Anoop K Mathur

6772044, Aug 3, 2004

Apr 13, 2000

09/548537

Anoop Mathur - Shoreview MN
Sanjay Parthasarathy - Minneapolis MN

Honeywell International Inc. - Morristown NJ

G06F 1900

700204, 264 401

A sensor placement algorithm uses process data to determine the optimal distribution of sensors in a distributed parameter manufacturing system. An automatic classification procedure maps any problems in the process to a predetermined set of process disturbances. A control procedure uses process data to determine the best control action that will ensure good system response. Methods for sensor placement, automatic decision tree classification, corrective action control and the apparatus to effectuate these respective methods are integrated into a design methodology.

6856856, Feb 15, 2005

Apr 13, 2000

09/549220

Soumitri N. Kolavennu - Minneapolis MN, US
Anoop K. Mathur - Shoreview MN, US
Sanjay Parthasarathy - Edina MN, US
Wendy Foslien Graber - Minneapolis MN, US
Hai D. Pham - Eden Prairie MN, US
Suresh Advani - Newark DE, US
Karl Steiner - Newark DE, US
Roderic Don - Newark DE, US
Simon Bickerton - Waihcke Island, NZ
Ercument Murat Sozer - Istanbul, TR

Honeywell International Inc. - Morristown NJ

B29C039/00
B29C035/08

700197, 425135, 264 401

A sensor placement algorithm uses process data to determine the optimal distribution of sensors in a distributed parameter manufacturing system. An automatic classification procedure maps any problems in the process to a predetermined set of process disturbances. A control procedure uses process data to determine the best control action that will ensure good system response. Methods for sensor placement, automatic decision tree classification, corrective action control and the apparatus to effectuate these respective methods are integrated into a design methodology.

6947917, Sep 20, 2005

Apr 14, 2000

09/549620

Anoop Kumar Mathur - Shoreview MN, US
Vipin Gopal - New Brighton MN, US
Jan Jelinek - Plymouth MN, US
Tariq Samad - Minneapolis MN, US

Honeywell International Inc. - Morristown NJ

G06F017/00
G06N005/00

706 45, 706 46, 706 11

An novel recipe that embodies a higher level description than currently used in the industry is described. The novel recipe is referred to herein as an “advanced recipe. ” A traditional recipe consists of a general set of instructions called a ‘recipe’ which is used to make a product. An advanced recipe integrates the intent behind these set of instructions. A novel knowledge management system for capturing, integrating, and using broad knowledge is also described below. Some embodiments of the knowledge management system enable modification of recipes for maximizing the overall processing objectives. An example embodiment of the knowledge management system comprises a Knowledge Builder, a Structured Knowledge Repository, and a Decision Maker.

7006889, Feb 28, 2006

May 28, 2004

10/857339

Anoop Mathur - Shoreview MN, US
Sanjay Parthasarathy - Minneapolis MN, US

Honeywell International Inc. - Morristown NJ

G06F 19/00

700204, 264 401

A sensor placement algorithm uses process data to determine the optimal distribution of sensors in a distributed parameter manufacturing system. An automatic classification procedure maps any problems in the process to a predetermined set of process disturbances. A control procedure uses process data to determine the best control action that will ensure good system response. Methods for sensor placement, automatic decision tree classification, corrective action control and the apparatus to effectuate these respective methods are integrated into a design methodology.

7471242, Dec 30, 2008

Dec 8, 2005

11/296882

Soumitri N. Kolavennu - Minneapolis MN, US
Anoop K. Mathur - Shoreview MN, US
Seshan Srirangarajan - Minneapolis MN, US

Honeywell International Inc. - Morristown NJ

G01S 3/02

342450

The present invention pertains to the installation and positioning of the receivers of a wireless tracking system. In such a system, a wireless beaconing device transmits a signal that can be detected by a plurality of wireless receivers positioned at various known locations. Each wireless receiver records information derived from the signal from which it can make an estimate of the distance or relative position of the beaconing device. A controller correlates the information received from the multiple receivers and uses it to estimate the location of the individual. In such systems, the accuracy of the estimated position of the beaconing device depends on the accuracy to which the positions of the receivers are known. A technique is disclosed in which an installer carries a tracking device that can track the person's position and/or movements. The installer starts at a base location and resets the tracking device to cause the tracking device to record this position as the base position.

7567859, Jul 28, 2009

Dec 1, 2004

11/001221

Dharmashankar Subramanian - New Hope MN, US
Anoop K. Mathur - Shoreview MN, US

Honeywell International Inc. - Morristown NJ

G05D 17/00
G05B 15/02
G05B 11/01
G05B 13/02
G01R 11/56

700288, 700 9, 700 14, 700 16, 700 22, 700 28, 700 36, 700275, 700286, 700291, 700297, 705412

A control system and method for achieving economic operation of CHP systems. A plurality of factors, including power source prices and operational needs, are assessed using multiple strategies. The solutions achieved by each strategy are compared, and the best performing strategy is selected. The solution can then be implemented. The assessment of factors and strategies can be updated periodically. A further embodiment includes a method of designing a CHP system using similar methods applied to simulated or estimated future loads and costs.

7826373, Nov 2, 2010

Jan 28, 2005

10/905971

Soumitri N. Kolavennu - Minneapolis MN, US
Dharmashankar Subramanian - New Hope MN, US
Anoop Mathur - Shoreview MN, US

Honeywell International Inc. - Morristown NJ

H04L 12/12

370238, 370252, 370254, 370328

Wireless communications methods and systems. Metrics for measuring performance of a wireless system are generated and compared to metrics generated with an idealized simulation of the system. If the actual system performance falls below a predetermined level, the system may be reconfigured to improve performance using a centralized or decentralized method for such configuration.

8085672, Dec 27, 2011

Jul 8, 2005

11/160779

Dharmashankar Subramanian - New Hope MN, US
Soumitri N. Kolavennu - Minneapolis MN, US
Anoop Mathur - Shoreview MN, US

Honeywell International Inc. - Morristown NJ

H04L 12/28

370238, 370252, 370254, 370400

A wireless communications system comprising a number of node devices and a base station, and having a routing calculator, wherein the system is operating with a first routing map, the routing calculator gathers data relating to communications between node devices and determines whether route improvement is indicated and, if so, the routing calculator generates an improved routing solution, and instructions are relayed via the first routing map to the node devices for implementing a new routing map generated from the optimized routing solution. Also, a method of operating a wireless communication system, including a base station and a number of node devices the method comprising determining whether system improvement is indicated, if so, generating an improved system configuration, distributing data related to the improved system configuration to the node devices, and replacing the current communication configuration with the improved system configuration.