important dates and general guidelines proposal submission friday oct 13th 2006 to scot...
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Important Dates and general guidelinesImportant Dates and general guidelines• Proposal submission Proposal submission Friday Oct 13th 2006Friday Oct 13th 2006 to SCoT to SCoT
CounterCounter
• Dissertation submission date Dissertation submission date Friday 19th January 2007Friday 19th January 2007
• Oral Examinations Complete by Oral Examinations Complete by 1st February 20071st February 2007
• Liaison with supervisor mandatory at least once every Liaison with supervisor mandatory at least once every week for update, discussion and guidanceweek for update, discussion and guidance
• Lecture must be informed before non-attendance for Lecture must be informed before non-attendance for any reason using either email or call to SCoT counter any reason using either email or call to SCoT counter
• Project is student’s responsibility to expedite, time-Project is student’s responsibility to expedite, time-manage, innovate, collate results, etc write-up and manage, innovate, collate results, etc write-up and submit submit
• Lecturer in a supervisory and advisory roleLecturer in a supervisory and advisory role
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MSc Computer Systems MSc Computer Systems EngineeringEngineeringDissertation PresentationsDissertation Presentations
Tutor A A ChanerleyTutor A A Chanerley
0208 223 75820208 223 7582
email: [email protected]: [email protected]
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ANALYSIS OF SEISMIC DATAANALYSIS OF SEISMIC DATA
• Earthquake data from the USA, China, India, Turkey, Iceland etc
• Main areas of seismic activity
• Recorded data needs de-trending, filtering and de-convoluted
10-2
10-1
100
101
102
0
1
2
3
4
5x 10
-7 Welch's PSD Estimate
Frequency [Hz]
Power [
dB/Hz
]
0 5 10 15 20 25 30 35-0.2
-0.1
0
0.1
0.2
Time [s]
Acc. [
m/s/s]
10-2
10-1
100
101
102
0.4
0.5
0.6
0.7
0.8
0.9
Structural frequency f [Hz]
Accel
. [m/s/s
]
Acceleration Response Spectrum =0.05
0 20 40 60 80 100-8000
-6000
-4000
-2000
0
2000
frequency [Hz]
unwrap
ed Pha
se angl
e [rad
]
Phase Spectrum
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Independent Component Independent Component AnalysisAnalysis
• Called the cocktail party problem
• ICA consists of estimating the matrix A
• find inverse of A
• Which leads to an estimate of si(t) the sources in the cocktail party
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Independent Component Independent Component AnalysisAnalysis
)(
.
.
)(
)(
)(
.
.
)(
)(
2
1
2
1
ts
ts
ts
A
tx
tx
tx
nn
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IC Design using Mentor GraphicsIC Design using Mentor Graphics
• Using CAD tools • schematic capture• hardware description
language (VHDL)• Designing Digital
Filters• Fixed and Floating
point multipliers
• Can use FPGA’s• or send for
manufacture to a silicon foundry, usually IMEC