Dorothy Anne Mcclintock

Address:

13509 Golden Corn Dr, Highland, MD 20777

Phone:

3016589021

VIN:

YV4CZ982971393074

Make:

VOLVO

Model:

XC90

Year:

2007

US Patent:

7724902, May 25, 2010

Filed:

May 24, 2005

Appl. No.:

11/135332

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

Assignee:

TeleCommunication Systems, Inc. - Annapolis MD

International Classification:

H04L 9/00

US Classification:

380255, 380270

Abstract:

A reach back secure communications terminal includes an easily removed and secured personality faceplate including an encryption device. The personality faceplate removes the encryption device from the reach back secure communications terminal, while leaving behind non-secure portions of the reach back secure communications terminal. This feature is most advantageous in emergency situations where a user needs to evacuate an area quickly, without the need to have to disconnect and carry in a secure manner the entire reach-back terminal. Because the personality faceplate with the encryption device attached is smaller than the entire reach-back terminal, it is more easily physically secured once removed.

US Patent:

7761095, Jul 20, 2010

Filed:

May 24, 2005

Appl. No.:

11/135397

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

Assignee:

TeleCommunication Systems, Inc. - Annapolis MD

International Classification:

H04W 4/00
H04B 7/185
H04M 1/00

US Classification:

455427, 455 121, 455431, 4555561

Abstract:

A reach back secure communications terminal includes a modem to satellite interconnect board that captures DTMF tones, demodulates encrypted modem information, and converts both into an ASCII string for presentation to a data port of a satellite phone, allowing out-of-band control of a non-secure satellite system (e. g. , AT command control of a data port) by a user on a secure side of an encryption device, by including the ability to interpret control signals and control the satellite system appropriately. A false dial tone is presented to the encryption device, and the data stream coming from the encryption device is monitored for the presence of dual-tone, multi-frequency (DTMF) tones representing control signals, the DTMF tones are converted to ASCII characters, which are in turn received as control signals by the satellite phone, allowing control of the functions of the satellite system directly from the secure side of the encryption device.

US Patent:

7890051, Feb 15, 2011

Filed:

Jan 20, 2010

Appl. No.:

12/656162

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

Assignee:

TeleCommunication Systems, Inc. - Annapolis MD

International Classification:

H04B 7/15
H04W 4/00

US Classification:

455 121, 455427, 455429, 455 131

Abstract:

A reach back secure communications terminal includes a modem to satellite interconnect board that captures DTMF tones, demodulates encrypted modem information, and converts both into an ASCII string for presentation to a data port of a satellite phone, allowing out-of-band control of a non-secure satellite system (e. g. , AT command control of a data port) by a user on a secure side of an encryption device, by including the ability to interpret control signals and control the satellite system appropriately. A false dial tone is presented to the encryption device, and the data stream coming from the encryption device is monitored for the presence of dual-tone, multi-frequency (DTMF) tones representing control signals, the DTMF tones are converted to ASCII characters, which are in turn received as control signals by the satellite phone, allowing control of the functions of the satellite system directly from the secure side of the encryption device.

US Patent:

8239669, Aug 7, 2012

Filed:

Dec 10, 2004

Appl. No.:

11/008596

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

Assignee:

TeleCommunication Systems, Inc. - Annapolis MD

International Classification:

H04L 29/06

US Classification:

713151, 380270

Abstract:

A reach back secure communications terminal that offers immediate and secure voice, data and video connectivity to multiple telecommunications networks, high availability and reliable connectivity, total access to vital resources, and secure extension to the home office. Integrated components simplify access to varied networks allowing deployed users to select and connect quickly to a network that best supports their present mission. Commercial or optional NSA Type 1 encryption may be implemented. Networking options include any of PSTN, PBX, GSM (or CDMA or other cell telephone standard), SAT, IP and WiFi. During secure call setup, the reach-back communications terminal exchanges public keys with a remote terminal using FNBDT signaling. Traffic encryption is performed using the NIST approved Advanced Encryption System (AES) standard (Rijndael) and a 128-bit random key (2^128 possible keys).

US Patent:

8280466, Oct 2, 2012

Filed:

Dec 10, 2004

Appl. No.:

11/008616

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

Assignee:

TeleCommunication Systems, Inc. - Annapolis MD

International Classification:

H04M 1/00
H01Q 1/24

US Classification:

4555757, 4555751, 455 903, 343702, 343853

Abstract:

A reach back secure communications terminal capable of GSM network connectivity includes a GSM fixed cellular terminal, and a single whip antenna adapted for user selectable use at any of four distinct frequency bands, e. g. , 850, 900, 1800, or 1900. Immediate and secure voice, data and video connectivity is provided to multiple telecommunications networks. Integrated components simplify access to varied networks allowing deployed users to select and connect quickly to a network that best supports their present mission. Networking options include any of PSTN, PBX, GSM (or CDMA or other cell telephone standard), SAT, IP and WiFi. During secure call setup, the reach-back communications terminal exchanges public keys with a remote terminal using FNBDT signaling. Traffic encryption is performed using the NIST approved Advanced Encryption System (AES) standard (Rijndael) and a 128-bit random key (2^128 possible keys).

US Patent:

8489874, Jul 16, 2013

Filed:

Dec 10, 2004

Appl. No.:

11/008615

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

Assignee:

TeleCommunication Systems, Inc. - Annapolis MD

International Classification:

H04L 29/06
H04M 1/00

US Classification:

713152, 713170, 713171, 713181, 713182, 380247, 380249, 380255, 380256, 380257, 380270, 726 4, 4555541, 4555542, 37939004

Abstract:

A reach back secure communications terminal includes a digital PBX adapter that offers immediate and secure voice, data and video connectivity over any of various commercially available PBX systems. In addition to use with a PBX system, integrated components simplify access to varied networks allowing deployed users to select and connect quickly to a network that best supports their present mission. Commercial or optional NSA Type 1 encryption may be implemented. Networking options include any of PSTN, PBX, GSM (or CDMA or other cell telephone standard), SAT, IP and WiFi. The digital PBX adapter includes an audio mixer that converts a 4-wire input from a handset jack of a PBX handset base, into a 2-wire output destined for an encryption unit (FNBDT). The user determines a necessary gain of the audio mixer for the particular PBX system by trial and error using a multi-position switch.

US Patent:

20030218567, Nov 27, 2003

Filed:

Sep 11, 2002

Appl. No.:

10/238869

Inventors:

Lance Pitt - Kent WA, US
Dorothy McClintock - Laurel MD, US
Bing Long - Seattle WA, US

International Classification:

G01S005/14

US Classification:

342/357090, 342/357150

Abstract:

GPS satellites are culled into a minimum, preferred group having a longest dwell time within a cone of space, and communicated to mobile devices or subscribers within a particular region (e.g., serviced by a particular base station). The culling may initially be a list of GPS satellites visible to a particular base station at a particular time. As a preferred culling, only those GPS satellites currently within a cone of space above the relevant base station are selected for communication by a mobile device within the service area of the relevant base station. As an ultimate culling, a minimum set of GPS satellites may be selected based on, e.g., being not only within an arbitrary cone of space normal to the base station, but also projected to remain within that cone of space for the longest period of time, i.e., having the longest dwell time.

US Patent:

20110237247, Sep 29, 2011

Filed:

Feb 11, 2011

Appl. No.:

12/929728

Inventors:

Fiona S. Best - Crofton MD, US
Dorothy A. McClintock - Highland MD, US
William Jeremy Lee - Crownsville MD, US
Wesley R. Hartwell - Sykesville MD, US
Eric Reed - Jackson NJ, US

International Classification:

H04W 4/00

US Classification:

455427

Abstract:

A reach back secure communications terminal includes a modem to satellite interconnect board that captures DTMF tones, demodulates encrypted modem information, and converts both into an ASCII string for presentation to a data port of a satellite phone, allowing out-of-band control of a non-secure satellite system (e.g., AT command control of a data port) by a user on a secure side of an encryption device, by including the ability to interpret control signals and control the satellite system appropriately. A false dial tone is presented to the encryption device, and the data stream coming from the encryption device is monitored for the presence of dual-tone, multi-frequency (DTMF) tones representing control signals, the DTMF tones are converted to ASCII characters, which are in turn received as control signals by the satellite phone, allowing control of the functions of the satellite system directly from the secure side of the encryption device.