Ming Hang Luo from 2114 County Road 382, Holts Summit, MO 65043, age 55

Resumes

Ming Luo

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Location:

Greater New York City Area

Industry:

Computer Software

Ming Luo

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Location:

United States

Ming Luo

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Location:

Greater New York City Area

Industry:

Telecommunications

Store Manager At Walgreens

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Position:

Store Manager at Walgreens, EXA at Walgreens

Location:

Greater New York City Area

Industry:

Retail

Work:

Walgreens since Nov 2012
Store Manager
Walgreens since May 2009
EXA

Education:

Rutgers, The State University of New Jersey-New Brunswick 2003 - 2007
BA, Political Science and History Ridge High School

Ming Luo

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Location:

United States

Ming Luo

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Location:

United States

Ming Luo Stamford, CT

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Work:

PRAXAIR INC

Jan 2011 to 2000
Associate Director/ Sr. Manager - Internal Audit
PRAXAIR INC.

Jun 2009 to Dec 2010
Internal Audit Manager - Asia
PRAXAIR INC
Orangeburg, NY
Mar 2008 to May 2009
Financial Planning & Analysis Manager - - Electronics
PRAXAIR INC.
Danbury, CT
May 2006 to Feb 2008
Internal Auditor
PRAXAIR INC.
Danbury, CT
Jan 2005 to May 2006
Analyst, Consolidation and Reporting
H.B FULLER ADHESIVE ASIA PACIFIC GROUP
Guangzhou, CN
Oct 2001 to Aug 2002
Business Analyst - Asia Pacific
UNILEVER FOODS (CHINA) LTD
Guangzhou, CN
May 2000 to Apr 2001
Financial Supervisor
BPCS

Jan 2000 to May 2000
Project Leader
UNILEVER FOODS (CHINA) LTD
Guangzhou, China
1998 to 2000
Management Accountant

Education:

University of Connecticut
Storrs, CT
2004
Master of Science in Accounting
Zhongshan University
Guangzhou, CN
1998
Bachelor of Economics in International Finance

Skills:

CIA, AICPA, ACCA (Associate of Chartered Certified Accountant) Computer and ERP skill: Microsoft Excel, Word, Powerpoint, ACL, ActiveData, JDE, Oracle, Hyperion Language: Fluent in English, Mandarin and Cantonese

Business Records

Name / Title

Company / Classification

Phones & Addresses

Ming Luo
Owner

Thai Eatery
Consumer Goods · Eating Place

24203 Northern Blvd, Flushing, NY 11362
242-03 Northern Blvd, Little Neck, NY 11363
(718) 224-8666

Publications

Us Patents

Distributed Adaptive Scheduling Of Communications Among Nodes In A Mobile Ad Hoc Network

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US Patent:

8284738, Oct 9, 2012

Filed:

Apr 14, 2009

Appl. No.:

12/386107

Inventors:

Reza Ghanadan - Berkeley Heights NJ, US
Jessica Hsu - Washington DC, US
Ming Luo - Jersey City NJ, US
Shaomin Mo - Pine Brook NJ, US

Assignee:

BAE Systems Information and Electronic Systems Integration Inc. - Nashua NH

International Classification:

H04J 3/00

US Classification:

370336

Abstract:

Communications in a mobile network are scheduled by defining reservation frames having time slots during which network nodes can transmit certain traffic loads while avoiding interference. The nodes maintain maps that identify the slots as either free or reserved based on each node's existing reservations, and reservation information the node receives from neighboring nodes. A node wishing to transmit traffic determines the number of slots required to carry the traffic, selects a first set of slots from among those identified in its maps as free, and transmits a reservation initiation message (RIM) that identifies the first set of slots. Nodes receiving the RIM determine which, if any, of the first set of slots are already reserved based on their own maps, and transmit counter reservation initiation messages (CRIMs) if any slots are reserved. The CRIMs also identify those slots that the CRIM transmitting nodes determine to be currently free.

Time Synchronization For Distributed Mobile Ad Hoc Networks

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US Patent:

8391271, Mar 5, 2013

Filed:

Mar 19, 2010

Appl. No.:

12/727899

Inventors:

Shaomin Mo - Montville NJ, US
John A. Gu - Rockaway NJ, US
Jessica Y. Hsu - Washington DC, US
Ming Luo - Fairfax VA, US
Reza Ghanadan - Berkeley Heights NJ, US

Assignee:

BAE Systems Information and Electronic Systems Integration Inc. - Nashua NH

International Classification:

H04J 3/06

US Classification:

370350, 370462, 370509

Abstract:

Time synchronization among nodes in a wireless mobile ad hoc network (MANET) is obtained using a cross layer approach. Each node maintains a routing table that contains entries corresponding to other nodes of the network that are one or more hops away from the node, and topology messages are exchanged periodically among the nodes in order to update their routing tables. A network master node is selected, and remaining nodes that are one or more hops away from the master node are defined as slave nodes. The master node includes master timing information in the topology messages it transmits. The timing information is concatenated to include a first time (T) at which a topology message was received by the master from each of the slave nodes, and a second time (td) at which the master node transmits a topology message after receiving all the topology messages from the slave nodes.

Distributed Medium Access Control (Dmac) For Mobile Ad Hoc Networks

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US Patent:

20100124207, May 20, 2010

Filed:

Oct 10, 2009

Appl. No.:

12/587615

Inventors:

Reza Ghanadan - Berkeley Heights NJ, US
Jessica Hsu - Washington DC, US
Ming Luo - Fairfax VA, US
Shaomin Mo - Montville NJ, US

International Classification:

H04J 3/00
H04W 4/00

US Classification:

370336, 370328

Abstract:

Message or traffic data is transmitted from a given radio or node for reception by one or more other nodes in a communications network, by arranging the node for transmitting the data according to a selected one of a number of different medium access protocols. The medium access protocol selected for a given message or traffic is determined according to one or more of (a) the size of the traffic, (b) the priority of the traffic, (c) the periodicity of the traffic, and (d) whether the traffic is broadcast or unicast to the other nodes in the network. Each radio includes one or more processor and memory modules configured to output messages or traffic for transmission from the radio according to the selected medium access protocol. By using distributed scheduling and traffic control to protect against hidden nodes, the radios can maintain agile portability in tactical urban environments.

Multiuser Detection Enabled Medium Access Control In Mobile Ad Hoc Networks

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US Patent:

20120250629, Oct 4, 2012

Filed:

Jan 31, 2011

Appl. No.:

13/017819

Inventors:

Shaomin Mo - Montville NJ, US
John A. Gu - Rockaway NJ, US
Ming Luo - Fairfax VA, US
Joseph Farkas - Merrimack NH, US
Reza Ghanadan - Berkeley Heights NJ, US

International Classification:

H04W 72/04

US Classification:

370329

Abstract:

A method of providing medium access control for a wireless mobile ad hoc network includes defining a TDMA network timing frame including a data (DATA) zone having one or more time slots structured to support multiuser detection (MUD) of concurrent transmissions during each slot, a negative acknowledgment (NACK) zone during which nodes transmit requests for retransmission of packets destined to but not successfully received by the nodes, a broadcast (BC) zone during which network management messages are broadcast to the nodes, and a control (CTRL) zone. A primary master (PM) node is selected and operates as a source of network time for all the nodes. Each node synchronizes its time to that of the PM node during the CTRL zone in a distributed manner, by exchanging control messages with the PM node or other nodes located one or more hops from the PM node.

Distributed Scheduler Design For Multiuser Detection Enabled Wireless Mobile Ad-Hoc Networks

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US Patent:

20120250632, Oct 4, 2012

Filed:

Apr 20, 2011

Appl. No.:

13/090435

Inventors:

Shaomin Mo - Montville NJ, US
John A. Gu - Rockaway NJ, US
Joseph Farkas - Merrimack NH, US
Ming Luo - Fairfax VA, US
Reza Ghanadan - Berkeley Heights NJ, US

International Classification:

H04W 72/12

US Classification:

370329

Abstract:

In the method for operating an interference multiple access communications system, wherein the improvement comprises the steps of employing a distributed scheduler within a Media Access Controller (MAC) for Multiuser Detection (MUD) enabled Mobile Ad-hoc Networks (MANETS) to increase spectral efficiency by increasing spectral use and providing a way to dynamically allocate virtual channels to achieve maximum channel reuse in different network topologies and different link patterns and to ameliorate any hidden or exposed node problems.