Teaching Preferences
Online Teaching
One-on-One at $20-30 per hour
Group Teaching at $10-20 per hour
Offers free trial classes
Teaches following Subjects/Exams
Calculus I (Bachelor of Science: Electrical Engineering)
Language of Instruction:
English
Intro Engineering (Bachelor of Science: Electrical Engineering)
Language of Instruction:
English
Mathematics (9th - 12th Grade)
Language of Instruction:
English
Physics (Bachelor of Science: Electrical Engineering)
Language of Instruction:
English
Physics (9th - 12th Grade)
Language of Instruction:
English
Teaching Experience
At-Sea Professor
Old Dominion University, United States
Jan 1979 - Apr 1979
Pre-Algebra
Professional Experience
Engineer
IBM, New York, United States
Jan 1985 - PresentHardware design and test engineering manager
Engineer
MITRE Corporation, Massachusetts, United States
Jul 1980 - Aug 1984Communications Systems Engineer
Officer, LT
US Navy, Virginia, United States
May 1976 - Jun 1980Engineering Officer, USN
On board At Sea Professor in Mathematics.
Education
Masters in Computer and Systems Engineering
Rensselaer Polytechnic Institute, New York, United States
Jun 1975 - May 1976
Specialty in Communications Systems Engineering; Tau Beta Pi engineering honorary
BS Computer and Systems Engineering
Rensselaer Polytechnic Institute, New York, United States
Sep 1971 - Jun 1975
Member Tau Beta Pi, Engineering Honorary
Professional Exams & Certifications
Fundamentals of Teaching Online UW-M
Wisconsin, United States
Year Of Passing:
2010
Professional Engineer
NYSED, United States
Year Of Passing:
1989
Publications and Research
Combination Sequences for Spread Spectrum Communications
Milstein, L.; Ragonetti, R.
Communications, IEEE Transactions on
Volume 25, Issue 7, Jul 1977 Page(s): 691 - 696
Digital Object Identifier
Summary: Certain communication systems which employ spread spectrum techniques as a means of supporting multiple users need very long codes to guard against the threat of intentional jamming, but cannot tolerate the lengthy acquisition time which long codes usually require. As a possible solution to this problem, the use of combination sequences has been suggested, and this paper presents some new results, both analytical and numerical, on this technique.