Kiet A Tran

7298746, Nov 20, 2007

Apr 22, 2002

10/127372

Erik De La Iglesia - Mountain View CA, US
Miguel Gomez - Fremont CA, US
Rahoul Puri - Los Altos CA, US
Chien C. Chou - San Jose CA, US
Kiet Tran - Saratoga CA, US

Extreme Networks - Santa Clara CA

H04L 12/56

370394

A packet reassembly system includes a buffer for storing information elements included in one or more incoming packets, a memory for storing validity indicators corresponding to the information elements, a first logic circuit capable of setting the validity indicators based on the information elements stored in the buffer, and a second logic circuit capable of determining the contiguity of the information elements stored in the buffer based on the settings of the validity indicators.

7447777, Nov 4, 2008

Feb 11, 2002

10/098957

Ratinder Paul Singh Ahuja - Saratoga CA, US
Susan Carrie - Mountain View CA, US
Chien C. Chou - San Jose CA, US
Erik De La Iglesia - Mountain View CA, US
Miguel Gomez - Fremont CA, US
Liang Liu - San Jose CA, US
Ricky K. Lowe - Atherton CA, US
Rahoul Puri - Los Altos CA, US
Kiet Tran - Saratoga CA, US
Mark Aaron Wallace - San Jose CA, US
Wei Wang - San Jose CA, US
Todd E. Wayne - Santa Cruz CA, US
Hui Zhang - Cupertino CA, US

Extreme Networks - Santa Clara CA

G06F 15/16

709227, 709228

Systems and related methods are described for handling one or more resource requests. A protocol engine receives a resource request in accordance with a prescribed protocol, and a classification engine determines a desired class of service for the request. An analysis engine optionally analyzes the request, and, responsive thereto, determines a desired sub-class of service for the request. A policy engine then allocates a resource to the request responsive to one or both of the desired class of service, and the desired sub-class of service.

7584262, Sep 1, 2009

Feb 12, 2002

10/075051

Wei Wang - San Jose CA, US
Hui Zhang - Cupertino CA, US
Erik De La Iglesia - Mountain View CA, US
Ricky K. Lowe - Atherton CA, US
Kiet Tran - Saratoga CA, US
Mark Aaron Wallace - San Jose CA, US

Extreme Networks - Santa Clara CA

G06F 15/16

709217, 709218, 709219, 709226, 709229

A system for and method of allocating a resource to a service request based on application of a persistence policy is described. In one embodiment, upon or after allocation of a resource to a resource request, an entry representing the allocation is made in a data structure using a first index derived from information relating to the resource request if such is available. An entry representing the allocation is also made in the data structure using a second index derived from information relating to the resource request. When a resource request is received, the data structure is accessed using the first index if such is available. If an entry corresponding to the first index is available, the resource corresponding to the entry is allocated to the request. If the first index or an entry corresponding to the first index is unavailable, the data structure is accessed using the second index. If an entry corresponding to the second index is available, the resource corresponding to the entry is allocated to the request.

7814204, Oct 12, 2010

Apr 1, 2002

10/115572

Wei Wang - San Jose CA, US
Miguel Gomez - Fremont CA, US
Liang Liu - San Jose CA, US
Ricky K. Lowe - Atherton CA, US
Kiet Tran - Saratoga CA, US

Extreme Networks, Inc. - Santa Clara CA

G06F 15/173
G06F 17/30

709226, 707781, 709227, 709229, 709238

Systems and methods are described for analyzing the content of resource requests. A tokenizer parses the resource request and derives a key therefrom. A database associates values of the key with categories of service. An association engine uses the key to obtain one or more matching entries from the database, and derive therefrom the desired category of service for the resource request. A cookie engine derives cookie information from a cookie located in the resource request. A session engine derives session information from a session identifier located in a handshake message associated with the resource request. The desired category of service, the cookie information, and the session information are each useful for allocating a resource to the resource request.

8016007, Sep 13, 2011

Feb 2, 2010

12/698903

Jalal Ashjaee - Cupertino CA, US
Douglas W Young - Mount Pleasant UT, US
Kiet Tran - Fremont CA, US
Steve Kuskie - Morgan Hill CA, US

SoloPower, Inc. - San Jose CA

B32B 37/00

156498, 156350, 156499, 156538

The present inventions generally relate to thin film solar cell fabrication, and more particularly, to techniques for interconnecting solar cells based on Group IBIIIAVIA thin film semiconductors. In a particular embodiment, a system is described that positions solar cells and conductive leads with respect to each other so that application of a conductive adhesive and formation of an assembled solar cell string, followed by curing and cooling of the conductive adhesive, can occur in a repeatable manner.

8412838, Apr 2, 2013

Oct 26, 2007

11/925621

Wei Wang - San Jose CA, US
Miguel Gomez - Fremont CA, US
Liang Liu - San Jose CA, US
Ricky K. Lowe - Atherton CA, US
Kiet Tran - Saratoga CA, US

Extreme Networks - Santa Clara CA

G06F 15/16

709229, 709225, 709227, 713153, 726 5

Systems and methods are described for analyzing the content of resource requests. A tokenizer parses the resource request and derives a key therefrom. A database associates values of the key with categories of service. An association engine uses the key to obtain one or more matching entries from the database, and derive therefrom the desired category of service for the resource request. A cookie engine derives cookie information from a cookie located in the resource request. A session engine derives session information from a session identifier located in a handshake message associated with the resource request. The desired category of service, the cookie information, and the session information are each useful for allocating a resource to the resource request.

8560693, Oct 15, 2013

Oct 25, 2007

11/924511

Wei Wang - San Jose CA, US
Hui Zhang - Cupertino CA, US
Erik De La Iglesia - Mountain View CA, US
Ricky K. Lowe - Atherton CA, US
Kiet Tran - Saratoga CA, US
Mark Aaron Wallace - San Jose CA, US

Extreme Networks, Inc. - San Jose CA

G06F 15/16

709226, 709201, 709203, 709218, 709229

A system for and method of allocating a resource to a service request based on application of a persistence policy is described. In one embodiment, upon or after allocation of a resource to a resource request, an entry representing the allocation is made in a data structure using a first index derived from information relating to the resource request if such is available. An entry representing the allocation is also made in the data structure using a second index derived from information relating to the resource request. When a resource request is received, the data structure is accessed using the first index if such is available. If an entry corresponding to the first index is available, the resource corresponding to the entry is allocated to the request. If the first index or an entry corresponding to the first index is unavailable, the data structure is accessed using the second index. If an entry corresponding to the second index is available, the resource corresponding to the entry is allocated to the request.

20150096010, Apr 2, 2015

Dec 8, 2014

14/563904

- Fort Lauderdale FL, US
Kiet Tuan Tran - Saratoga CA, US
Srinivas Kumar - Cupertino CA, US

H04L 29/06

726 13

A method of packet management for restricting access to a resource of a computer system. The method includes identifying client parameters and network parameters, as a packet management information, used to determine access to the resource, negotiating a session key between client and server devices, generating a session ID based on at least the negotiated session key, inserting the packet management information and the session ID into each information packet sent from the client device to the server device, monitoring packet management information in each information packet from the client device, and filtering out respective information packets sent to the server device from the client device when the monitored packet management information indicates that access to the resource is restricted.