Kenneth Park Whistler

8195703, Jun 5, 2012

Dec 2, 2008

12/326674

Kenneth Whistler - Bridgewater NJ, US

Cellco Partnership - Basking Ridge NJ

G06F 7/00
G06F 17/30

707796, 707803, 707805, 707806, 707807, 707808

A computer program for inventorying a items with attributes. The items are recorded as encoded items by the program. The program maintains a contents table with attribute records each with an identity field, a name field, and a value field. There is an interface for inputting and retrieving item attribute values. Each encoded item is assigned a unique identity value. Each encoded item is represented by one or more attribute records, each storing (1) the unique identity value in the identity field, (2) an attribute type value associated with a particular attribute in the name field, and (3) an encoded value associated with the particular attribute in the value field.

8249517, Aug 21, 2012

Feb 9, 2009

12/368007

Kenneth P. Whistler - Bridgewater NJ, US

Cellco Partnership - Basking Ridge NJ

H04B 17/00

455 6714, 4551542, 455301

A system for visualizing a Radio Frequency (“RF”) environment around an observation site includes a receiver, a scanner, a detector, and a display. The receiver includes an antenna and a shield shielding the antenna to create a directional signal reception path to enable reception of RF signals at known orientations. The scanner is coupled to the receiver and is configured to rotate the shield to modify the directional signal reception path of the receiver. The detector is coupled to the receiver and the scanner, and the detector is configured to receive the RF signals from the receiver along with their associative orientation information and to detect an intensity of the received RF signals. The display is coupled to the detector and is configured to generate a display responsive to the received RF signals from the receiver, including their associative orientation information and intensity.

20060040711, Feb 23, 2006

Aug 18, 2004

10/920413

Kenneth Whistler - Bridgewater NJ, US

H04B 1/38

455566000

In a cellular telephone network or other communication network, there is a need to monitor the status and health of various nodes of the network in real-time. The techniques disclosed herein use a real-time link to the network node to obtain a data stream of messages for processing. In one example, a modified Telnet Terminal Program connects to a system element, the user logs in to the system element, and the Program causes the messages from the element's local log file to stream past the Telnet screen as they are produced. The streaming log messages also are parsed and entered into a database as they are produced, providing a real-time capture of the streaming data into a database form. Graphs, for example, can be set to update themselves and thereby display real-time information. The user can interact with a graph to select a graph point and see the system element message(s) that generated the graph point.