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Jacob Schanker Phones & Addresses

  • 65 Crandon Way, Rochester, NY 14618 (585) 442-3909

Work

Position: Protective Service Occupations

Education

Degree: Associate degree or higher

Resumes

Resumes

Jacob Schanker Photo 1

Lecturer

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Location:
Rochester, NY
Industry:
Telecommunications
Work:
Adaptive Broadband Corporation 2000 - 2001
Director of Agency Compliance

Microwave Data Systems 1995 - 2000
Engineering Manager

Metscan Aug 1989 - Jun 1995
Principal Engineer and Manager, Rf Technology

Scientific Radio Systems 1977 - 1989
Director, Product Planning and Development; Chief Engineer

Jacob Z Schanker P.e 1977 - 1989
Principal
Education:
Ccny School of Education 1965 - 1967
Masters, Master of Electrical Engineering, Electrical Engineering
Ccny School of Education 1960 - 1963
Bachelors, Bachelor of Electrical Engineering, Electrical Engineering
Jacob Schanker Photo 2

Independent Consumer Electronics Professional

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Location:
Rochester, New York Area
Industry:
Consumer Electronics

Publications

Us Patents

Remote Data Acquisition And Communication System

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US Patent:
54482305, Sep 5, 1995
Filed:
Jun 25, 1993
Appl. No.:
8/081190
Inventors:
Jacob Z. Schanker - Rochester NY
Daniel H. Hollands - Webster NY
Assignee:
Metscan, Incorporated - Lima NY
International Classification:
H04Q 900
H04M 1104
H04B 354
US Classification:
34087003
Abstract:
A remote data acquisition and communication system includes a plurality of collector devices including a radio transmitter, optionally a plurality of concentrator devices including a radio transmitter, a radio receiver and a memory, a plurality of controller devices including a radio transmitter, a radio receiver and a memory, optionally a plurality of data communications nodes coupled to corresponding concentrator devices via a first communications link, and a data management platform computer coupled to the data communications nodes or the next lower level of devices via a second communications link. The collector devices, concentrator devices and controller devices communicate with one another via RF communications, preferably a single communication channel at a single carrier frequency. The collector devices preferably transmit data to the concentrator devices at intervals of between 4 to 6 hours and in preferred transmission bursts of less than 200 milliseconds, to minimize collisions between transmissions from different collector devices, and the transmitted data is sorted and redundancies discarded for each desired period of data keeping, i. e. , typically daily.
Jacob Z Schanker from Rochester, NY, age ~83 Get Report