Xin Z Wang

7337424, Feb 26, 2008

Mar 24, 2005

11/089723

Shao-Po Wu - Portola Valley CA, US
Xin Wang - Sunnyvale CA, US
Mark Pilloff - Millbrae CA, US

Aprio Technologies, Inc. - Santa Clara CA

G06F 17/50

716 19

Transient edges are used to define shapes in an integrated circuit layout for optical proximity correction. A first variation of the shape includes a first edge, a second edge satisfying an edge transition angle condition in relation to the first edge, and one or more first transition edges connected between the first edge and the second edge. A second variation of the shape includes a third edge, a fourth edge satisfying the same edge transition angle condition in relation to the third edge, and one or more second transition edges connected between the third edge and the fourth edge. Although the first transition edges are different from the second transition edges, both the first and second variations of the shape are identified as having the same shape, thereby allowing flexibility and efficiency in the shape identification process for optical proximity correction.

7386609, Jun 10, 2008

Feb 20, 2003

10/371336

Karsten Jancke - Frankfurt, DE
Thorsten Schaefer - Mainz, DE
Sergio P. Bonilla - San Jose CA, US
Xin Wang - San Jose CA, US
Cindy Zhou - Fremont CA, US

International Business Machines Corporation - Armonk NY

G06F 15/16

709223, 709224, 709225, 709226

Provided are a method, system, and program for managing devices in a network. A command of a first type to perform device management operations with respect to at least one device in the network is received, wherein the received command is capable of being directed to at least one of a plurality of devices in the network. A determination is made from a first mapping of a network address of the device to which the received command is directed. A determination is made from a second mapping of at least one command of a second type associated with the received command of the first type, wherein the mapping indicates a mapping of at least one parameter included in the received command of the first type to at least one parameter in the associated command of the second type. The determined command of the second type is generated to include as parameters the at least one parameter from the command of the first type indicated in the second mapping and the generated command of the second type is transmitted to the determined network address.

7404173, Jul 22, 2008

Mar 7, 2005

11/074882

Shao-Po Wu - Portola Valley CA, US
Xin Wang - Sunnyvale CA, US
Hongbo Tang - San Jose CA, US
Meg Hung - Saratoga CA, US

Aprio Technologies, Inc. - Sunnyvale CA

G06F 17/50
G03F 1/00
G03F 9/00

716 19, 716 21, 430 5, 430 22

Intermediate resolution-enhancement state layouts are generated based upon an original non-resolution enhanced layout of an integrated circuit and an associated resolution-enhanced layout. The intermediate resolution-enhancement state layout includes fragments corresponding to parts of the original layout and biases associated with the fragments, where the biases indicate distances between the fragments and the resolution-enhanced layout. The fragments are also assigned attributes such as fragment type, fragment location, and biases. The intermediate resolution-enhancement state layouts can be combined to generate the layout for a full chip IC. Two or more intermediate resolution-enhancement state layouts are assembled and are locally reconverged to adjust the resolution enhancement associated with the intermediate resolution-enhancement state layouts and obtain the intermediate resolution-enhancement state layouts for the full IC.

7587421, Sep 8, 2009

Jan 30, 2004

10/769684

Sergio P. Bonilla - San Jose CA, US
Karsten Jancke - Frankfurt, DE
Thorsten Schaefer - Mainz, DE
Xin Wang - San Jose CA, US
Cindy Zhou - Fremont CA, US

International Business Machines Corporation - Armonk NY

G06F 17/00

7071041, 707 5, 707 10, 707100

Provided are a method, system and article of manufacture for managing devices, wherein in certain embodiments a request implemented via at least one device independent class is received. A class hierarchy database is traversed to determine at least one device specific class that corresponds to the at least one device independent class, wherein the class hierarchy database stores a class hierarchy and associations between classes. The received request is modified, wherein in the modified request the least one device independent class has been translated to the at least one device specific class.

7716378, May 11, 2010

Oct 17, 2006

11/582613

Lee Chen - Saratoga CA, US
John Chiong - San Jose CA, US
Xin Wang - Fremont CA, US

A10 Networks, Inc. - San Jose CA

G06F 15/16
G06F 15/173
H04W 4/00

709249, 709223, 709226, 4554351, 455433

The inventive system includes a host, a network including a security gateway, and a public application. Established are an access session between the network and the host and an application session between the public application and the network. An application session record is created for the application session, and includes the user's public user identity used to access the public application, the user's private user identity used to access the network, a host identity, and an application session time. To determine the private user identity for the application session, the security gateway sends a query with the host identity and the application session time. These are compared with the host identity and access session time in an access session record. If they match, then the private user identity in the access session record is returned, and it is stored as the private user identity in the application session record.

7849179, Dec 7, 2010

Apr 28, 2008

12/111116

Karsten Jancke - Frankfurt, DE
Thorsten Schaefer - Mainz, DE
Sergio P. Bonilla - San Jose CA, US
Xin Wang - San Jose CA, US
Cindy Zhou - Fremont CA, US

International Business Machines Corporation - Armonk NY

G06F 15/173

709223, 709224, 709225, 709226

Provided are a system, and program for managing devices in a network. A command of a first type to perform device management operations with respect to at least one device in the network is received, wherein the received command is capable of being directed to at least one of a plurality of devices in the network. A determination is made from a first mapping of a network address of the device to which the received command is directed. A determination is made from a second mapping of at least one command of a second type associated with the received command of the first type, wherein the mapping indicates a mapping of at least one parameter included in the received command of the first type to at least one parameter in the associated command of the second type. The determined command of the second type is generated to include as parameters the at least one parameter from the command of the first type indicated in the second mapping and the generated command of the second type is transmitted to the determined network address.

7979585, Jul 12, 2011

Apr 30, 2010

12/771491

Lee Chen - Saratoga CA, US
John Chiong - San Jose CA, US
Xin Wang - Fremont CA, US

A10 Networks, Inc. - San Jose CA

G06F 15/16
G06F 15/173
H04W 4/00

709249, 709223, 709226, 455433, 4554351

The inventive system includes a host, a network including a security gateway, and a public application. Established are an access session between the network and the host and an application session between the public application and the network. An application session record is created for the application session, and includes the user's public user identity used to access the public application, the user's private user identity used to access the network, a host identity, and an application session time. To determine the private user identity for the application session, the security gateway sends a query with the host identity and the application session time. These are compared with the host identity and access session time in an access session record. If they match, then the private user identity in the access session record is returned, and it is stored as the private user identity in the application session record.

7979811, Jul 12, 2011

Apr 8, 2008

12/099663

Shao-Po Wu - Portola Valley CA, US
Xin Wang - Sunnyvale CA, US
Hongbo Tang - San Jose CA, US
Meg Hung - Saratoga CA, US

Tela Innovations, Inc. - Los Gatos CA

G06F 17/50

716 50, 716 51, 716 52, 716 53, 716 54, 716 55

Intermediate resolution-enhancement state layouts are generated based upon an original non-resolution enhanced layout of an integrated circuit and an associated resolution-enhanced layout. The intermediate resolution-enhancement state layout includes fragments corresponding to parts of the original layout and biases associated with the fragments, where the biases indicate distances between the fragments and the resolution-enhanced layout. The fragments are also assigned attributes such as fragment type, fragment location, and biases. The intermediate resolution-enhancement state layouts can be combined to generate the layout for a full chip IC. Two or more intermediate resolution-enhancement state layouts are assembled and are locally reconverged to adjust the resolution enhancement associated with the intermediate resolution-enhancement state layouts and obtain the intermediate resolution-enhancement state layouts for the full IC.