Pelekhaty; Vladimir

Patent Applications and Registrations

Patent applications and USPTO patent grants for Pelekhaty; Vladimir.The latest application filed is for "controlling distributed buffers in a network to manage data packets".

Company Profile

7.39.32

Pelekhaty; Vladimir - Baltimore MD
Pelekhaty; Vladimir - Hanover MD
Pelekhaty; Vladimir - Orlando FL US
Pelekhaty; Vladimir - Maitland FL
Pelekhaty; Vladimir - Pikesville MD

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Controlling distributed buffers in a network to manage data packets App 20220247687 - Pelekhaty; Vladimir ; et al.	2022-08-04
Flat, highly connected optical network for data center switch connectivity Grant 11,388,492 - Frankel , et al. July 12, 2	2022-07-12
Resonant device improvement in PICs using spare devices to reduce power requirements App 20220075114 - Frankel; Michael Y. ; et al.	2022-03-10
Programmatically configured switches and distributed buffering across fabric interconnect Grant 11,271,868 - Frankel , et al. March 8, 2	2022-03-08
Programmatically configured switches and distributed buffering across fabric interconnect App 20220038391 - Frankel; Michael Y. ; et al.	2022-02-03
Routing tables for forwarding packets between switches in a data center network Grant 11,121,984 - Pelekhaty , et al. September 14, 2	2021-09-14
Routing tables for forwarding packets between switches in a data center network App 20210119938 - Pelekhaty; Vladimir ; et al.	2021-04-22
Flat, highly connected optical network for data center switch connectivity App 20210058685 - Frankel; Michael Y. ; et al.	2021-02-25
Flat, highly connected optical network for data center switch connectivity Grant 10,834,484 - Frankel , et al. November 10, 2	2020-11-10
FPGA-based virtual fabric for data center computing App 20200236064 - Frankel; Michael Y. ; et al.	2020-07-23
Adaptive communication network with cross-point switches Grant 10,476,815 - Frankel , et al. Nov	2019-11-12
Adaptive Communication Network With Cross-point Switches App 20190182180 - FRANKEL; Michael Y. ; et al.	2019-06-13
High capacity coherent optical transceiver for short reach applications Grant 10,313,014 - Frankel , et al.	2019-06-04
High-efficiency self-resetting integrating optical transceiver Grant 10,313,021 - Frankel , et al.	2019-06-04
Flat, highly connected optical network for data center switch connectivity App 20190158939 - Frankel; Michael Y. ; et al.	2019-05-23
Method and system for providing optical connections Grant 10,274,682 - Frankel , et al.	2019-04-30
High Capacity Coherent Optical Transceiver For Short Reach Applications App 20190097728 - FRANKEL; Michael Y. ; et al.	2019-03-28
High port count switching module, apparatus, and method Grant 10,212,496 - Frankel , et al. Feb	2019-02-19
Structured rearranged network for data center and high-performance computing applications Grant 10,200,305 - Frankel , et al. Fe	2019-02-05
Ultra-low power cross-point electronic switch apparatus and method Grant 10,141,926 - Frankel , et al. Nov	2018-11-27
Optical transceiver and method with channel binding, clock forwarding, and integrate-and-dump receivers Grant 10,142,092 - Pelekhaty , et al. Nov	2018-11-27
Structured Rearranged Network For Data Center And High-performance Computing Applications App 20180123980 - FRANKEL; Michael Y. ; et al.	2018-05-03
Ultra-low Power Cross-point Electronic Switch Apparatus And Method App 20180026632 - FRANKEL; Michael Y. ; et al.	2018-01-25
Driver and capacitive load integration Grant 9,835,880 - Pelekhaty , et al. December 5, 2	2017-12-05
Method And System For Providing Optical Connections App 20170160482 - Frankel; Michael Y. ; et al.	2017-06-08
High Port Count Switching Module, Apparatus, And Method App 20170127157 - FRANKEL; Michael Y. ; et al.	2017-05-04
Method and system for providing optical connections Grant 9,612,401 - Frankel , et al. April 4, 2	2017-04-04
Driver And Capacitive Load Integration App 20160357033 - Pelekhaty; Vladimir ; et al.	2016-12-08
Optical Transceiver And Method With Channel Binding, Clock Forwarding, And Integrate-and-dump Receivers App 20160315758 - PELEKHATY; Vladimir ; et al.	2016-10-27
Driver and capacitive load integration Grant 9,436,019 - Pelekhaty , et al. September 6, 2	2016-09-06
Method And System For Providing Optical Connections App 20160238793 - Frankel; Michael Y. ; et al.	2016-08-18
Optical transceiver and method with channel binding, clock forwarding, and integrate-and-dump receivers Grant 9,413,520 - Pelekhaty , et al. August 9, 2	2016-08-09
Optical Transceiver And Method With Channel Binding, Clock Forwarding, And Integrate-and-dump Receivers App 20150172040 - Pelekhaty; Vladimir ; et al.	2015-06-18
Systems and methods for noise tolerant signal processing in pilot assisted data receivers Grant 9,007,921 - Pelekhaty , et al. April 14, 2	2015-04-14
Low power optical transceiver using orthogonal polarization detection technique Grant 8,977,125 - Grigoryan , et al. March 10, 2	2015-03-10
Systems And Methods For Noise Tolerant Signal Processing In Pilot Assisted Data Receivers App 20140369686 - PELEKHATY; Vladimir ; et al.	2014-12-18
Analog continuous time matched pulse shaping transmitter and receiver filters Grant 8,908,745 - Pelekhaty , et al. December 9, 2	2014-12-09
System and method for stationary finite impulse response filters in programmable microelectronic circuits Grant 8,884,649 - Mateosky , et al. November 11, 2	2014-11-11
System And Method For Stationary Finite Impulse Response Filters In Programmable Microelectronic Circuits App 20140312931 - MATEOSKY; John P. ; et al.	2014-10-23
Systems and methods for noise tolerant signal processing in pilot assisted data receivers Grant 8,867,368 - Pelekhaty , et al. October 21, 2	2014-10-21
Method for manufacturing 3D circuits from bare die or packaged IC chips by microdispensed interconnections Grant 8,790,742 - Church , et al. July 29, 2	2014-07-29
Systems And Methods For Noise Tolerant Signal Processing In Pilot Assisted Data Receivers App 20140064102 - Pelekhaty; Vladimir ; et al.	2014-03-06
Analog Continuous Time Matched Pulse Shaping Transmitter And Receiver Filters App 20120183092 - Pelekhaty; Vladimir ; et al.	2012-07-19
Low Power Optical Transceiver Using Orthogonal Polarization Detection Technique App 20120039606 - GRIGORYAN; Vladimir S. ; et al.	2012-02-16
Method For Manufacturing 3d Circuits From Bare Die Or Packaged Ic Chips By Microdispensed Interconnections App 20110237002 - CHURCH; KENNETH H. ; et al.	2011-09-29
Method for manufacturing 3D circuits from bare die or packaged IC chips by microdispensed interconnections Grant 7,972,650 - Church , et al. July 5, 2	2011-07-05
Filters, including optical filters, having equal group delay ripple and minimized phase non-linearity within their pass bands Grant 7,342,712 - Pelekhaty March 11, 2	2008-03-11
Switching status and performance monitoring technology for wavelength selective switch and optical networks Grant 7,254,327 - Zhong , et al. August 7, 2	2007-08-07
Filters, including optical filters, having equal group delay ripple and minimized phase non-linearity within their pass bands App 20070081247 - Pelekhaty; Vladimir	2007-04-12
Multi-channel optical filter Grant 7,184,215 - Pelekhaty February 27, 2	2007-02-27
Multi-channel optical filter App 20050024728 - Pelekhaty, Vladimir	2005-02-03
Multi-channel optical filter Grant 6,844,977 - Pelekhaty January 18, 2	2005-01-18
Multi-channel optical filter App 20020131176 - Pelekhaty, Vladimir	2002-09-19
Dual transmission band interference filter Grant 6,407,863 - Archambault , et al. June 18, 2	2002-06-18
WDM optical communication system having reduced loss and cross-talk Grant 6,243,175 - Pelekhaty June 5, 2	2001-06-05
Fabry-perot optical filter and method of making the same Grant 6,215,592 - Pelekhaty April 10, 2	2001-04-10

uspto.report is an independent third-party trademark research tool that is not affiliated, endorsed, or sponsored by the United States Patent and Trademark Office (USPTO) or any other governmental organization. The information provided by uspto.report is based on publicly available data at the time of writing and is intended for informational purposes only.

While we strive to provide accurate and up-to-date information, we do not guarantee the accuracy, completeness, reliability, or suitability of the information displayed on this site. The use of this site is at your own risk. Any reliance you place on such information is therefore strictly at your own risk.

All official trademark data, including owner information, should be verified by visiting the official USPTO website at www.uspto.gov. This site is not intended to replace professional legal advice and should not be used as a substitute for consulting with a legal professional who is knowledgeable about trademark law.