Yihsiu Chen - Middletown NJ Mark Jeffrey Foladare - East Brunswick NJ Kathleen C. Fowler - Wall NJ Shelley B. Goldman - East Brunswick NJ Shaoqing Q. Wang - Middletown NJ Roy Philip Weber - Bridgewater NJ Robert S. Westrich - Middletown NJ Aleksandr Zelezniak - Matawan NJ
Assignee:
ATT Corp. - New York NY
International Classification:
H04M 100
US Classification:
4555541, 455555
Abstract:
A system and method for providing PBX-like functionality at a remote office location includes the capability of maintaining a network session with a mobile number associated with the remote worker once the worker terminates the remote office session. The system utilizes a remote office platform interposed between a data communications network and a conventional PBX switch (located either at a subscriber-based office location or within the communication network and shared by a number of different subscribers). A remotely located individual (such as a telecommuter) âlogs inâ to the remote office platform and, once the individual is authenticated, a graphical user interface (GUI) emulating a PBX station set is enabled at the remote employees personal computer, the GUI including a field for entry of the users mobile number. When the user ends the session at the remote location, the platform invokes a mobility process to maintain a communication session with the remote worker via the communication device associated with the mobile number.
Method And System For Providing Controllable Enhanced Call Service Features At Mobile Locations
Yihsiu Chen - Middletown NJ, US Mark Jeffrey Foladare - East Brunswick NJ, US Kathleen C. Fowler - Wall NJ, US Shelley B. Goldman - East Brunswick NJ, US Shaoqing Q. Wang - Middletown NJ, US Roy Philip Weber - Bridgewater NJ, US Robert S. Westrich - Middletown NJ, US Aleksandr Zelezniak - Matawan NJ, US
Assignee:
AT&T Corp. - New York NY
International Classification:
H04L012/66
US Classification:
370353, 379225
Abstract:
A system and method for providing PBX-like functionality at a mobile location includes the capability of maintaining a network session with a mobile number associated with a remote worker. The system utilizes a remote office platform interposed between a data communications network and a conventional PBX switch. A remotely located individual (such as a telecommuter) “logs in” to the remote office platform and, once the individual is authenticated, PBX-like communication with the mobile device is established. If the device is a computer-enabled device and includes a display, the platform can enable a graphical user interface emulating a PBX station set to the device. Alternatively, the remote worker can enter either spoken commands or series of DTMF sequences to utilize the PBX-like features. For these applications, the remote office platform includes a speech recognition module and a translation table for converting a sequence of DTMF tones into a PBX-like call feature (e. g. , transfer, hold, mute, etc. ).
Method And System For Providing Mobility To Enhanced Call Service Features At Remote Locations
Yihsiu Chen - Middletown NJ, US Mark Jeffrey Foladare - East Brunswick NJ, US Kathleen C. Fowler - Wall NJ, US Shelley B. Goldman - East Brunswick NJ, US Shaoqing Q. Wang - Middletown NJ, US Roy Philip Weber - Bridgewater NJ, US Robert S. Westrich - Middletown NJ, US Aleksandr Zelezniak - Matawan NJ, US
A system and method for providing PBX-like functionality at a remote office location includes the capability of maintaining a network session with a mobile number associated with the remote worker once the worker terminates the remote office session. The system utilizes a remote office platform interposed between a data communications network and a conventional PBX switch (located either at a subscriber-based office location or within the communication network and shared by a number of different subscribers). A remotely located individual (such as a telecommuter) “logs in” to the remote office platform and, once the individual is authenticated, a graphical user interface (GUI) emulating a PBX station set is enabled at the remote employee's personal computer, the GUI including a field for entry of the user's mobile number. When the user ends the session at the remote location, the platform invokes a mobility process to maintain a communication session with the remote worker via the communication device associated with the mobile number.
Method And System For Providing Mobility To Enhanced Call Service Features At Remote Locations
Yihsiu Chen - Middletown NJ, US Mark Jeffrey Foladare - East Brunswick NJ, US Kathleen C. Fowler - Wall NJ, US Shelley B. Goldman - East Brunswick NJ, US Shaoqing Q. Wang - Middletown NJ, US Roy Philip Weber - Bridgewater NJ, US Robert S. Westrich - Middletown NJ, US Aleksandr Zelezniak - Matawan NJ, US
A system and method for providing PBX-like functionality at a remote office location includes the capability of maintaining a network session with a mobile number associated with the remote worker once the worker terminates the remote office session. The system utilizes a remote office platform interposed between a data communications network and a conventional PBX switch (located either at a subscriber-based office location or within the communication network and shared by a number of different subscribers). A remotely located individual (such as a telecommuter) “logs in” to the remote office platform and, once the individual is authenticated, a graphical user interface (GUI) emulating a PBX station set is enabled at the remote employee's personal computer, the GUI including a field for entry of the user's mobile number. When the user ends the session at the remote location, the platform invokes a mobility process to maintain a communication session with the remote worker via the communication device associated with the mobile number.
Asg
Field Support Specialist
Workwave
Onboarding Specialist
At&T Mar 1, 2016 - Dec 2016
System Engineer
At&T Feb 2012 - Feb 2016
Senior Market Research Analyst - Mobility Network Forecasting
At&T Apr 2004 - Jan 2012
Network Planning Engineer - Integrated Planning
Education:
Ccny, City College
Skills:
Network Design Networking Telecommunications Data Analysis Network Engineering Wireless Project Management Wireless Technologies Ip Internet Protocol Suite Ethernet Wireless Networking Tcp/Ip Voip Mpls Cisco Technologies Telephony Internet Protocol Management
Cornell University, B.S., 1982; University of California, Berkeley, Ph.D., 1990; Stanford University School of Medicine, Department of Biochemistry, 1992
Law School:
University of California, Hastings College of the Law, J.D., 1995
Googleplus
Kathleen Fowler
Kathleen Fowler
Relationship:
Married
About:
I have been to Africa 2x swam with dolphins and have 3 children.