Eric Stephen Jensen, 458040 Vegas Cir, West Chester, OH 45069

6405043, Jun 11, 2002

Jul 2, 1997

08/887101

Eric H. Jensen - Herndon VA
John E. Arpee - Herndon VA

ScoreBoard, Inc. - Herndon VA

H04Q 700

455446, 455 62, 455447, 455449

A computer implemented process compares signals communicated between a known position and a plurality of base stations in a cellular telephone system to determine the level of interference with a signal on a channel expected to serve the known position, and determines a value indicating a probability of interference with a signal on a channel expected to serve the known position.

6496697, Dec 17, 2002

Jun 12, 2001

09/879373

Eric Jensen - Herndon VA

ScoreBoard, Inc. - Herndon VA

H04B 1500

455447, 455446, 455 63, 455 677, 455 331, 455 334

A computer implemented process compares signals communicated between a known position and a plurality of base stations in a cellular telephone system to determine the level of interference with a signal on a channel expected to serve the known position, and determines a value indicating a probability of interference with a signal on a channel expected to serve the known position.

6496698, Dec 17, 2002

Jun 15, 2001

09/882478

Eric Jensen - Herndon VA

ScoreBoard, Inc. - Herndon VA

H04B 726

455447, 455446, 455442

A computer implemented process compares signals communicated between a known position and a plurality of base stations in a cellular telephone system to determine the level of interference with a signal on a channel expected to serve the known position, and determines a value indicating a probability of interference with a signal on a channel expected to serve the known position.

7689540, Mar 30, 2010

Dec 19, 2006

11/613004

Abdur R. Chowdhury - Oakton VA, US
Harmannus Vandermolen - Leesburg VA, US
Eric Jensen - Brooklyn NY, US

AOL LLC - Dulles VA

G06F 7/00

707 2, 707 3, 707 5, 707 7, 702182

A first query and a second query, both of which were submitted by a first user to identify information that satisfies a single information need of the first user, are received. The first query and the second query are stored in association with one another and based on a chronological order in which the first query and the second query were submitted by the first user to generate a first query reformulation path. A query is received from a user and more than one query reformulation path is accessed. The received query is compared with queries included in the accessed query reformulation paths to identify a relationship between the received query and a query included in a relevant query reformulation path. One or more prevalent end points is determined based on the relevant query reformulation path and at least one of the prevalent end points is presented to the user.

7853267, Dec 14, 2010

Jul 6, 2001

09/899128

Eric Jensen - Herndon VA, US

Andrew LLC - Hickory NC

H04Q 7/20

4554561, 4554565, 4554566

Wireless systems coverage planning uses propagation modeling to provide a prediction of service coverage. Accurate and effective wireless systems coverage analysis requires a measurement of signal strength and knowledge of the location corresponding to the measurement. Wireless signal strength, RSSI, can determined by measuring the signal received by a wireless mobile unit from the cell site antenna or can be determined by measuring the signal received by the antenna from a wireless mobile unit. The received signal strength is compared to the origination signal strength to determine path loss, RSSI. The location of a wireless mobile unit can be determined by a number of different methods. Wireless location systems can be handset-based or network-based. Examples of handset-based wireless location systems include enhanced global positioning systems; enhanced observed time difference; and estimated time of departure. Examples of network-based wireless location systems include estimated time of arrival; time difference of arrival; power level; difference of power level; angle of arrival.

8347145, Jan 1, 2013

Jan 13, 2005

11/033753

David J. Fitzgerald - Monument CO, US
Eric S. Jensen - Colorado Springs CO, US
Daniel P. Lindorf - Colorado Springs CO, US
Scott E. Sage - Colorado Springs CO, US

Northrop Grumman Systems Corporation - Falls Church VA

G06F 11/00

714 31, 714 381, 714 471, 714 48

An embodiment of the present invention may provide a method and system for event notification, performance and/or risk assessment based on mission impact that may be due to actual and/or potential info-structure disruptions. In one embodiment of the present invention, one or more network event messages may be received from a source or multiple sources. An operational mission impacted by a network event may be identified based on a received network event message and mapping with an operational architecture task identifier associated with the impacted operational mission and an element identifier associated with a source element.

5970394, Oct 19, 1999

Oct 24, 1997

8/957258

John E. Arpee - Herndon VA
Eric H. Jensen - Herndon VA

Internet Mobility Corporation - Herndon VA

H04Q 720

455 671

A method for detecting inequality in path balance in a cellular telephone system including the steps of providing data describing measured signal strength of signals received at a mobile unit and at a cell site in the absence of interference at a plurality of points describing the entire system; providing data describing measured signal strength of signals transmitted from each cell and from the mobile unit in the cellular telephone system; accumulating and averaging the data describing measured signal strength of signals received at the mobile unit and at the cell site to eliminate path loss variances between points and the cell site; selecting data describing measured signal strength of signals received at a mobile unit with path loss variances eliminated, data describing measured signal strength of signals transmitted from the mobile unit, data describing measured signal strength of signals received at a cell with path loss variances eliminated, data describing signal strength of signals transmitted from each cell for each point of the system; utilizing the selected data for each point to provide measures of the difference between the strength of signals on each path between each point and each cell; comparing the difference on each path between a point and a cell to other differences between the point and the cell; and changing cell characteristics where a difference on any path between a point and a cell is significantly different than any other difference between the point and the cell.

2018033, Nov 22, 2018

Jul 26, 2018

16/046566

- SAN FRANCISCO CA, US
Ophir Frieder - Chevy Chase MD, US
Eric Jensen - Brooklyn NY, US
Ben Cherry - San Francisco CA, US
Matt Sanford - Seattle WA, US

PUSHD, INC. - SAN FRANCISCO CA

H04W 4/02
H04W 64/00
H04W 52/02
H04W 4/21
H04L 12/58
H04M 1/725
H04L 29/08

A method, system, and/or apparatus for automatically tracking a mobile user using the user's mobile device. This invention is particularly useful in the field of social media, such as for detecting and tracking the location and activity of a user and her community. The method or implementing software application uses or relies upon location information available on the mobile device from any source, such as cell phone usage and/or other device applications. The social media system can automatically determine a location type and/or user activity from context information. The context information can include current and past location and user and/or community information, time-dependent information, and third party information. The automated location and context information allows for users to set triggering conditions for other users, such as to provide an alert to one user or more users upon a particular action of the monitored other user being automatically determined by the system.