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Ilya A Korisch

from Norwood, NJ
Age ~68
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Also known as:
Ilya A Korishch
Phone and address:
19 Wyndham Rd, Norwood, NJ 07648
(201) 564-7057
Related to:
Irina Rozumenko, 84Maxim O Rozumenko, 32Aleksandr Rozum, 61Anna Korisch, 48Marina S Korisch, 68
Connected to:
Rajshekhar S Korishettar, 55Jackson A Koritansky, 32Michael C Koritansky, 51Rambabu Koritala, 38Joan E Koritni, 66Paula M Koritnik, 72Steven E Korito, 71Tibor Koritsanszky, 37Frederick J Koritta, 57Helen G Koritz, 101

Ilya Korisch Phones & Addresses

  • 19 Wyndham Rd, Norwood, NJ 07648 (201) 564-7057
  • New Brunswick, NJ
  • Somerset, NJ
  • Wayne, NJ
  • Eatontown, NJ
  • Hackensack, NJ
  • Stamford, CT

Work

Company: Alcatel lucent Position: Member of techno

Industries

Telecommunications

Resumes

Resumes

Ilya Korisch Photo 1

Member Of Techno At Alcatel Lucent

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Position:
Member of Techno at Alcatel Lucent
Location:
Greater New York City Area
Industry:
Telecommunications
Work:
Alcatel Lucent
Member of Techno

Publications

Us Patents

Portable Telephone Antenna

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US Patent:
6484015, Nov 19, 2002
Filed:
Oct 27, 1997
Appl. No.:
08/958455
Inventors:
Elizabeth Aleiner - Somerset NJ
Ilya A. Korisch - Eatontown NJ
Yoshinao Nakada - Morristown NJ
Assignee:
Lucent Technologies Inc. - Murray Hill NJ
International Classification:
H04B 702
US Classification:
455 90, 455101, 455272, 343702
Abstract:
A portable telephone which includes a directional antenna is provided. The directional antenna is designed such that it can be positioned for use so that its beam is substantially parallel to the direction of received electromagnetic energy, thereby increasing the efficiency at which electromagnetic energy is transmitted to and received from the base station(s) as well as reducing the levels of electromagnetic energy transmitted into the body of the portable telephone user. In another embodiment, two directional antennas are provided for use with a diversity receiver and can be positioned for use to provide directional diversity, space diversity or both, thereby providing added immunity against fading.

Electronic Stacked Assembly

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US Patent:
6600659, Jul 29, 2003
Filed:
Mar 9, 2000
Appl. No.:
09/521935
Inventors:
Ron Barnett - Santa Rosa CA
Charles Joseph Buondelmonte - Yardley PA
Ilya Alexander Korisch - Somerset NJ
Louis Thomas Manzione - Summit NJ
Richard F Schwartz - Cranbury NJ
Thaddeus Wojcik - Hopewell NJ
Hui Wu - Union NJ
Assignee:
Avaya Technology Corp. - Basking Ridge NJ
International Classification:
H05K 702
US Classification:
361761, 361790, 361735
Abstract:
A new physical design for electronic devices ( ) comprises a multi-layer stacked assembly ( ) of a plurality of pan-shaped conductive units that form the layers of the assembly. Each unit is preferably formed from a single sheet of metal into which electronic components, such as an antenna array ( ) or a filter array ( ) of a transceiver, have been stamped, cut, or etched, and which is then bent around its periphery to form a pan shape. The pans are oriented to face the same direction, are stacked one on top of another, and are fixedly attached to each other by weld, solder, or adhesive. The electrical components defined by the different units are electrically interconnected in a connectorless manner, preferably by flanges ( ) formed in the same sheets of metal as the units themselves and extending between the units. Adjacent units in the stack define electromagnetically isolated chambers, e. g. , for the filter array.

Apparatus For Local Reduction Of Electromagnetic Field Using An Active Shield And Method Thereof

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US Patent:
6957051, Oct 18, 2005
Filed:
Sep 29, 2000
Appl. No.:
09/676703
Inventors:
Ilya A. Korisch - Somerset NJ, US
Michael Sumetsky - Bridgewater NJ, US
Assignee:
Avaya Technology Corp. - Basking Ridge NJ
International Classification:
H04B001/10
US Classification:
455107, 455 631, 455300, 455301, 4555755, 343841
Abstract:
An apparatus and method for shielding an operator from electromagnetic fields emitted from an antenna in a portable communication device. A plurality of active shields are placed between the operator's earpiece and the antenna to dampen the effects of the electromagentic fields. The active shields are coupled to adjustment circuits which may include variable gain amplifiers and phase couplers to offset the antenna signal.

Multiple-Element Antenna Array For Communication Network

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US Patent:
7538740, May 26, 2009
Filed:
Mar 6, 2006
Appl. No.:
11/368551
Inventors:
Ilya Alexander Korisch - New Brunswick NJ, US
Robert Atmaram Soni - Morris Plains NJ, US
Kam H. Wu - Randolph NJ, US
Assignee:
Alcatel-Lucent USA Inc. - Murray Hill NJ
International Classification:
H01Q 21/00
US Classification:
343844
Abstract:
An antenna array includes four closely spaced, linearly arranged antenna columns. At least two of the columns, e. g. , the center two columns, are dual-polarized. Spacing between neighboring columns is about λ, where λ is the free space wavelength at the network carrier frequency. Each column includes a first vertical linear array of radiating elements or groups of elements (sub-arrays) connected to a port. The dual-polarized columns each further include a second linear array of radiating elements oriented at a different polarization than the first array. (For example, horizontal/vertical or slant 45. ) Array ports are connected with four RF feed cables using duplexers in such a way so as to provide two different antenna configurations for forward link and reverse link frequencies, namely, a four-column closely spaced beam-forming array at the forward link and a two-column dual-polarized array at the reverse link for 4-branch diversity reception.

Overlapped Subarray Antenna Feed Network For Wireless Communication System Phased Array Antenna

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US Patent:
20040235528, Nov 25, 2004
Filed:
May 21, 2003
Appl. No.:
10/442778
Inventors:
Ilya Korisch - New Brunswick NJ, US
International Classification:
H04B001/38
US Classification:
455/562100, 455/561000
Abstract:
An antenna phased array comprising a two-input four-output beam forming network where each of the four outputs is coupled to one of four antennas. The antennas generate beams of signals from signals applied to the inputs of the beam forming network. The antennas form two sub-arrays of antennas each comprising three antennas. The beam forming network is designed such that the beams generated by each of the sub-arrays form aggregate beams having desired beam widths. Adjacent antennas are spaced a certain distance apart such that beam steering can be performed by combining the two aggregate beams.

Transforming Precoded Signals For Wireless Communication

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US Patent:
20130321207, Dec 5, 2013
Filed:
May 31, 2012
Appl. No.:
13/485168
Inventors:
PANTELIS MONOGIOUDIS - Randolph NJ, US
ILYA KORISCH - Norwood NJ, US
RUOHENG LIU - San Diego CA, US
ROBERT SONI - Randolph NJ, US
International Classification:
H01Q 3/26
US Classification:
342373
Abstract:
Embodiments of the claimed subject matter provide a method and apparatus for transforming signals for wireless communication. One embodiment of the apparatus includes a transformer comprising a plurality of first ports and second ports. Each first port is associated with a mode of a first antenna array configuration and each second port is configurable to be communicatively coupled to one of the antennas deployed in the first antenna array configuration. This embodiment also includes a selector configurable to select a subset of the modes of the first antenna array configuration based on a degree of variation with azimuth. This embodiment further includes a mapper configured to map each of a plurality of third ports to one of the first ports associated with one of the subset of modes. Each of the third ports is associated with a mode of a second antenna array configuration.

Sheet-Metal Antenna

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US Patent:
63269201, Dec 4, 2001
Filed:
Mar 9, 2000
Appl. No.:
9/521727
Inventors:
Ron Barnett - Santa Rosa CA
Ilya Alexander Korisch - Somerset NJ
Hui Wu - Union NJ
Assignee:
Avaya Technology Corp. - Basking Ridge NJ
International Classification:
H01Q 138
US Classification:
343700MS
Abstract:
A high-frequency, e. g. , microwave, antenna (100) is stamped from a single sheet (300) of electromagnetically conductive material, e. g. , a metal plate. A manufacture comprising a frame (104), a plurality of radiator antenna elements (108), a plurality of first supports (112) each connecting a radiator antenna element to the frame, a feed network (110) connected to the radiator antenna elements, and a plurality of second supports (304) connecting the radiators and the feed network to each other and to the frame, are stamped out of the single sheet. A combiner (114) may be included in the manufacture as well. The second supports provide alignment and rigidity during manufacture and assembly. Preferably, a plurality of the manufactures are stamped out side-by-side from a single roll (400) for ease of automated manufacture and assembly. The frame is either made in two pieces (200, 202) or is bent relative to the resonator antenna elements along fold lines (302), to provide an offset of the radiators from a ground plane (102).

Dual Frequency Band Antenna System

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US Patent:
57174091, Feb 10, 1998
Filed:
Aug 2, 1996
Appl. No.:
8/691738
Inventors:
William J. Garner - Yardley PA
Ilya A. Korisch - Stamford CT
Assignee:
Lucent Technologies Inc. - Murray Hill NJ
International Classification:
H01Q 124
US Classification:
343702
Abstract:
A dual frequency band antennas system where the two frequency bands are not harmonically related includes first and second antenna sections. The first antenna section comprises a straight rod, with the length of the rod being at least one quarter wavelength at the center frequency of the lower of the two frequency bands. The second antenna section includes a straight portion terminated by a helical wire portion, with the total electrical length of the second antenna section being substantially equal to the length of the straight rod. A conductive antenna base is connected to at least one of the first and second antenna sections. A matching circuit coupled to the base is arranged to substantially cancel the reactive portion of the impedance of the connected antenna section for both frequency bands and to substantially equalize the resistive portion of the impedance of the connected antenna section to the resistive portion of the output impedance of the radio transceiver to which the antenna system is coupled. The lengths of the straight rod and of the second antenna section are such that together with the matching circuit the resistive portion of the impedance of the connected antenna section is substantially the same for both frequency bands.
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Ilya A Korisch from Norwood, NJ, age ~68 Get Report