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Isaac Obed Choi, 422255 Showers Dr UNIT 153, Mountain View, CA 94040

Known as:
Isaac O Choi Issac O Choi Isaac O'Choi Isaac Ochoi
Related to:
Hun Sou Choi 65

Isaac Choi Phones & Addresses

Palo Alto, CA   

San Francisco, CA   

Glendale, CA   

Burbank, CA   

Eden Prairie, MN   

Drexel Hill, PA   

Greenville, IL   

Highland, IL   

Glendale, AZ   

Charlotte, NC   

2183 Union St, San Francisco, CA 94123    612-9687304   

Work

Company: Fragomen del rey bernsen & loewy May 2014 Position: Marketing business analyst

Education

School / High School: University of California- San Diego, CA 2011 Specialities: Bachelor of Arts in Economics

Skills

High Level Excel Skills • Analysis • Client Reporting • Internal Reporting • Pricing • Forecasting • Presentations

Ranks

Licence: California - Active Date: 2011
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Mentions for Isaac Obed Choi

Career records & work history

Lawyers & Attorneys

Isaac Choi Photo 1

Isaac Paul Choi, Los Angeles CA - Lawyer

Address:
204 Lucas Ave #302, Los Angeles, CA 90026
310-8171590 (Office)
Licenses:
California - Active 2011
Education:
Loyola University School of Law
Univ of California at Los Angeles

Medicine Doctors

Isaac J. Choi

Specialties:
Emergency Medicine
Work:
Beaumont Emergency Medcn PhysBeaumont Emergency Medicine Associates
3080 College St, Beaumont, TX 77701
800-3460747 (phone) 972-7392631 (fax)
Site
Education:
Medical School
Ross Univ, Sch of Med, Roseau, Dominica
Graduated: 2006
Languages:
English, Spanish
Description:
Dr. Choi graduated from the Ross Univ, Sch of Med, Roseau, Dominica in 2006. He works in Beaumont, TX and specializes in Emergency Medicine. Dr. Choi is affiliated with Baptist Hospitals Of Southeast Texas.

Isaac Choi resumes & CV records

Resumes

Isaac Choi Photo 42

Isaac O Choi

Location:
2183 Union St, San Francisco, CA 94123
Industry:
Management Consulting
Work:
Green Dot Corporation since Oct 2009
Director Clorox Jun 2008 - Oct 2009
Manager Private Contract Consultancy May 2000 - Oct 2009
Principal General Mills Jul 2004 - May 2008
Manager The Wharton School May 2002 - May 2004
Consultant College Housing and Academic Services Aug 2001 - May 2002
Manager
Education:
University of Pennsylvania
Skills:
Gmat, Writing, Positioning, Consulting, Market, Insurance, Training and Development, Sales, User Experience, Acting, Fortune 500, Students, Videographers, Producers, Spectra, Fiscal Policy, Finance, Jmp, Return on Investment, Proliferation, Ctr, Irr, Mintel, Third Party, Google Analytics, Trend, Management, Brand Management, Funding, Powerpoint, Publications, Clicktracks, Baseline, Pennsylvania, Execution, Product Mix, Traffic Monitoring, Profit, Elimination, Philadelphia, Valuation, Online Music, Grass Gis, Networking, Consumer, Forecasting, Drive Results, Seo, Strategy, Branding, Reaching, Strategies, Microsoft Office, Productions, Web Video, Customer Insight, Microsoft Excel, Testing, New Business Development, Founding, Dtc, Training, Microsoft Publisher, Community Outreach, Capacity Building, News, Information Processing, Intranet, Business Management, Product Launch, Research, System Monitoring, Brainstorming, Commercial Real Estate, Statistical Modeling, Web 2.0, Influencer Marketing, Fast Paced Environments, R&D, Analysis, Campaigns, Print, Los Angeles, Promotional, Online Branding, Npv, Retail, Space, Iri, Logistics, Applications, General Mills, Grassroots, Business Development, Communication, Modeling, Advertising, Music, Federal Acquisition Regulation, Strategic Planning, Brand Performance, New Media, Trade Marketing, Marketing, Social Networking, Entertainment, Music Production, Social Influence, Sales and Marketing Leadership, Project Planning, Strategic Negotiations, Contractual Agreements, House, Market Share, Kid, Webtrends Analytics, Analytics, Presentations, Spss, Pricing, Media, Websites, Responsibility, User Interface, Customer Experience, Unica, Fact, Minneapolis, Cost Engineering, Distribution, International, Art, Google Groups, Portals, Portfolio, Web Presence, Account Management, Trust, History, Feet, Start Ups, Teaching, Korean, New York, Academic, Cognitive Science, Gmi, Subsidiaries, Sas, Image Capture, Touch, Sustainability, Online Moderation, Viral Marketing, Sensitivity Analysis, Focus Groups, Organizational Behavior, Platforms, Sem, Task Management, Culture, Multicultural, Staff Development, Optimization, Advocate, Trading, Television, Marketing Strategy, French, Delivery, Online Brand Building, Evaluation, Bands, Coordinated
Interests:
Career
Cooking
Electronics
Home Improvement
Gourmet Cooking
Home Decoration
Languages:
English
Isaac Choi Photo 43

Isaac Choi

Location:
San Francisco, CA
Work:
Saint Mary's College of California
Student
Education:
Saint Mary's College of California
Isaac Choi Photo 44

Isaac Choi

Location:
San Francisco, CA
Industry:
Computer Networking
Isaac Choi Photo 45

Isaac Choi

Isaac Choi Photo 46

Isaac Choi

Isaac Choi Photo 47

Isaac Choi

Isaac Choi Photo 48

Isaac Choi

Isaac Choi Photo 49

Isaac Choi

Publications & IP owners

Us Patents

Connection Control Interface For Asynchronous Transfer Mode Switches

US Patent:
6434612, Aug 13, 2002
Filed:
Dec 10, 1997
Appl. No.:
08/988300
Inventors:
David A. Hughes - Mountain View CA
Isaac P. Choi - San Jose CA
Radhika Padmanabhan - San Jose CA
Neufito L. Fernandes - Cupertino CA
William P. Buckley - San Jose CA
Jeremy R Lawrence - San Jose CA
Assignee:
Cisco Technology, Inc. - San Jose CA
International Classification:
G06F 1300
US Classification:
709223
Abstract:
A connection control interface for switches in a network is provided. The connection control interface allows the multiservice switch to provide a number of switch resource partitions to a number of independent controllers coupled to the switch. The switch resource partitions comprise a number of subsets of switch resources that define a number of independent subset networks of a physical network. The connection control interface allows the independent controllers to control the connections of the switch using the number of switch resource partitions. The independent controllers each use one of a number of control systems, the control systems comprising a network software level. The independent controllers comprise a virtual switch interface having a master component and a slave component where the master and slave components may be hosted on different processors. The slave components may be hosted on a control card that controls a number of port cards of the switch or on a port card processor. The switch and the independent controllers are resynchronized when discrepancies are detected between the connections on the switch and those expected by the each of the plurality of independent controllers.

Apparatus And Method Of Token Ring Beacon Station Removal For A Communication Network

US Patent:
5361250, Nov 1, 1994
Filed:
Nov 3, 1993
Appl. No.:
8/146948
Inventors:
Truong Q. Nguyen - San Jose CA
Isaac P. Choi - San Jose CA
Assignee:
Synoptics Communications, Inc. - Santa Clara CA
International Classification:
H04L 1242
US Classification:
370 161
Abstract:
A network process that automatically identifies and isolates a faulty station or group of stations within a token ring communication network in a timely manner. The present invention performs three different and separate processing strategies to identify and isolate faulty stations and or groups of stations within a token ring communication network. The processing of the present invention is accomplished simultaneously within the network management modules of each concentrator within the overall communication network. Upon receipt of beacon signals indicating a faulty station in the network, the present invention directs the NMM to isolate newly inserted stations or modules. If this is not successful then the present invention attempts a direct removal process if port address association data is present. If no port address association data is present then a brute force process is performed to identify and isolate the station or module that is generating a communication fault within the token ring network.

Apparatus And Method For Discovering A Topology For Local Area Networks Connected Via Transparent Bridges

US Patent:
5734824, Mar 31, 1998
Filed:
Dec 3, 1996
Appl. No.:
8/758291
Inventors:
Isaac P. Choi - San Jose CA
Assignee:
Bay Networks, Inc. - Santa Clara CA
International Classification:
G06F 1300
US Classification:
39520011
Abstract:
A system of discovering the active topology of the LANs (local area networks) connected via any apparent bridges that conform to the IEEE 802. 1D standard. A discovered active topology of the present invention consists of the active bridges, the LANs and the NMMs (network management modules) that constitute the bridged LAN. The system of the present invention advantageously utilizes the standard (IEEE 802. 1D) defined behaviors of transparent bridges to discover the active topology. In so doing, the present invention does not require the bridges to issue any special proprietary frames for development of the active topology. The IEEE 802. 1D conforming bridges have the property of forming a path between two conversing end stations. If the two end stations reside in adjacent LANs, the path between these two LANs only has the connecting bridge and no other LAN in between. The present invention utilizes this property in discovering the complete active topology of a bridged LAN via special communications between NMMs located on the LANs.

Apparatus And Method Of Token Ring Beacon Station Removal For A Communication Network

US Patent:
5283783, Feb 1, 1994
Filed:
Jan 28, 1993
Appl. No.:
8/011176
Inventors:
Truong Q. Nguyen - San Jose CA
Isaac P. Choi - San Jose CA
Assignee:
Synoptics Communications, Inc. - Santa Clara CA
International Classification:
H04L 1242
US Classification:
370 161
Abstract:
A network process that automatically identifies and isolates a faulty station or group of stations within a token ring communication network in a timely manner. The present invention performs three different and separate processing strategies to identify and isolate faulty stations and or groups of stations within a token ring communication network. The processing of the present invention is accomplished simultaneously within the network management modules of each concentrator within the overall communication network. Upon receipt of beacon signals indicating a faulty station in the network, the present invention directs the NMM to isolate newly inserted stations or modules. If this is not successful then the present invention attempts a direct removal process if port address association data is present. If no port address association data is present then a brute force process is performed to identify and isolate the station or module that is generating a communication fault within the token ring network.

Possible Relatives

David Choi  Dae J Choi  Deborah H Choi  Daniel Y Choi  Aaron Choi  Danielle J Choi  Derek W Choi  Isaac G Johnson  Isaac White  Isaac Jones 

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