Alcatel-Lucent since Jun 2010
LTE Solutions Architect
Alcatel-Lucent May 2009 - Jun 2010
LTE Solutions and Marketing Professional
Alcatel-Lucent Apr 1997 - Apr 2009
Systems Engineer
Bellcore Feb 1995 - Apr 1997
Systems Engineer
NJIT Sep 1991 - Dec 1992
Adjunct Faculty
Education:
City University of New York City College
Ph.D, Solid State Physics
Skills:
End To End Solutions Business Development Lte Public Safety Cdma Lte Systems Engineering Product Rationalizat Solution Architecture Product Performance Rfi Rfp Public Safety Feature Prioritization Gsm Tdma Wireless Product Management Evdo Ip Networking 3Gpp Voip Sip Telecommunications 3G Umts Internet Protocol Wireless Technologies Code Division Multiple Access Method
Frances Jiang - Whippany NJ, US Gopal Kumar - Morristown NJ, US Aparajita Misra - Basking Ridge NJ, US Ganapathy Sundaram - Hillsborough NJ, US
International Classification:
H04Q007/20
US Classification:
455450000, 455453000, 455455000
Abstract:
A method of wireless communication. The method includes the step of transmitting at least one message including delay information. This delay information may correspond with a delay length associated with accessing a service through an open loop network. The delay length may include a time interval between a first instant corresponding with a received service request and a second instant corresponding with granting service access. Alternatively, the delay length may comprise a time interval between a first instant corresponding with a received service request generating at a predefined moment in time and a second instant corresponding with granting service access. The delay length may correspond with traffic congestion, channel condition, system loading, processor occupancy, queuing delay, and/or scheduling delay, for example. The method may also include the step of collecting information corresponding with traffic, channel condition and/or service demand(s) to determine a pattern(s) over time using, for example, a heuristic technique.
Decreased Random Opening Procedure For Overload Control
Gopal Kumar - Morristown NJ, US Aparajita Misra - Basking Ridge NJ, US Ganapathy Sundaram - Hillsborough NJ, US
International Classification:
H04L 12/26 H04J 3/14
US Classification:
370232000
Abstract:
A communication network includes an overload control algorithm that reduces the number of messages that need to be opened, which reduces the computational cost of the overload control algorithm while still accounting for relative priorities among various message classes. In one example, statistical probabilities based upon arrival rate information provide the ability to determine a sufficient number of messages to open to ensure that the number of acceptable messages are processed. Messages exceeding the sufficient number are throttled without opening them. By not opening such messages, the computational cost otherwise associated with opening them is avoided. The statistical information based upon the arrival rate for a plurality of message classes provides a sufficient likelihood that the appropriate number of acceptable messages will be opened so that system performance is not compromised.
Method And System For Dynamic Downlink Power Control In A Time-Division, Multiplex Wireless System
Terry Sifong Cheng - Randolph NJ Joe Huang - Parsippany NJ Aparajita Misra - West Caldwell NJ Kevin John Murphy - Westminster CO
Assignee:
Lucent Technologies Inc. - Murray Hill NJ
International Classification:
H04B 700
US Classification:
455522, 455 671, 455450, 455436, 370331, 370318
Abstract:
A method for controlling downlink power in a time-division multiplex wireless system may provide different downlink transmit signal powers to different time-division multiplex channels of a single carrier. A base station receives a measured signal parameter data for a downlink transmit signal of a time-division multiplex channel. The base station determines an initial adjustment for the downlink transmit signal power of the time division multiplex channel if the measured signal parameter data differs from a target signal parameter data. The base station determines a revised adjustment for the downlink transmit power of the time division multiplex channel based on the initial adjustment and at least one adjustment range as appropriate to achieve synchronization of the demodulation of the downlink transmit signal.
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