuzzy Model 55 Project Definition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Model Simulation . . . . . . . . automatic fuzzy model generation of a system starting from its Input-Output data sampling. The AFM design allows you to define the process parameters and to supply the process samples file for the fuzzy model
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/6087-v2.htm
STMicroelectronics 25/05/2000 80.34 Kb HTM 6087-v2.htm
SIMULINK . . . . . . . . . . . . . . . . . . . 43 C Language Exporter . . . . . . Appendix B - AFM Tutorial Creation of a Fuzzy Model 55 Project Definition . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Model Simulation . . . . . . . . . . Modeller Adaptive Fuzzy Modeller (AFM) is a software tool for the automatic fuzzy model generation of a samples file for the fuzzy model design. Selecting NEW, the fuzzy system configuration can be initialized.
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/6087.htm
STMicroelectronics 20/10/2000 82.16 Kb HTM 6087.htm