All In The Cards, Inc. New York, NY Dec 2011 to May 2012 Graphic DesignerUnited Promotional Production, Inc. New York, NY Jun 2011 to Aug 2011 Web AssistantSublime China Information Co., Ltd China, ME Jan 2011 to Mar 2011 Designer Intern.McDonald's Franchisee New York, NY Apr 2010 to Aug 2010 Print Designer (Freelance)
Education:
New York University's McGhee Divison New York, NY 2012 to 2014 B.A in Digital Communications and MediaTCI College of Technology New York, NY 2008 to 2010 A.A.S in Digital Media Arts
Skills:
Windows & Macintosh Operating Systems, Microsoft Office, iWork, Adobe Creative Suite, HTML, CSS, Javascript
School of Continuing Studies, Long Island University
Jan 2012 to Present Computer InstructorProfessional Business College New York, NY Jul 2004 to Apr 2011 Computer InstructorNew York Bilingual Institute, Inc New York, NY Jan 2000 to Sep 2003 Vocational Training InstructorChinatown Manpower Project, Inc New York, NY Feb 1996 to Oct 2000 Computer Training InstructorNew York City Transit Authority Brooklyn New York, NY Jul 1993 to Jul 1995 Technical Support Aide
Education:
Long Island University Brooklyn, NY May 2011 Master of Science in Computer ScienceYork College Queens, NY Jun 1993 Bachelor of Science in Information Systems Management
Isbn (Books And Publications)
Experimentelle Optimum-Suchstrategien Auf Der Basis Der Computersimulation Zur Unterstutzung Betriebswirtschaftlicher Entscheidungsfindung
Bing Chen - Middletown NJ, US David Ramsden - Wall NJ, US
Assignee:
AT&T Intellectual Property I, L.P. - Reno NV
International Classification:
H04J 3/06
US Classification:
370516, 370412, 370252
Abstract:
Systems and methods to measure the performance of a de-jitter buffer are disclosed. In a described example, a method to measure adaptive de-jitter buffer performance includes transmitting a known audio signal via a plurality of packets over a packet-based network, recording a received signal based on the known audio signal, and analyzing the recorded signal to determine one or more of a lower de-jitter buffer size, an upper de-jitter buffer size, a de-jitter buffer expansion speed, or a de-jitter buffer contraction speed based on the recorded signal and the known signal. The example method further includes comparing the one or more of the lower de-jitter buffer size, the upper de-jitter buffer size, the expansion speed, or the contraction speed to a performance requirement, and correcting communication network performance based on the comparison.
Systems And Methods To Measure The Performance Of A De-Jitter Buffer
Bing Chen - Middletown NJ, US David Ramsden - Wall NJ, US
International Classification:
H04L 12/26
US Classification:
370252
Abstract:
Systems and methods to measure the performance of a de-jitter buffer are disclosed. An example method includes transmitting a known audio signal via a plurality of packets over a packet-based network, recording a received signal based on the known audio signal, analyzing the recorded signal to determine one or more of a lower size, an upper size, an expansion speed, or a contraction speed of a de-jitter buffer based on the recorded signal and the known signal, comparing the one or more of the lower size, the upper size, the expansion speed, or the contraction speed to a performance requirement, and correcting communication network performance based on the comparison. Determining the expansion speed includes filling a lower portion of the de-jitter buffer, adding jitter to the plurality of packets, the jitter increasing at a first rate, and identifying the expansion speed as the first rate if no packet loss occurs.
Decoding And Detailed Analysis Of Captured Frames In An Ieee 802.11 Wireless Lan
Kazim Orhan Yildiz - Wayne NJ Bing Chen - San Jose CA
Assignee:
Networks Associates Technology, Inc. - Santa Clara CA
International Classification:
H04L 1228
US Classification:
370338, 370474
Abstract:
A method and apparatus for detecting and diagnosing wireless network failures, provides for capturing, analyzing, and displaying detailed information relative to data packets and/or frames transmitted across a wireless network including an IEEE 802. 11 LAN.
Methods And Systems For Limiting Water Within A Photoionization Detector
- Morris Plains NJ, US Tengfei ZHANG - Morris Plains NJ, US Bing CHEN - Morris Plains NJ, US Feng LIANG - Morris Plains NJ, US
International Classification:
G01N 33/00 G01N 27/66
Abstract:
Methods and systems for detecting and limiting the water in a photoionization detector are provided. The method may include powering off a lamp configured to ionize particles of air. The method may also include monitoring a signal from the photoionization detector. The signal may be monitored based on a current between a signal electrode and a bias electrode. In an instance the signal is above a signal threshold, the method may also include electrolyzing one or more particles of water present in the photoionization detector by closing a leakage switch in order to allow current to flow through the bias electrode and the signal electrode. In an instance the signal is below the signal threshold, the method may include powering on the lamp to begin photoionization detection. Corresponding systems are also provided.
Method, Apparatus And System For Providing Voltage Supply For Photoionization Detector Lamp
- Morris Plains NJ, US Tengfei ZHANG - Morris Plains NJ, US Bing CHEN - Morris Plains NJ, US Feng LIANG - Morris Plains NJ, US
International Classification:
H01J 61/56 G01N 33/00
Abstract:
Methods, apparatuses, and systems for providing an alternating current (AC) voltage supply for a photoionization detector lamp from a direct current (DC) voltage source are provided. An example apparatus may include a DC voltage to DC voltage (DC/DC) converter circuitry, and a feedback circuitry that is electronically coupled to the DC/DC converter circuitry and converts a reference AC voltage to a feedback DC voltage for the DC/DC converter circuitry. In some examples, the feedback circuitry may be electronically coupled to a DC voltage to AC voltage (DC/AC) converting circuitry to obtain the reference AC voltage.
- Morris Plains NJ, US Bing CHEN - Morris Plains NJ, US Junhui ZHANG - Morris Plains NJ, US Feng LIANG - Morris Plains NJ, US
International Classification:
G01N 27/62
Abstract:
Embodiments relate generally to systems and methods for a low profile PID typically comprising a flexible substrate; two or more electrodes containing an array of holes; a spacer with one or more holes; and two or more contacts corresponding to the electrodes. Typically, the unfolded flexible substrate defines a plane, and the electrodes are disposed on the flexible substrate such that when the flexible substrate is folded, one electrode is located on a top plane and another electrode is located on a bottom plane and the spacer is disposed between the electrodes to form an ionization chamber for use with a UV radiation source.
- Morris Plains NJ, US Zhongxing Cao - Morris Plains NJ, US Bing Chen - Morris Plains NJ, US Feng Liang - Morris Plains NJ, US
International Classification:
G01N 27/70 H01J 61/16 H01J 61/35 G01N 27/64
Abstract:
Embodiments relate generally to an ultraviolet lamp () for use with a photoionization detector comprising a sealed tube () configured to contain at least one gas; a coating () applied to the inner surface () of the sealed tube (); and a crystal window () attached to the sealed tube (), configured to allow transmittance of ultraviolet (UV) light generated within the sealed tube (). Additional embodiments include a method of forming an ultraviolet lamp () for use with a photoionization detector, the method comprising applying at least one layer of a coating () onto an inner surface () of a sealed tube (); sealing a crystal window () onto the sealed tube (); filling the sealed tube () with at least one gas; sealing the sealed tube () containing the at least one gas; generating ultraviolet radiation using the at least one gas within the sealed tube (); and directing the generated ultraviolet radiation through the crystal window () toward a sample gas in the photoionization detector.
- Morris Plains NJ, US Zhongxing CAO - Morris Plains NJ, US Bing CHEN - Morris Plains NJ, US Feng LIANG - Morris Plains NJ, US
International Classification:
G01N 27/70 H01J 61/35 H01J 61/16
Abstract:
Embodiments relate generally to an ultraviolet lamp () for use with a photoionization detector comprising a sealed tube () configured to contain at least one gas; a coating () applied to the inner surface () of the sealed tube (); and a crystal window () attached to the sealed tube (), configured to allow transmittance of ultraviolet (UV) light generated within the sealed tube (). Additional embodiments include a method of forming an ultraviolet lamp () for use with a photoionization detector, the method comprising applying at least one layer of a coating () onto an inner surface () of a sealed tube (); sealing a crystal window () onto the sealed tube (); filling the sealed tube () with at least one gas; sealing the sealed tube () containing the at least one gas; generating ultraviolet radiation using the at least one gas within the sealed tube (); and directing the generated ultraviolet radiation through the crystal window () toward a sample gas in the photoionization detector.
Name / Title
Company / Classification
Phones & Addresses
Bing Nan Chen President
DUO MALL INC Ret Mail-Order House Business Services at Non-Commercial Site
14 Jackson St #1E, New York, NY 10002 14 Jackson St 1E, New York, NY 10002 2122542370
Bing Y. Chen Principal
Bing Ye Chen Business Services at Non-Commercial Site
1557 E 15 St, Brooklyn, NY 11230
Bing Z. Chen Principal
New Garden Eating Place
17 E Hartsdale Ave, Hartsdale, NY 10530
Bing Chen Principal
STELLAR NAIL SPA INC Physical Fitness Facility
49 W 8 St, New York, NY 10011
Bing J. Chen President, Principal
GREEN LITE GLOBAL TRADING, INC Whol Nondurable Goods
135-26 Roosevelt Ave, Flushing, NY 11354 13526 Roosevelt Ave, Flushing, NY 11354
Bing Wang Chen Health Care Director
New Vanderbilt Rehab & Care Center, Inc Skilled Nursing Care Facility
135 Vanderbilt Ave, Staten Island, NY 10304 7184470701
San Francisco, CA Los Angeles, CA New York City, NY Shanghai, China Knoxville, TN
Work:
Google
Education:
University of Pennsylvania
About:
By day, Global Creator Development and Management Lead at YouTube, tasked with finding, cultivating and exploding the next generation of super-talent. By night, a new media entertainer and entrepreneu...
Tagline:
YouTube Global Creator Development & Management Lead | New Media Entrepreneur & Entertainer
Bing Chen
Work:
Intel Corporation
Education:
National Taiwan University - EE, National Tsing Hua University - CS