Friday 27 April 2012

WEEK 14 FYP 1



Title:
Submission of Project Proposal, Progress Report and Draft for Final Report

Objective:
To submit Project Proposal, Progress Report and Draft for Final Report

Content/Result:
Project Proposal will be carry 10% and Progress Report will be carry 5% of marks for FYP Semester 2

Conclusion:
I've submitted the Project Proposal, Progress Report and Draft for Final Report to Madam Lily







Friday 20 April 2012

WEEK 13 FYP 1



Title:
Proposal, Progress Report and Draft

Objective:
To complete the Proposal, Progress Report and Draft for FYP 1 Semester 1

Content/Result:
I've complete all the documantations for FYP Semester 1. The documentations needs is proposal, progress report and draft for final report (Chapter 1, Chapter 2 and Chapter 3)

Conclusion:
I've completed all FYP Semester 1 documentations as Madam Lily want her advisee to submit all of the documentations together in Week 14.






Friday 13 April 2012

WEEK 12 FYP 1




Title:
FYP 1 Presentation

Objective:
To present all research and works that have been done for FYP Semester 1 to assessors.

Content/Result:
Below are my slide show during the presentation












Conclusion:
The VIVA was assess by other lecturer. Marks allocated for this VIVA will be carry forward to FYP Semester 2.





Friday 6 April 2012

WEEK 11 FYP 1



Title:
Method 3: Algorithm and Transformation (DCT)

Objective:
To research and gain information about Algorithm and Transformation (DCT)

Content/Result:
  • The JPEG technology divides the picture into 8x8 pixels matrices, then it performs a diagonal scanning and quantize the pixels’ difference to the average pixel color of the 8 by 8 matrix
  • The floating point results got from the scanning and quantizing can be truncated either to downward or upward correlating the bit values to be hidden. 
  • This technology is applied mostly to JPEG compressions.


Conclusion:
The DCT helps separate the image into parts (or spectral sub-bands) of differing importance (with respect to the image's visual quality). The DCT is similar to the discrete Fourier transform: it transforms a signal or image from the spatial domain to the frequency domain.