July Version
- Thesis document Final Version
Frequency Domain to Time Domain
- Switch block influence to jitter. Frequency response obtained from .s2p file (max frequency 20GHz)
- Switch block influence to jitter. Frequency response obtained from .s2p file (max frequency 50GHz)
- Switch block influence to jitter. Frequency response obtained from .s2p file (max frequency 20GHz) with frequency response extrapolation (from 20 GHz to 50GHz)
CRU-TF Analysis
- CRU Analysis without cable influence and frequency offset (plesiochronous system)
- CRU Analysis with cable influence and 5mV of amplitude jitter (plesiochronous system)
- CRU Analysis with cable influence, 5mV of amplitude jitter and frequency offset (2000ppm) (plesiochronous system)
- CRU Analysis with cable influence, 5mV of amplitude jitter (clock shared system)
Serializer Analysis
- From Simulation Results with eye extrapolation (only DJ on simulation)
- From Simulation Results with eye extrapolation (RJ and DJ on simulation)
Channel Analysis
- Channel analysis with Dj=4ps RJ=0.5ps, Cable and PCB effects, equalizer model
Software Selection
- Document that supports the decision of implementing the Software Tool in python
Jitter Analysis
- Document describing jitter and jitter analysis techniques
- Document describing the jitter extraction tool and results
- Python tool to extract jitter from a jitter distribution histogram.
Necessary to provided a .csv file with the jitter distribution. Examples included
Python Software
- Few plots with preliminary results extracted using the the Python Classes developed during weeks 7 to 10
- Signal Analysis Tool
- SER macro analysis report
- SER macro analysis report with eye diagram extrapolated for 1e12 bits (statistically)
- Channel Analysis (Data generation + jitter[DJ=20e-12,RJ=3e-12] + cable + equalizer + CRU +
eye diagram)
- Channel Analysis with Pre-Emphasis and without equalizer
(Data generation + jitter[DJ=20e-12,RJ=3e-12] + cable + CRU + eye diagram)
Articles
2010
- Colin Warwick, F. R. S-parameters Without Tears. In EETimes Design, 2010.
2009
- Nathan Kiddinapillai, T. N. Jitter Tolerance Estimation of a 3X Oversampling CDR using Event-Driven Simulation. In Microsystems and Nanoelectronics Research Conference, 2009.
- Spacek, J. and Swindale, N. "Python in neuroscience". In The Neuromorphic Engineer, 2009.
2007
- Martin Miller, M. S. A comparison of Methods for Estimating Total Jitter Concerning Precision, Accuracy and Robustness. In DesignCon, 2007.
- Tetsuo Iwata, H. S. and Araki, T. Extrapolation of band-limited frequency data using and iterative Hilbert-transform method and its application for Fourier-transform phase modulation fluorometry. In Institute of Physics Publishing, 2007.
- tateye, S. Statistical Eye.
- Tetso Iwata, H. S. T. A. Extrapolation of band-limited frequency data using iteractive Hilbert-transform method and its application for Fourier-transform phase-modulation fluorometry. In Measurement Science and Technology, 2007.
- Srikanth Gondi, B. R. Equalization and Clock and Data Recovery Techniques for 10-Gb/s CMOS Serial-Link Receivers. In Journal of Solid-State Circuits, 2007.
- Hong, D. and Cheng, K-T. (. An Accurate Jitter Estimation Technique for Efficient. In 16th IEEE Asian Test Symposium, 2007.
- Miller, M. Normalized Q-scale analysis: Theory and background. In EDN, 2007.
- Ravi Pant, M. D. S. M. A. N. Z. S. R. W. B. and Gauthier, A. J Maximizing the opening of eye diagrams for slow-light systems. In APPLIED OPTICS, 2007.
2006
- S. N. Lalgudi, K. S. G. C. R. M. E. E. M. S. and Kretchmer, Y Causal Transient Simulation of Systems Characterized by Frequency-Domain Data in a Modified Nodal Analysis Framework. In IEEE Electrical Performance of Electronic Packaging, 2006.
- S. N. Lalgudi, K. S. G. C. R. M. E. E. M. S. and Kretchmer, Y Causall Transient Simulation of Systems Characterized by Freqeuncy-Domain Data in a Modified Nodal Analysis Framework. In IEEE Electrical Performance of Electronic Packaging, 2006.
- Juan Carlos Chaves, J. N. B. G. J. G. S. A. A. K. J. U. A. C. A. W. and Siddharth Samsi Ohio Supercomputer Center, C. OH "A High-Level Scripting Languages Productivity and Performance Evaluation". In HPCMP Users Group Conference (HPCMP-UGC'06), 2006.
2005
- Mengtao Yuan, P. M. v. d. B. T. K. S. Direct Extrapolation of a Causal Signal Using Low-Frequency and Early-Time Data. In IEEE Transactions on Antennas and Propagation, 2005.
- S.M. Narayana, G.S. R. R.S. A. and Sarkar, T.K INTERPOALTION/EXTRAPOLATION OF FREQEUNCY DOMAIN RESPONSES USING HILBERT TRANSFORM. In IEEE, 2005.
2004
- Nelson Ou, T. F. A. K. T. and Ivanov, A. Jitter Models for the Design and Test of Gbps-Speed Serial Interconnects. In Copublished by the IEEE CS and the IEEE CASS: 0740-7475, 2004.
2003
- Takahiro J. Yamaguchi, M. S. M. I. T. W. and Ohmi, T. Extraction of Instantaneous and RMS Sinusoidal Jitter Using an Analytic Method. In IEEE Transactions on Circuits and Systems, 2003.
- Dr. Mohsen Kavehrad, Dr. J. F. D. J-H. J. A. R. G. M. 10Gbps Transmission over Standar Category-5 Copper Cable.
1998
- Raviraj S. Adve, T. K. S. Simultaneous Time- and Frequency-Domain Extrapolation. In IEEE Transactions on Antennas and Propagation, 1998.
1996
- Sharath Narayana, T. K. S. R. A. M. W. and Vannicola, V. A Comparison of Two Techniques for the Interpolation/Extrapolation of Frequency Domain Responses. In Digital Signal Processing, 1996.
1995
- Brazil, T. J Causal-Convolution - A new Method for the Transient Analysis of Linear Systems at Microwave Frequencies. In IEEE Transactions on Microwave Theory and Techniques, 1995.
- Brazil, T. J Causal-Convolution - A New Method for the Transient Analysis of Linear Systems at Microwave Freqeuncies. In IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES, 1995.
Books
1998
- Pozar, D. M Microwave Engineering. Wiley, 1998.
1996
- Alan V. Oppenheim, A. S. W. and Nawab, S. H. Signals & Systems. Prentice-Hall International, INC., 1996.
Collections
2008
- Colin Warwick, F. R. S-parameters Without Tears.
2004
- Stephens, R. Jitter Analysis: The dual-Dirac Model, RJ/DJ, and Q-Scale.
Misc
201
- ikipedia, W. Plesiochronous. , urlhttp://en.wikipedia.org/wiki/Plesiochronous.
Unpublished
2005
- Damato, A. "Why The Future Of Science Must Be In Free Software".
