Ajay Te Jain

6470305, Oct 22, 2002

Dec 30, 1999

09/475413

Ajay N. Jain - Mountain View CA, 94043

G01N 3300

703 22

The similarity between two molecules is computed by providing a set of points around each molecule equidistant from the surface, calculating the distance from each point to the molecular surface, and to the nearest hydrogen bond acceptor and donor, identifying triplets (triangles) of points around each molecule that have identical weightings, and superimposing identical triangles.

8072016, Dec 6, 2011

Sep 30, 2008

12/242743

Ajay Jain - Milpitas CA, US
Valluri R. Rao - Saratoga CA, US
John Magana - San Jose CA, US

Intel Corporation - Santa Clara CA

G01R 31/02

257295, 257E21663, 365145, 438 3

The fabrication of seek-scan probe (SSP) memory devices involves processing on both-sides of a wafer. However, there are temperature restrictions on the mover circuitry side of the wafer and doping level constrains for either side of wafer. Using a low doped EPI layer on a highly doped substrate solves this issue and provides good STO growth.

8143158, Mar 27, 2012

Sep 29, 2008

12/240751

Ajay Jain - Milpitas CA, US

Intel Corporation - Santa Clara CA

H01L 21/44

438657, 438612, 438613, 438614

Embodiments of the present invention describe a method and device of preventing delamination of semiconductor layers in a semiconductor device. The semiconductor device comprises a substrate with an interlayer dielectric (ILD). A protection layer is deposited on the ILD. Next, a getter layer is formed on the protection layer to remove any native oxides on the protection layer. A capping layer is then deposited on the getter layer to prevent oxidation of the getter layer. Next, a semiconductor layer is formed on the capping layer. An oxide layer is then deposited on the semiconductor layer. Subsequently, a buffered oxide etch solution is used to remove the oxide layer. By removing the native oxides on the protection layer, the getter layer prevents the reaction between the buffered oxide etch solution and the native oxides which may cause delamination of the semiconductor layer and protection layer.

8234704, Jul 31, 2012

Aug 14, 2007

11/893057

Vikrant Ghai - Fremont CA, US
Shailendra Sharma - Milpitas CA, US
Ajay Jain - San Jose CA, US

Quantum Security, Inc. - San Jose CA

G06F 21/00

726 16

Embodiments disclose a system and method for the integration of data and events to and from physical access control and security monitoring systems that is normalized to standardized definition for enforcement of standardized rules, created through a visual policy editor, affecting persistence, propagation of data and generation of alerts and notifications for physical security, network and IT systems. Data from disparate physical security systems is normalized for visual rule creation by rule object shapes representing normalized security systems, data and processes. A rules-based policy engine enforces security policies and generates actionable events. The overall system provides an integration platform, methods and processes for normalizing data from physical security systems, representation of physical security systems, data and processes for visual creation of rules using defined stencil objects, generating formatted rules, and enforcing these rules in real-time on security systems data and events.

20040190906, Sep 30, 2004

Mar 26, 2004

10/810460

Ajay Jain - Palo Alto CA, US

H04B010/12

398/147000

Chromatic and polarization mode dispersion can be optically compensated with an All Optical Dispersion Compensator (AODC) of the present invention. The AODC compensates group delay in each polarization axis of an incoming dispersed signal pulse using multi-cavity Gires-Tournois resonators (MCGTR) and a feedback mechanism. Chromatic and polarization mode dispersion are compensated concurrently or independently.

20080209505, Aug 28, 2008

Aug 14, 2007

11/893056

Vikrant Ghai - Fremont CA, US
Shailendra Sharma - Milpitas CA, US
Ajay Jain - San Jose CA, US

G06F 21/00

726 1

Embodiments are directed to systems and methods for integration and normalization of physical security data, states and events to and from disparate physical security systems to maintain in real-time rules based policy state information to enforce physical security policies uniformly across network and information technology (IT) systems. Moreover it pertains specifically to such apparatus for providing an integration platform, methods and processes for normalizing data from physical security systems, to maintain physical security states, mapping to network access and either directly affecting the network equipment through standard programming commands or providing interfaces for network equipment and IT applications to query and determine physical security access states thus enforcing rules in real-time based on security systems data and events.

62822756, Aug 28, 2001

Aug 7, 1998

9/130995

Vijay Kumar Gurbani - Lisle IL
Ajay Jain - Aurora IL

Lucent Technologies Inc. - Murray Hill NJ

H04M 1506

379142

A method for storing caller identification information as a log of answered and unanswered telephone calls at a central server. This call log server is accessible by the internet, so if a subscriber is traveling, he or she is still able to access and read a list of answered and unanswered calls to the subscriber's home station. Internet devices such as browsers that are internet telephony capable may return a call from the call log list using a point and click sequence. The call log may be processed from natural chronological order into a personal priority order such as: family, professional and everything else. This call log may also be forwarded via e-mail to the subscriber. Such e-mail forwarding may be either contemporaneously with call logging or periodically.

60817666, Jun 27, 2000

Apr 11, 1996

8/583000

David Chapman - San Francisco CA
Roger Critchlow - San Francisco CA
Thomas Glen Dietterich - Corvalis OR
Ajay N. Jain - San Mateo CA
Richard H. Lathrop - Irvine CA
Tomas Lozano-Perez - West Newton MA

Axys Pharmaceuticals, Inc. - South San Francisco CA

G06F 1700

702 27

Explicit representation of molecular shape of molecules is combined with neural network learning methods to provide models with high predictive ability that generalize to different chemical classes where structurally diverse molecules exhibiting similar surface characteristics are treated as similar. A new machine-learning methodology is disclosed that can accept multiple representations of objects and construct models that predict characteristics of those objects. An extension of this methodology can be applied in cases where the representations of the objects are determined by a set of adjustable parameters. An iterative process applies intermediate models to generate new representations of the objects by adjusting said parameters and repeatedly. retrains the models to obtain better predictive models. This method can be applied to molecules because each molecule can have many orientations and conformations (representations) that are determined by a set of translation, rotation and torsion angle parameters.