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My Academy

I pursued Doctor of Philosophy to train my brain, patience, working attitude and discipline; to enhance greatly my analytical capability required by all scientific and technical jobs.

I chose mathematic language to defend the results therein. However, experiments were also carried out and experimental results consolidated theoretical results.

All theorems and their corollaries were originally developed by Duy-Ky Nguyen.

The thesis were evaluated very high standard by 3 professors, called examiners, external to the University and unknown to PhD candidate.

It's interstingly enough, I originally developed Lema 4.2, one examiner found it published in "The Algebraic Eigenvalue Problem", by J. H. Wilkinson, Oxford University Press 1965. It appeared to me it's unpopular book and I failed to find it for comparison reason, even with great support by the University Library.

Chapter has a section of Digital Control System limited to results employed in the thesis along with my comprehensive proofs, for precise, compact and self-contain reasons.

Click here for SMC Basic PDF file 

Click here for my PhD Thesis PDF file 

Technical Expertise

I keeps learning new fields at my best. Below are what I'm able to do it successfully in the real world.

• Time & Frequency Measurement : GPS, Have Quick, IRIB, NASA
• Communications and Network Protocols : SONET, UTOPIA, HDLC, TCP/IP, Ethernet, PTP IEEE-1588, SNMP
• Digital Filter Designs and Digital Signal Processing, Kalman Filtering, PLL
• Advanced Numerical Methods and Optimization
• Fuzzy Control Theory, Artificial Intelligence and Neural Network Pattern Recognition
• Hardware Engineering :
Computer Architecture MISC, RISC Analog and Digital Electronic Design, Concept and P-CAD Schematic, Verilog HDL, VHDL, Abel FPGA (Altera APEX, Xilinx Virtex), CPLD (Lattice, Xilinx)
• Firmware Embedded Engineering and Driver development
• Embedded Linux: Blue Cat (x86), Monta Vista (Kontron SBC x861, PowerPC MPC8272), FreeScale LTIB Linux (MPC8313E), uClinux (M68K)
• Embedded Micro-Controller: Motorola MC68331, MPC860; Intel 80196, ARM
• Debug tools: BDM, VxWork, Lauterbach, BDI3000 (Enbedded Linux)
• Design Tools :
• Schematics: Concept HDL, PCAD, Protel, OrCAD, PADS
• Verilog Simulator: Cadence, VirSim, Model-Sim (Mentor Graphics), Active HDL (ALDEC)
• FPGA Compiler: FPGA Express (Synopsys), ISE (Xilinx), MaxPlus II & Quartus II (Altera), Synplify (Synplicity), Exemplar Logic (Leonardo Spectrum)
• Software Engineering and Computer Simulation:
• Assembly (Intel & Motorola), Pascal and C Languages, MatLab, PERL, TCL, Network Socket programming
• UNIX / LINUX, Windows
• Web Programming : HTML, Java, JavaScript, PHP, Smarty

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