Martin A Martinez

7167919, Jan 23, 2007

Dec 5, 2002

10/309884

Neil Y. Iwamoto - Mission Viejo CA, US
Attaullah Seikh - Irvine CA, US
Jeanette Yang Paek - Cypress CA, US
Martin Martinez - Huntington Beach CA, US
Royce E. Slick - Mission Viejo CA, US
Eliza Khosrova - Los Angeles CA, US
Joseph Yang - Cypress CA, US

Canon Kabushiki Kaisha - Tokyo

G06F 15/16

709229, 710 8

Access control to a networked peripheral device by a walk-up user, wherein the networked peripheral device is accessible by both the walk-up user and a remote user, based on centralized access management information. Access control comprises receiving authenticated information for the walk-up user from the networked peripheral device at a centralized location, determining at a server connected to the network a first level of access to the networked peripheral device, determining at the networked peripheral device a second level of access to the networked peripheral device by the walk-up user based on received access management information for the walk-up user, and allowing the walk-up user to access determined user-available features of the networked peripheral device based on the determined first and second levels of access.

7173730, Feb 6, 2007

Sep 13, 2000

09/661183

Stephanie Ann Suzuki - Irvine CA, US
Neil Y. Iwamoto - Mission Viejo CA, US
Don Francis Purpura - Yorba Linda CA, US
Martin Martinez - Huntington Beach CA, US
QuocCuong Thong Bui - Westminster CA, US

Canon Information Systems, Inc. - Irvine CA

G06F 15/00
G06K 1/00

358 116, 358 19, 358 115

A data storage and reproduction system is provided using a computer network that comprises a server, at least one attachment unit that is coupled to the server and first and second reproduction devices. The server storing data to be reproduced. At least one attachment unit comprising means for interfacing with a portable memory device having a reference to the reproduction data. The first reproduction device capable of performing a first data reproduction of the reproduction data and the second reproduction device capable of performing a second data reproduction of the reproduction data, the second data reproduction being different than the first data reproduction. A rule processing means for processing a rule set to determine whether the reproduction data satisfies selection criteria of the rule set, wherein the at least one attachment unit requests the reproduction data from the server for use by the reproduction device, if the reproduction data satisfies the selection criteria.

7487233, Feb 3, 2009

Dec 5, 2001

10/017438

Neil Y. Iwamoto - Mission Viejo CA, US
Attaullah Seikh - Irvine CA, US
Jeanette Y. Paek - Cypress CA, US
Martin Martinez - Huntington Beach CA, US
Royce E. Slick - Mission Viejo CA, US
Eliza Khosrova - Los Angeles CA, US
Joseph Yang - Cypress CA, US

Canon Kabushiki Kaisha - Tokyo

G06F 15/173

709223, 709229

Access control to a networked peripheral device by a walk-up user, wherein the networked peripheral device is accessible by both the walk-up user and a remote user, based on centralized access management information. Access control comprises receiving authenticated information for the walk-up user from the networked peripheral device at a centralized location, determining at the networked peripheral device a level of access to the networked peripheral device by the walk-up user based on received access management information for the walk-up user, and allowing the walk-up user to access the determined user-available features of the networked peripheral device based on the determined level of access.

7646874, Jan 12, 2010

Dec 22, 2005

11/314089

Neil Y. Iwamoto - Mission Viejo CA, US
Royce E. Slick - Mission Viejo CA, US
Craig Mazzagatte - Aliso Viejo CA, US
Martin Martinez - Ladera Ranch CA, US

Canon Kabushiki Kaisha - Tokyo

H04L 9/08
H04L 9/00
G06Q 20/00
H04L 29/06
H04L 9/32

380278, 380277, 705 64, 705 71, 713155, 713171

The invention provides for installing encryption keys on a device not having any previous security credentials. An installation authority generates a security token to be used by the device for secure communications, and an installation credential for the device, and stores them in association with one another. A user of the device is provided with the installation credential, whereby the user inputs the installation credential into the device. The device utilizes the installation credential as a temporary security key, establishes a secure communication channel with the installation authority and requests provision of the security token. The installation authority provides the security token associated with the installation credential to the device over the established secure communication channel, and the device installs the security token, after which the device erases the installation credential from the device. The installation authority may also certify the security token and provide a certified token and a root verification certificate to the device.

7925767, Apr 12, 2011

Jan 21, 2009

12/320134

Neil Y Iwamoto - Mission Viejo CA, US
Attullah Seikh - Irvine CA, US
Jeanette Y Paek - Cypress CA, US
Martin Martinez - Huntington Beach CA, US
Royce E Slick - Mission Viejo CA, US
Eliza Khosrova - Los Angeles CA, US
Joseph Yang - Cypress CA, US

Canon Kabushiki Kaisha - Tokyo

G06F 15/16

709229, 709223

Access control to a networked peripheral device by a walk-up user, wherein the networked peripheral device is accessible by both the walk-up user and a remote user, based on centralized access management information. Access control comprises receiving authenticated information for the walk-up user from the networked peripheral device at a centralized location, determining at the networked peripheral device a level of access to the networked peripheral device by the walk-up user based on received access management information for the walk-up user, and allowing the walk-up user to access the determined user-available features of the networked peripheral device based on the determined level of access.

8068514, Nov 29, 2011

May 22, 2009

12/471319

Martin Martinez - Ladera Ranch CA, US
Eric Riggert - Lake Forest CA, US

Canon Kabushiki Kaisha - Tokyo

H04J 3/22

370468

Adjusting utilization of network bandwidth by a non-time critical data stream being sent from a sending endpoint to a receiving endpoint, wherein both of the sending endpoint and the receiving endpoint each have multiple physical interfaces connecting the sending endpoint and the receiving endpoint to multiple networks. The non-time critical data stream is split and sent over multiple physical interfaces. A determination is made as to whether at least one of the multiple physical interfaces of the sending endpoint is sending or receiving a time critical or a near-time critical data stream, and a notification is received by the sending endpoint in a case that at least one of the multiple physical interfaces of the receiving endpoint is sending or receiving a time critical or a near-time critical data stream. The network bandwidth utilization of at least one of the multiple physical interfaces of the sending endpoint is then adjusted in accordance with the determination and/or the notification.

8117332, Feb 14, 2012

Apr 23, 2010

12/766819

Eric Riggert - Lake Forest CA, US
Martin Martinez - Ladera Ranch CA, US

Canon Kabushiki Kaisha - Tokyo

G06F 15/16
G06F 12/00

709231, 710310

The present disclosure is directed to controlling a sending of a single data stream from a sending endpoint to a receiving endpoint. Both of the endpoints each have multiple physical interfaces connecting each endpoint to one or more networks. A buffer size is selected for a buffer at the receiving endpoint, and an estimation is made by the receiving endpoint of a fill rate of the buffer. The estimated fill rate is then compared with a target fill rate. Feedback is then sent by the receiving endpoint over one or more of the physical interfaces instructing the sending endpoint to reduce or increase a rate at which data is being sent, if the estimated fill rate is more than the target fill rate or the estimated fill rate is less than the target fill rate, respectively. The splitting and sending of data is then adjusted according to the feedback.

8325601, Dec 4, 2012

May 8, 2009

12/463372

Martin Martinez - Ladera Ranch CA, US
Eric Riggert - Lake Forest CA, US

Canon Kabushiki Kaisha - Tokyo

H04J 1/16

370230, 3702301, 370231, 370232, 370235

Sending a single data stream from a sending endpoint to a receiving endpoint, wherein both of the sending endpoint and the receiving endpoint each have multiple physical interfaces connecting the sending and receiving endpoint to multiple networks, respectively, is provided. The single data stream is partitioned into multiple data packets. A physical interface is designated on the sending side and the receiving side in accordance with a data capacity throughput of each of the multiple physical interfaces. Different portions of the partitioned data packets are then sent over different ones of the multiple physical interfaces in accordance with the designation. The single data stream is then reconstructed by combining received partitioned data packets into the single data stream in accordance with header information. An acknowledgment is sent to the sending endpoint indicating an amount of data received on each multiple physical interface, including any changes in the data capacity throughput.