HIEN THI NGO
Cosmetology at Riv Chase Dr, Dallas, TX
License number
Texas 1621531
Expiration Date
Jan 26, 2018
Category
Cosmetologist
Address
Address
17808 River Chase Dr, Dallas, TX 75287
Phone
(214) 718-2163
Professional information
Independent Real Estate Professional
Location:
Dallas/Fort Worth Area
Industry:
Real Estate
Independent Real Estate Professional
Location:
Dallas/Fort Worth Area
Industry:
Real Estate
Hien Ngo
Location:
Dallas/Fort Worth Area
Industry:
Telecommunications
Skills:
C, C++, Java, Software Development, Solaris, Java Enterprise Edition, MySQL, TCP/IP, Servlets, JDBC, XML, Visual Studio, Object Oriented Design, UML, Telecommunications, Visio, Oracle, SDLC, Hibernate, ClearCase, Unix Shell Scripting, ATM networks, Unix, OOP, C#, Testing, Linux, Programming, SQL, Web Services, Debugging, Subversion, JSP, IP
Methods And Systems For Defining And Distributing Data Collection Rule Sets And For Filtering Messages Using Same
US Patent:
2004011, Jun 17, 2004
Filed:
Dec 12, 2002
Appl. No.:
10/317353
Inventors:
Hien Ngo - Dallas TX, US
Aziz Tejani - Plano TX, US
Joseph Wan - Richardson TX, US
Mohammad Farooq - Plano TX, US
David Noden - Richardson TX, US
Aziz Tejani - Plano TX, US
Joseph Wan - Richardson TX, US
Mohammad Farooq - Plano TX, US
David Noden - Richardson TX, US
Assignee:
Tekelec
International Classification:
H04L012/28, H04L012/56, H04M007/00, H04M015/00
US Classification:
379/133000, 370/395210, 370/420000, 379/229000, 379/230000
Abstract:
Methods and systems for defining and distributing network data collection rule sets and for filtering messages using the rule sets are disclosed. Message-based filter criteria are automatically deduced from CDR-based filter criteria and downloaded to site collectors. The site collectors implement rule changes on-the-fly using a table-driven system. The message-based rule sets downloaded to the site collectors are supersets of the messages required by multiple different network monitoring applications. As a result, non-redundant, multi-application data streams are sent across the service provider's internal network, resulting in efficient bandwidth utilization.