Plumer
Edward Plumer, Georgetown, TX US
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20080208778 | CONTROLLING A NON-LINEAR PROCESS - System and method for modeling a nonlinear process. A combined model for predictive optimization or control of a nonlinear process includes a nonlinear approximator, coupled to a parameterized dynamic or static model, operable to model the nonlinear process. The nonlinear approximator receives process inputs, and generates parameters for the parameterized dynamic model. The parameterized dynamic model receives the parameters and process inputs, and generates predicted process outputs based on the parameters and process inputs, where the predicted process outputs are useable to analyze and/or control the nonlinear process. The combined model may be trained in an integrated manner, e.g., substantially concurrently, by identifying process inputs and outputs (I/O), collecting data for process I/O, determining constraints on model behavior from prior knowledge, formulating an optimization problem, executing an optimization algorithm to determine model parameters subject to the determined constraints, and verifying the compliance of the model with the constraints. | 08-28-2008 |
20080235166 | TRAINING A MODEL OF A NON-LINEAR PROCESS - System and method for modeling a nonlinear process. A combined model for predictive optimization or control of a nonlinear process includes a nonlinear approximator, coupled to a parameterized dynamic or static model, operable to model the nonlinear process. The nonlinear approximator receives process inputs, and generates parameters for the parameterized dynamic model. The parameterized dynamic model receives the parameters and process inputs, and generates predicted process outputs based on the parameters and process inputs, where the predicted process outputs are useable to analyze and/or control the nonlinear process. The combined model may be trained in an integrated manner, e.g., substantially concurrently, by identifying process inputs and outputs (I/O), collecting data for process I/O, determining constraints on model behavior from prior knowledge, formulating an optimization problem, executing an optimization algorithm to determine model parameters subject to the determined constraints, and verifying the compliance of the model with the constraints. | 09-25-2008 |
Edward S. Plumer, Georgetown, TX US
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20150185717 | PARAMETRIC UNIVERSAL NONLINEAR DYNAMICS APPROXIMATOR AND USE - System and method for modeling a nonlinear process. A combined model for predictive optimization or control of a nonlinear process includes a nonlinear approximator, coupled to a parameterized dynamic or static model, operable to model the nonlinear process. The nonlinear approximator receives process inputs, and generates parameters for the parameterized dynamic model. The parameterized dynamic model receives the parameters and process inputs, and generates predicted process outputs based on the parameters and process inputs, where the predicted process outputs are useable to analyze and/or control the nonlinear process. The combined model may be trained in an integrated manner, e.g., substantially concurrently, by identifying process inputs and outputs (I/O), collecting data for process I/O, determining constraints on model behavior from prior knowledge, formulating an optimization problem, executing an optimization algorithm to determine model parameters subject to the determined constraints, and verifying the compliance of the model with the constraints. | 07-02-2015 |
Lars Plumer, Herzberg Am Harz DE
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20110188066 | PROCESSOR SYSTEM WITH PROVISION FOR AUTOMATED CONTROL OF PROCESSING PARAMETERS - The invention relates to processing imaged precursors such as lithographic printing plates. The invention relates specifically to adjusting a processing device for optimal processing performance using a plate recognition system that includes a sensing and authentication subsystem. The processor is automated to make adjustments according to the information provided. | 08-04-2011 |
20110189600 | METHOD FOR AUTOMATED CONTROL OF PROCESSING PARAMETERS - The invention relates to processing imaged precursors such as lithographic printing plates. The invention relates specifically to adjusting a processing device for optimal processing performance using a plate recognition system that includes a senseing and authenication subsystem. The processor is automated to make adjustments according to the information provided. | 08-04-2011 |
20110189611 | PLATE RECOGNITION SYSTEM FOR AUTOMATED CONTROL OF PROCESSING PARAMETERS - The invention relates to processing imaged precursors such as lithographic printing plates. The invention relates specifically to adjusting a processing device for optimal processing performance using a pltae recognition system that includes a sensing and authenication subsystem. The processor is automated to make adjustments according to the information provided. | 08-04-2011 |
Mark Plumer, Pacific Palisades, CA US
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20130198921 | Adjustable Garment - An adjustable garment that forms a hand sheath with at least one fingerlike extension, and operable to adjust in length through various means for providing various amounts of protection to the hand against radiation. The adjustable garment includes a body portion configured to be operable to at least partially cover a hand. The body portion includes a body proximal end and a body distal end. The body proximal end includes a body aperture configured to at least partially allow a hand to pass through. Each extension can be manipulated, pushed, or pulled to expose additional areas of each finger. For example, a lateral force presses the extension proximal end towards the body portion, thereby at least partially exposing the at least one finger. The lateral force pressing against each extension serves to deform the size and dimensions of the flexible extension to deform, stretch, or twist. | 08-08-2013 |
Matt Plumer, Huntington, VT US
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20140203134 | SYSTEMS AND METHODS FOR RETAINING AND DEPLOYING CANARDS - Disclosed are systems and methods for retaining and deploying a plurality of canards and canard covers on a projectile. The projectile includes a projectile housing defining an interior chamber and a longitudinal axis, canards rotatably mounted to the housing, canard covers, a bobbin movably disposed in the interior chamber of the housing along the longitudinal axis, and rocker arms. The canards mounted for movement from a stowed position to a deployed position. The canard covers have a hook element and are adapted to cover respective slots formed in the housing. The bobbin has first and second ends and a retaining surface proximate the second end. Rocker arms have a first and second arm end, with a canard retaining slot defined therebetween. The first arm end includes a latch element for engaging with the canard cover element, and the second arm end is positioned proximate the retaining surface. | 07-24-2014 |
Matthew Plumer, Huntington, VT US
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20140318292 | MULTI-STAGE DRIVE MECHANISMS - A multi-stage drive includes a linear actuator configured for linear movement along an actuation axis, and a control surface. The control surface is operatively connected to the linear actuator for rotation about a deployment axis in a deployment stage, and for rotation in a control stage about a control axis that is different from the deployment axis, so that movement of the linear actuator along the actuation axis drives rotation of the control surface in both the deployment stage and in the control stage. | 10-30-2014 |
Robert W. Plumer, Glen Rock, NJ US
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20140164250 | ENCRYPTION AND TOKENIZATION ARCHITECTURES - Various embodiments of the present invention are directed to methods, systems and computer program products for conducting an online transaction on a website involving sensitive information. Such embodiments provide methods, systems and computer program products to: (a) register at least one entity with a gate keeper module, the registering comprising associating the entity with a subscription level; (b) associate a sub-string of a character string with a unique token so that a direct link does not exist between the unique token and the character string; and (c) during processing of the online transaction: (i) using the unique token for intermediate steps during the processing of the online transaction; and (ii) only accessing the character string in storage memory to complete the online transaction after receiving a request from at least one registered entity associated with a subscription level associated with a privilege to receive the requested sensitive information. | 06-12-2014 |