6.375 Final Project Spring 2013 John Donnal Namir Jawdat Sumit Dutta

1. 6.375 Final Project Spring 2013 John Donnal NamirJawdat SumitDutta

2. Outline • Project Overview • EVM Design • FIR Filter • Laplacian Decomposition • Thermal Imaging • Demonstration

3. Eulerian Video Magnification (EVM) • Spatial decomposition • Temporal filtering • Spatial reconstruction Output video Input video

4. EVM Implementation

5. 1-Level Pyramid Downsampler FIFO FIFO ↓ 2 FIR Series A B ]]] ]]] ]]] FIFO ↑ 2 Upsampler FIR Series x Delay y Subtract (y − x) Shift Register E

6. 1-Level Reconstruction Upsampler FIFO ↑ 2 Add FIR Series C K ]]] Delay Shift Register F

7. FIR Filter R0 R1 R2 in out * * * * C0 C1 C2 C3 C4 + sum

8. FIR Series ]]] FIFO Shift Register FIR Filter Shift Register FIR Filter Shift Register FIR Filter sum sum sum + ]]] in FIFO out

9. Convolution Although 3x3 is shown here, We actually do 5x5

10. Downsampler and Upsampler • Original • Downsampled • Downsampled and upsampled

11. EVM for the System on the FPGA

12. Thermal Imaging

13. Thermal Imaging 1.) Calculate Ambient Temperature 2.) Calculate Offset Compensation ( x 64) Need Floating Point 3.) Calculate Pixel Temperature ( x 64)

14. Thermal Imaging 100° 32°

15. Demonstration