Kevin Allen Jaeger, 68936 Sonoma Glen Cir, Glen Ellen, CA 95442

RE37571, Mar 5, 2002

May 23, 2000

09/579375

Klaus E. Funke - San Rafael CA
Helena W. Roth - San Rafael CA
Kevin A. Jaeger - Glen Ellen CA
William S. Tighe - Santa Rosa CA
James L. Horn - Penn Grove CA
Lie Gendo - Jakarta Barat, ID
Hardianto Kamarga - Jakarta Selatan, ID
Walter E. Noller - Sebastopol CA

Nusantara Communications, Inc. - Petaluma CA

H04Q 720

455403, 34082517

A radio communication system for processing information signals received from telephone trunk lines for transmission over a plurality of RF subscriber channels is disclosed. The system includes a network interface exchange for sampling the received information signals and sequentially combining the resultant plurality of sampled information signals into one or more multiplexed transmit channel bit streams. The network interface exchange includes a processor for assigning a first of the sampled information signals from one of the trunk lines to an available repetitive slot position of a first of the transmit channel bit streams provided to a first destination node associated with the first of the sampled information signals, the first destination node being determined in accordance with subscriber unit identification information received over the trunk line. A transmitter transmits a forward interface signal to the first destination node over a network interface channel in response to the first multiplexed channel bit stream. The system includes a remote telephone exchange, in RF communication with the network interface exchange over the network interface channel, corresponding to the first destination node and located distal from the network interface exchange.

6778542, Aug 17, 2004

Dec 11, 2000

09/735270

Mudhafar Hassan-Ali - Rohnert Park CA
Mark W. Cole - Santa Rosa CA
Kevin A. Jaeger - Glen Ellen CA

Alcatel - Paris

H04L 1256

370401, 370255, 370402, 370453, 370254, 370252

The present invention relates to an apparatus and a method for bridging of Ethernet frames between a subscriber LAN and the ATM network. In accordance with the invention a novel (time window discovery) method is used, with coordination of the network administrator and an access management system to provision a network bridging element or bridge with a set of provisioned devices authorized to forward data packets across the bridge. The bridge is allowed within a time window to learn machine-specific MAC addresses for the provisioned table. After the window is expired, or terminated by access management system, the bridge is switched back to learning mode to learn additional MAC addresses for a learned table in the traditional manner. The devices learned during the learning phase are not authorized to forward data packets across the bridge.

7651513, Jan 26, 2010

Apr 3, 2003

10/407295

Clifford Teoh - Los Altos CA, US
Stephen C. Porter - Oakland CA, US
Kevin M. Jaeger - Pleasanton CA, US
Michael Wallace - Fremont CA, US

Boston Scientific Scimed, Inc. - Maple Grove MN

A61M 25/01

606200, 606108, 606194

The present invention provides an embolic assembly delivery apparatus having superior flexibility characteristics at its distal end, that is, at the point of attachment of the embolic assembly to the delivery apparatus. It also provides a method of using the apparatus to deliver an embolic assembly to a target site in a patient's body.

4980648, Dec 25, 1990

Oct 24, 1989

7/427152

Kevin A. Jaeger - Petaluma CA
Patrick K. Walp - Penngrove CA

AMP Incorporated - Harrisburg PA

H04L 2738

329308

A digital demodulator or receiver (22) having an interface (24) for receiving an input signal modulated with digital data, a multiplier (26) for multiplying the input signal with a local oscillator signal (LOa-LOd) to generate a product signal, and an integrator (38) for periodically integrating the product signal to generate a sequence of integrated signals, each having an amplitude indicative of a respective portion of the digital data, operates in a SEARCH mode to supply acquisition reference signals (1xi, 1xq, 2xi, 2xq) to the multipliers (36). The resulting integrated values (Ia-Id) are proportional to the sine and cosine of the pahse (. phi. ) of the input signal. The polarities (Sa-Sd) of these integrated values (Ia-Id) are processed to estimate this phase (. phi. ) and to generate a reset signal (RESYNC) for the receiver (22) at the appropriate time.

5148383, Sep 15, 1992

Dec 21, 1990

7/631825

Kevin A. Jaeger - Glen Ellen CA

AMP Incorporated - Harrisburg PA

G06F 1531

36472416

A digital transversal filter includes first and second shift registers. A first digital data signal is applied as an input to the first shift register and a second digital data signal, which is a phase shifted version of the first digital data signal, is applied to the second shift register. First and second clock signals are used to clock the shift registers, and these clock signals correspond in frequency but differ in phase with respect to one another. The outputs of the stages of the first and second delay lines are weighted by respective resistors which are connected to a summing node. The digital data signal has a data clocking rate, the first and second clock signals have a delay line clocking rate, and the data clocking rate is slower than the delay line clocking rate.

5253272, Oct 12, 1993

Mar 1, 1991

7/632434

Kevin A. Jaeger - Glen Ellen CA
Gerald L. Somer - Sebastopol CA

AMP Incorporated - Harrisburg PA

H04K 2503
H04H 2549

375 60

A digital data transmission system includes a transmitter connected to a receiver by a twisted pair. A digital transversal filter, included in the transmitter, supplies output signals to one of four resistor banks, as determined by an automatic selection system that selects one of the resistor banks based on the measured transmission characteristics of the twisted pair. The output signals are weighted by the resistors of the selected resistor bank, summed, and used to generate the transmitted pulse. The values of the resistors of each resistor bank are chosen to shape the transmitted pulse for a respective length of transmission medium so that, after distortion by the transmission medium, the transmitted pulse more nearly corresponds to the ideal pulse shape for which the receiver is designed.

5299230, Mar 29, 1994

Dec 21, 1990

7/632433

Kevin A. Jaeger - Glen Ellen CA
Gerald L. Somer - Sebastopol CA

The Whitaker Corporation - Wilmington DE

H04L 2549

375 60

A digital data transmission system includes a transmitter connected to a receiver by a twisted pair. A digital transversal filter, included in the transmitter, supplies output signals to a resistor bank. The output signals are weighted by the resistors of the resistor bank, summed, and used to generate the transmitted pulse. The values of the resistors are chosen to predistort the transmitted pulse so that, after distortion by the transmission medium, the transmitted pulse more nearly corresponds to the ideal pulse shape for which the receiver is designed.