I use simulink. It have model source block parameter video source connect to video viewer it can not show video file type mpg

I am student. I use simulink about topic DVB-S . It have model source block parameter video source connect to video viewer it can not show video file type mpg. It is a mpeg1 (288*352) (frame width 352, frame height 288) . Problem I can not send video file to show video in video viewer for 1 to 15. By I have model in below. Thank you for answer.

1. Block From Multimedia File :// File name :manwalk.mpg // Inherit sample time from file: select on // Number of times to play <file:inf//> Multimedia outputs: Video only // Output color format: Intensity Video output data type: uint8// and connect to 2.

2. Block Processing ://Number of input:1 // Number of output :1 // Block size : {[188 1]} // Overlap :{[0 0]} //Traverse order: Row-wise// and connect to 3.

3. Block Resize:// Specify:Number of output rows and columns //Number of output rows and columns:[188 1] //Interpolation method:Bilinear // Perforn antialiasing when resize factor is between 0 and 100: Select on // Rounding mode : Nearest // Overflow mode : Saturate // Interpolation weights table :Same word length as input // Product output :Same as input //Accumulator: Same as input // Output : Same as input// and connect to 4.

4. Block Integer-Input RS Encoder :// Codeword length N : 204 //Message length K :188 // and connect to 5.

5. Block Convolutional Interleaver : it have subsystem // 5.1 Inport://Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto//and connect to 5.2// 5.2 Convolutional Interleaver (mask)(link) :// Rows of shift registers: 12 // Register length step: 17 // Initial conditions : 0 // and connect to 5.3 //5.3 Integer to bit Converter (mark)(link)://Number of bit per integer(M): 8 // Treat input values as : Unsigned // Output bit order : MSB first:// Output data type : uint8// and connect to 5.4 // 5.4 Outport:// Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto// and connect to 6.

6. Block Rate ¾ Punctured Convolutional Code : it have subsystem // 6.1 Inport://Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto//and connect to 6.2// 6.2 Convolutional Encoder (mark)(link) : // Trellis structure :poly2trellis(7, [171 133]) // Operation mode : Continuous // Puncture code : on // Puncture vector : [1 1 0 1 1 0]’// and connect to 6.3 // 6.3 Outport:// Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto// and connect to 7.

7. Block QPSK Modulator Baseband : Phase offset(rad): pi/4 // Constellation ordering : Binary // Input type : Bit // Output data type: Inherit via back propagation// and connect to 8.

8. Block AWGN Channel (mask)(link) : // Input processing : Inherited (this choice will be removed-see release notes // Initial seed: 12345 //Mode: Signal to noise ratio (Eb/No) // Eb/No (dB):13 // Number of bits per symbol:188 //Input signal power, referenced to 1 ohm(watts): 1 /2048 // Symbol period (s) : 1 // and connect to 9.

9. Block QPSK Demodulator Baseband :// Phase offset (rad) : pi/4 // Constellation ordering :Binary // Output type :Bit // Decision type: Hard decision // Output :Inherit via internal rule // Derotate factor : Same word length as input // and connect to 10.

10. Block Viterbi Decoder : it have subsystem // 10.1 Inport://Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto//and connect to 10.2 // 10.2 Viterbi Decoder:// Trellis structure: poly2trellis(7,[171 133]) // Punctured code :select on // Puncture vector : [ 1 1 0 1 1 0]’ // Decision type : Unquantized // Traceback depth: 136 // Operation mode: Continuous // Output data type : uint8 // and connect to 10.3 // 10.3 Delay (mask)(link):// Input processing : Inherited (this choice will be removed-see release notes) // Delay units: Samples // Delay (samples): 584+69 // Initial conditions: 0 // Reset port : None// connect to 10.4 // 10. Output :// Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto// and connect to 11.

11. Block Convolutional Deinterleaver l=12 : it have subsystem //11.1 Inport:// Port number: 1 // Icon display : Port number// Data type : Inherit:auto // Port dimensions (-1 for inherited): -1 // Variable –size signal : Inherit // Sample time (-1 for inherited): -1 // Signal type :auto // Sampling mode :auto//and connect to 11.2 // Bit to Integer Converter (mask)(link):// Number of bits per integer(M): 8 // Input bit order : MSB first // After bit packing, treat resulting integer values as : Unsigned // Output data type : uint8// connect to 11.3 // Convolutional Deinterleaver (Mask)(link):// Rows of shift registers :12 // Register length step: 17 // Initial conditions : 0 // and connect to 11.4 // Output :// Port number: 1 // Icon display: Port number// Data type : Inherit: auto // Port dimensions( -1 for inherited): -1 // Variable –size signal : Inherit // Sample time ( -1 for inherited):-1// Signal type : auto // Sampling mode : auto // and connect to 12.

12. Block Integer – Output RS Decoder (mask)(link) :// Codeword length N: 204 // Message length K: 188 // and connect to 13.

13. Block Resize :// Specify :// Number of output rows and columns // Number of output rows and columns : [ 188 352 ] // Interpolation method: Bilinear// Select on Perform antialiasing when resize factor is between 0 and 100 // Rounding mode : Nearest // Overflow mode : Saturate // Interpolation weights table : Same word length as input // Output : Same as input // and connect to 14.

14. Block Processing :// Number of inputs: 1 // Number of outputs: 1// Block size : {[188 1]} // Overlap:{[0 0]}// Traverse order: Row-wise// and connect to 15.

15. Block Vide Viewer:// end.

source block picture at http://upic.me/i/z4/paper_mew26102012_9ad5problem4.jpg

[Sandip Dawda]

Dear Friend is this model working actually DVB-S Standard Random Generator than Video?