Michael L English, Age 715 S Homer St, Hollowayville, IL 61356

5195090, Mar 16, 1993

Jul 9, 1991

7/727498

Brian D. Bolliger - Winfield IL
Talmage P. Bursh - South Orange NJ
Marc K. Dennison - Berkeley Heights NJ
Michael J. English - Aurora CO
Charles Y. Farwell - Denver CO
Michel L. Hearn - Broomfield CO
Richard M. Heidebrecht - Boulder CO
Kelvin K. Ho - Somerset NJ
Kenneth Y. Ho - Syosset NY
David M. Kissel - Boulder CO
Paul E. Miller - Northglenn CO
Richard D. Miller - Northglenn CO
Alan S. Mulberg - Boulder CO
LaJeana N. Roberts - Bedminster NJ
Michael A. Smith - Westminster CO
Kenneth F. Smolik - Naperville IL
Douglas A. Spencer - Boulder CO
Kenneth W. Strom - Naperville IL
John S. Thompson - Boulder CO
Richard A. Windhausen - Westminster CO

AT&T Bell Laboratories - Murray Hill NJ

H04J 302

370 941

A wireless-access communications system, such as a CDMA cellular radio-telephone system (FIG. 2), comprises a packet-switched communications network (202, 207, 201) that interconnects cells (base stations; 202) with each other and with the public telephone network (100). Traffic of individual calls is packetized, and packet-bearing frames (300 in FIG. 7) of a plurality of calls are then statistically multiplexed and frame-relayed through the network to yield the high capacity, efficiency, and speed of traffic transport and handoff required for a CDMA cellular system. At each call processing unit (264 in FIG. 5), individual calls are handled by individual service circuits (602 and 612) which perform speech-processing functions such as coding and decoding, tone insertion, and echo cancellation, and packet-to-circuit-switched-PCM traffic conversion. Processors (602) adapt call processing unit timing to compensate for asynchrony between cells and call processing units and variations in call path transmission delays. Cell-to-cell communications, fixed call path addressing, and packetized control message transfers ensure that the same service circuit handles a call through even multiple soft handoffs (FIGS.

2017014, May 18, 2017

Nov 17, 2016

15/353973

Michael R. English - Wheaton IL, US
Vladimir Dragosavljevic - Arlington Heights IL, US
Misha Kostich - Lisle IL, US

G06Q 10/06
G06F 17/30

Disclosed are a system and methods for analyzing business data. The system and methods may present users with a number of platforms that allow users to analyze aggregated business data, to view forecasts provided by the system, and to collaborate with other users. Analyzing business data may involve running queries and customizing visuals based on the business data, which may be aggregated in a comprehensive database or several databases. Forecasting may involve the use of linear regression lines that can be computed according to customized queries, visuals, and other user input. Further, users may collaborate over the system by sharing visuals, sharing queries, discussing hot topics, blogging, joining groups, and the like.

2014016, Jun 12, 2014

Nov 27, 2013

14/092464

Michael R. English - Wheaton IL, US
Vladimir Dragosavljevic - Arlington Heights IL, US
Misha Kostich - Lisle IL, US

G06Q 10/06

705 737

Disclosed are a system and methods for analyzing business data. The system and methods may present users with a number of platforms that allow users to analyze aggregated business data, to view forecasts provided by the system, and to collaborate with other users. Analyzing business data may involve running queries and customizing visuals based on the business data, which may be aggregated in a comprehensive database or several databases. Forecasting may involve the use of linear regression lines that can be computed according to customized queries, visuals, and other user input. Further, users may collaborate over the system by sharing visuals, sharing queries, discussing hot topics, blogging, joining groups, and the like.