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Signal Processing Software

Location:
Anaheim, CA, 92808
Posted:
June 10, 2011

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Resume:

RESUME

W. Robert Michaelis

**** *. *********** ***.

Anaheim Hills, Ca. 92808

714-***-****

PROFESSIONAL EXPERIENCE

Digital Systems Resources / General Dynamics - Anaheim Hills

Aug. 1999 - Nov. 2009

Senior Lead Engineer - Systems

Responsible for all passive signal processing software design, test and

integration for the Advanced Rapid COTS Insertion (ARCI) program. This

included the software development for both conventional and adaptive

beamformers using conventional phase shift beamformers for non-linearly

spaced fixed arrays and K-Omega beamformers for linearly spaced towed

arrays which used an optional beam space ABF. Twinline arrays were

processed using K-Omega beamformers along each array individually followed

by a phase shift beam combiner and finally by an Adaptive Interference

Canceller (AIC). Also responsible for design, test and integration of

passive broadband and passive narrowband signal processing for the ARCI

program. The target hardware was Intel Pentium and later Xeon based

machines using Solaris and later Linux OS with Multi-purpose Transportable

Middleware (MTM) for hardware independence.

Responsible for both conventional and adaptive beamformer software design

for the Advanced Deployable System (ADS). These systems were beach deployed

and utilized two different non-linearly spaced arrays. This system used a

phase shift beamformer for conventional beamforming and a Dominant Mode

Rejection (DMR) beamformer for adaptive beamforming.

Responsible for both passive and active beamformer software design for the

Littoral Combat Ship's UTAS unmanned towed array system. Target hardware

was Xeon processors running under Linux OS.

Responsible for the adaptive beamformer and passive broadband signal

processing software design, test and integration for the Low Power

Processor (LPP) variant of the Advanced Deployable System (ADS). Target

hardware was TI TMS320C67xx based embedded DSP processors along with an

ARM7 core for the Ethernet interface. Target language was C running under

3L Diamond RTOS developed and emulated in Code Composer Studio on a

PC/Windows host.

Responsible for the software development of a new algorithm used in the

Torpedo Readiness Alert Functional Segment (TRAFS) of the SQQ89 program.

This algorithm worked in a manner similar to speech recognition for the

detection and classification of Torpedo's using Cepstral signal processing.

Target software was written in C++.

Hughes Aircraft Co. / Raytheon Corp. - Fullerton

Feb. 1992 - Aug.

1999

Senior Engineer

Responsible for signal processing software design, test and integration for

an inverse beamformer target generator for the Surveillance Towed Array

Sonar Segment (SURTASS) program.

Responsible for signal processing software design, test and integration for

a sub-band peak energy detection algorithm for passive broadband signal

processing also for the SURTASS program. The target hardware was CSPI

Supercards using embedded i860 CPU's within SUN Sparc host computers.

Target language was C and the host OS was Solaris.

Hughes Aircraft Company - El Segundo

June 1988 -

Feb. 1992

Member of the Technical Staff 2

Responsible for the hardware design of the Beam Steering Computer for the

ASARS II Radar upgrade program for the TR-1 reconnaissance aircraft.

Responsible for the hardware and software design for the TMS320 based Beam

Steering Computer for the Project 212 Phased Array Radar program. Target

software was written in assembly language.

Responsible for the design of a standard cell ASIC that was used for the

control of Active Phased Array Radar T/R (Transmit/Receive) modules.

Developmental Sciences Corporation

March 1986 -

June 1988

Responsible for the hardware design, test and integration of a 68000 based

navigation system for an Unmanned Aerial Vehicle (UAV).

Responsible for the hardware and software design, test and integration of

an 80C51 based payload control system. The imbedded 80C51 controlled

various payloads such as a FLIR, daylight TV camera, Infrared line scanner

as well as a pan camera for the UAV. Target software was written in C.

SKILLS

Operating Systems: Solaris, Linux, Windows, MCOS

Languages: C, C++, various assembly languages, MATLAB

EDUCATION

BSEE California State Polytechnic University Pomona

1986 Cum

Laude

MSEE Digital Signal Processing University of Southern California

1992

HONORS

Member of Eta Kappa Nu - National Electrical Engineering Honor Society

Member of Tau Beta Pi - National Engineering Honor Society

Recipient of a Hughes Aircraft Staff Masters Fellowship

1990

Clearance Level - Top Secret



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