Raymond Moberly, Ph.D.
Faster Logic LLC
www.fasterlogic.com
4885 Atlanta Dr
San Diego, CA 92115
619-786-0195
raymond.moberly@ieee.org
SPECIALIZATION
Error correction, Data compression, Cryptographic systems, Network security.
SERVICES
System Architecture
Modeling and Simulation, Statistical Analysis, and Importance Sampling
Development
Matlab, C, C++, Java, Python, scripting, VHDL, Verilog
Testing
Unit level and System level, Black Box and White Box, Requirements, Formal Qualification Test (FQT)
EXPERIENCE
Embedded Systems:
Development experience with Motorolla 68HC11, Intel 8051, Texas Instruments TMS320C31 DSP; Xilinx Vertex 5, Vertex II-Pro, and Spartan FPGAs; Triscend E5 SOC; Altera Max7000 CPLD, Power PC / RISC architecture, ADCs.
Mathematics:
abstract algebra, coding theory, multivariate statistics, stochastics, information theory, cryptography, digital signal processing, fast algorithms and transforms (e,g DFTs, FFTs), linear algebra, quaternion coordinate transformations, Euclidean Division, Chinese Remainder Theorem, numerical analysis, simulation and Monte-Carlo methods, bioinformatics, operations research, image processing.
Applications:
Matlab, Modelsim, Altera Quartus II, Xilinx ISE and EDK, LabView, Maple, MediaWiki, Subversion, Rationale software development suite, DOORS, CVS, software debuggers and profilers.
Protocols:
Sockets, TCP/IP, various internet RFCs including IKEv2 and IPv6; Open SSL; MIL-STD-188 DAMA; RS232, GPS/NMEA, HDLC/SDLC; Fibre Channel, TDMA, DS-101, 8b/10b gigabit, DS1, DS3, OC3; I2C, JTAG. Familiarized with various RF modulation and secure spread spectrum methods.
Process Maturity:
ISO 9000, MIL-STD-498, DOD-STD-2167A, CMM level 3, FSDA and Type-1 certification; I am also familiar with IEEE/ISO 12207, SEI/CMMI, and FAA flight safety certification under DO-178B.
Programming:
C/C++, Matlab, VHDL, Ada, Python, PERL, SQL, UML, Java, various UNIX shell scripts, FORTRAN, Verilog, BASIC, Pascal, AHDL, HTML/XML, Expect TCL/TK, SAS, BMDP.
Computer Systems:
Linux, Windows, Sun, Macintosh, Silicon Graphics, HP-9000, Cray, VAX, Alpha.
Lab Equipment:
digital oscilloscopes, logic analyzers, in-circuit emulators, parts programmers, signal generators, protocol analysis and test systems, GPIB (3488), programmable oscillators and clock sources.
EDUCATION
Ph.D. Claremont Graduate University
Computational Science, joint doctoral program with San Diego State University. Graduate courses in coding theory, stochastics, information theory, bioinformatics, simulation and Monte-Carlo methods, VLSI systems design, algorithms and computability theory, cryptography, image processing, and numerical linear algebra. Projects: Programmable logic implementations (in Verilog and VHDL) of Low-Density Parity-check (LDPC) error-correcting code decoders on Xilinx Vertex II-Pro and Altera Cyclone II FPGAs. Implementation of pipelined RISC processor architecture on a Xilinx Spartan FPGA. Modeling of finite field mathematics using MAPLE and implementations on a Triscend E5 CSOC.
M.S. San Diego State University
Applied Mathematics. Graduate electrical engineering and mathematics courses in fast algorithms and transforms (FFTs), multi-rate filters, digital signal processing, simulation, multivariate statistics, mathematical modeling, linear algebra, abstract algebra, advanced calculus, operations research, and numerical analysis. Computer-based modeling and simulation under the Sun and PC environments using Matlab and other commercial software tools, mathematics software libraries and student developed programs.
B.S. California Institute of Technology
Engineering and Applied Science. Undergraduate core curriculum included physics, chemistry, calculus and advanced mathematics. Engineering coursework included mechanical engineering design, fluid mechanics, computer programming, semiconductor physics, environmental engineering, statics and dynamics. Projects: Underwater holographic camera calibration. Performed holographic image reconstructions to identify cavitation-inducing nuclei in seawater. Configured laboratory test equipment to work with a Coulter-counter for measuring particle size distributions in seawater samples. Developed software for controlling a multi-axis robot arm.
Defense Acquisition University
Systems Engineering and Acquisition Management. Completed all coursework required for Civil Service SPRDE level 3 DAWIA positions.
UCSD Extension
Object Oriented Analysis and Design (OOAD) and UML, Object Oriented Programming (OOP) in C++, Embedded Linux, Fibre Channel and Storage Area Networks, engineering mathematics
Temple University
Accepted for early admission as a college student for my senior year of high school.
HS of Engineering and Science
Philadelphia, Pennsylvania
ASSOCIATIONS
IEEE Senior Member
SIAM
Amateur Radio Extra, ARRL contester
Softball
Science Fair Judge
Sailing