Jul 2003 to 2000 VolunteerKohl's Georgetown, TX Nov 2014 to Jan 2015 Sales AssociateTJ Maxx Store Georgetown, TX Jun 2013 to Jun 2014 Sales AssociateMacy's Houston, TX Jan 2012 to Mar 2012 Sales AssociateSumner & Schick Dallas, TX Jun 1988 to Aug 1988 Law Clerk
Education:
University of Texas Austin, TX 1982 to 1986 BBA in Finance & Management Information Systems
Skills:
typing 40 wpm, computer experience with Microsoft Word, Excel and other software. I speak conversational Spanish.
BEADZ Flower Mound, TX 2001 to 2008 Artist/OwnerLISD Lewisville, TX 1999 to 2000 Substitute Teacher-High School EnglishXOPIX Austin, TX 1997 to 1998 Sales and Marketing RepresentativeEISAMAN, JOHNS & LAWS ADVERTISING
1985 to 1997 Head of ProductionEISAMAN, JOHNS & LAWS ADVERTISING
1985 to 1997 Broadcast Producer/Business Affairs ManagerEISAMAN, JOHNS & LAWS ADVERTISING Houston, TX 1983 to 1997 Head of ProductionEISAMAN, JOHNS & LAWS ADVERTISING
1983 to 1985 Print Production Manager/Traffic ManagerSCHEY ADVERTISING Houston, TX 1982 to 1983 Print Production ManagerPENTON PUBLISHING Cleveland, OH 1979 to 1982 Production Editor
Education:
Villanova University 2008 BA in EnglishKenyon College Gambier, OH 1978
An example operation may include one or more of connecting, by a data aggregation node, to a blockchain configured to store data, configuring, by the data aggregation node, a transformation of the data, instantiating, by the data aggregation node, at least one rollup blockchain, transforming, by the data aggregation node, the data based on the configuration, executing, by the data aggregation node, a smart contract to populate the transformed data into the at least one rollup blockchain, and archiving the data on a data store outside of the blockchain.
- Armonk NY, US Susan J. Christian - Grapevine TX, US Mathews Thomas - Flower Mound TX, US Thyge S. Knuhtsen - Dallas TX, US
International Classification:
G06Q 20/36 G06Q 20/40 H04L 9/06
Abstract:
An example operation may include one or more of a computer triggering a smart contract to begin a distribution process related to a return, the computer temporarily freezing one or more proprietary wallets designated as recipients of the distribution process, the computer building transaction sets for the one or more proprietary wallets related to the distribution process, the computer sending the transaction sets to a cryptographic asset interchange service, and the cryptographic asset interchange service distributing returns associated with the distribution process to cryptographic asset holders in accordance with each transaction set.