Jason J Sara

from Delray Beach, FL

Age ~66

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Jason Sara Phones & Addresses

448 Brittany J, Delray Beach, FL 33446 (561) 495-0914
448 Brittany J #4480, Delray Beach, FL 33446 (407) 495-0914
11000 SW 104Th St, Miami, FL 33116
448 Brittany J, Delray Beach, FL 33446

Work

Company: Beckman coulter Mar 1991 to Mar 1997 Position: Principal engineer

Education

Degree: Doctorates, Masters, Bachelors, Doctor of Philosophy School / High School: Massachusetts Institute of Technology 1976 to 1984 Specialities: Electrical Engineering, Philosophy

Skills

Software Development • Java • Testing • Software Engineering • Embedded Systems • Systems Engineering • C++ • C • Embedded Software • Electronics • Engineering Management

Emails

g***3@aol.com

Industries

Maritime

Resumes

Software Engineer

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Location:

327 east 14Th St, Ada, OK 74820

Industry:

Maritime

Work:

Beckman Coulter Mar 1991 - Mar 1997
Principal Engineer
Edge Tech Corp. Mar 1991 - Mar 1997
Software Engineer
United Technologies Jun 1985 - Mar 1991
Research Engineer
Utx Technologies Ltd 1990 - 1990
Slave

Education:

Massachusetts Institute of Technology 1976 - 1984
Doctorates, Masters, Bachelors, Doctor of Philosophy, Electrical Engineering, Philosophy

Skills:

Software Development
Java
Testing
Software Engineering
Embedded Systems
Systems Engineering
C++
C
Embedded Software
Electronics
Engineering Management

Business Records

Name / Title

Company / Classification

Phones & Addresses

Jason Sara
Director

Rand Exercise Center Systems, Inc

8234 SW 81 Ter, Miami, FL 33143

Publications

Us Patents

Digital High Speed 3-Dimensional Interpolation Machine

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US Patent:

48377228, Jun 6, 1989

Filed:

May 14, 1986

Appl. No.:

6/863012

Inventors:

Jason Sara - Delray Beach FL

Assignee:

Massachusetts Institute of Technology - Cambridge MA

International Classification:

G06F 738

US Classification:

364723

Abstract:

High speed interpolation machine for interpolating values in the transformation from one space to another. One important application is in the transformation from a transmission space to a display space for digital color television reproduction. The machine includes storage schemes for lookup table contents which permit parallel access to needed transformation coefficients during one clock cycle. The architecture results in a machine which can compute interpolation points quickly enough for real time digital television processing and requires a relatively small number of electronic components. The present invention will compute the interpolation function with approximately one eighth the memory requirements of a comparable high speed implementation. In one embodiment, the number of multiples is reduced and in another implementation, all of the multiplications can be eliminated. The transformation coefficients are stored in separate interpolation tables permitting parallel access.