Abstract: Methods are disclosed for digital cameras to gain tilt information of an image sensor of the camera in order to achieve a fast correction for this tilt. By moving the lens of the camera to positions providing a maximum sharpness of at least three regions of interest (ROI) in the image sensor the tilt of the image sensor is calculated by using the correspondent lens/sensor distances and the distances of the different ROIs to the center of the image sensor. Yaw and pitch values of the tilt of the image sensor are calculated to enable an alignment of the sensor.

Abstract: A system to stabilize images of a digital camera adjusting to unintentional movements of the camera during capture of an image has been achieved. A gyroscopic sensor senses any movement of a camera by angular speed detection and via an electronic regulator at least two linear motors move an x-y table, carrying an optical sensor or a lens barrel of the camera, in a way to adjust the optical sensor to these movements. Position sensors, as e.g. sensors integrated in the linear motors, capacitive sensors, inductive sensors, or Hall sensors, sense the actual position of one or more movable plates of the x-y table and feed it back to the regulator. The movable plates of x-y table are guided by a multitude of rolling elements, e.g. ball bearings.

Abstract: An optical system is disclosed that includes a plurality of elements arranged to image radiation at a wavelength ? from an object field in an object surface to an image field in an image surface. The elements include mirror elements having a reflective surface formed by a reflective coating positioned at a path of radiation. At least one of the mirror elements has a rotationally asymmetrical reflective surface deviating from a best-fit rotationally symmetric reflective surface by about ? or more at one or more locations. The elements include an apodization correction element effective to correct a spatial intensity distribution in an exit pupil of the optical system relative to the optical system without the apodization correcting element. The apodization correction element can be effective to increase symmetry of the spatial intensity distribution in the exit pupil relative to the optical system without the apodization correcting element.

Abstract: An optical system has a plurality of elements arranged to image radiation at a wavelength ? from an object surface to an image surface, the elements include mirror elements having a reflective surface positioned at a path of radiation. At least one of the mirror elements is a pupil mirror having a pupil mirror surface arranged at or near to a pupil surface of the optical system. At least one of the remaining mirror elements is a highly loaded mirror having a mirror surface arranged at a position where at least one of a largest value of a range of angles of incidence and a largest value of an average angle incidence of all remaining mirrors occurs, where the remaining mirrors include all mirrors except for the pupil mirror.

Abstract: A method for combinatorial portfolio aggregations in electronic trade transactions comprises receiving data associated with a demand for possession of a part of an item, receiving further data associated with one further demand for possession of the part of the item, aggregating the demand with one further demand for possession of the part of the item, posting the part of the item for bidding according to the aggregated demand, receiving data associated with an offer for possession of the part of the item for a period of time, receiving data associated with one further offer for possession of the part of the item, with the time period and the further period of time being non-concurrent, selectively aggregating the offer with the further offer into a portfolio offer for the part of the item, and based on predetermined criteria, determining that the portfolio offer is a winning portfolio offer.

Abstract: A method for combinatorial portfolio aggregations in electronic trade transactions , in one example embodiment, comprises receiving data associated with an offer for possession of at least one part of an item for a period of time, receiving further data associated with at least one further offer for possession of the at least one part of the item for at least one further period of time, the time period and the at least one further period of time being non-concurrent, selectively aggregating the offer with the at least one further offer into a portfolio offer for the at least one part of the item, and based on predetermined criteria, determining that the portfolio offer is a winning portfolio offer.

Abstract: A method for combinatorial portfolio aggregations in electronic trade transactions, in one example embodiment, comprises receiving data associated with an offer for possession of at least one part of an item for a period of time, receiving further data associated with at least one further offer for possession of the at least one part of the item for at least one further period of time, with the time period and the at least one further period of time being non-concurrent, selectively aggregating the offer with the at least one further offer into a portfolio offer for the at least one part of the item, and based on predetermined criteria, determining that the portfolio offer is a winning portfolio offer. The method can further comprise matching the offer to the item based on the data associated with the offer for possession, the item properties, and the item transfer criteria, and selectively aggregating the offer with the at least one further offer into a portfolio offer for the at least one part of the item.

Abstract: The present invention relates to a computer system and method for providing an interactive method for automatically scheduling and event such as a conference or entertainment event including determining availability for each of a plurality of invitees participants and selecting a date and time for the event upon the availability of each of the plurality of invitees. The method also includes arranging the invitees into different sets of participants to best accommodate invitees having the same event, date, time, location and price preferences. selecting a mode of communication compliant with an invitees receiving device; sending the invitees an event having one or more associated parameters based upon a template; and receiving availability from the invitees for each event having parameters; matching the event to the invitees availability for the event; automatically initiating the event by calendaring or booking to preserve the position at the event for the invitee.

Abstract: An optical system is disclosed that includes a plurality of elements arranged to image radiation at a wavelength ? from an object field in an object surface to an image field in an image surface. The elements include mirror elements having a reflective surface formed by a reflective coating positioned at a path of radiation. At least one of the mirror elements has a rotationally asymmetrical reflective surface deviating from a best-fit rotationally symmetric reflective surface by about ? or more at one or more locations. The elements include an apodization correction element effective to correct a spatial intensity distribution in an exit pupil of the optical system relative to the optical system without the apodization correcting element. The apodization correction element can be effective to increase symmetry of the spatial intensity distribution in the exit pupil relative to the optical system without the apodization correcting element.

Abstract: A method for producing an element having at least one arbitrarily freely formed surface (freeform surface) having a high accuracy of form and a low surface roughness. The freeform surface is obtained by at least one first processing step with a shaping material processing method in which at least an approximation to the desired freeform surface (target form) is effected, and at least one second step with a material processing method that smooths the surface, wherein at least during the second processing step of the smoothing material processing, the element (1) to be processed is elastically stressed by force introduction such that the freeform surface to be smoothed is processed by smoothing processes for spherical, plane or aspherical surfaces.

Abstract: The present invention discloses a method for coordinating zero or more modelings, zero or more implementations and zero or more deployments of a computer system, including but not limited to computer systems involving sensors, actuators, or both and a system providing assistance to designers, implementers, and deployers of computer systems. The method and system including: defining one or more interfaces of one or more components; creating models for the one or more components, each of which is either a composite component model or a atomic component, model, creating the one or more composite components as instances of the composite component models creating the one or more atomic components as instances of the atomic component models creating a domain model by specifying the computational resources; and creating a deployment model by specifying one or more component-model instances and specifying which the component-model instances should be executed on which the computational resources of the domain model.

Abstract: A system (and method) includes a seating platform, at least one sensor for detecting a state of the seating platform connected to a first wireless communications device, the first wireless communications device for conveying information on the state of the seating platform, and a second wireless communications device for receiving information from the first wireless communications device, and a computing system. The second wireless communications device is for receiving the information carrying signal and is connected to the computing system. The computing system is for initiating an action based upon the information.

Abstract: A system includes a mobile seating platform, a wireless communications system embedded within the seating platform, and a haptic system embedded in the seating platform. The haptic system includes a plurality of vibrators disposed at a plurality of positions in the seating platform for communicating information to the occupant of the seating platform and a plurality of deformable surfaces disposed at a plurality of positions in the seating platform for communicating information to the occupant of the seating platform.

Abstract: Methods and apparatus are provided for presenting personalized information to consumers in a retail environment. A personalized price is determined for at least one product that is in physical proximity to the customer. The physical proximity may be determined, for example, by evaluating identifiers, such as RHD tags, associated with each customer and product. A personalized message can be also presented to a customer regarding at least one product that is in physical proximity to the customer. The personalized message can provide, for example, dietary or safety information relevant to the customer and at least one product in the proximity of the customer. The personalized information may be determined based on one or more personalized message rules.

Abstract: A system (and method) includes a seating platform, at least one sensor for detecting a state of the seating platform connected to a first wireless communications device, the first wireless communications device for conveying information on the state of the seating platform, and a second wireless communications device for receiving information from the first wireless communications device, and a computing system. The second wireless communications device is for receiving the information carrying signal and is connected to the computing system. The computing system is for initiating an action based upon the information.

Abstract: A system (and method) includes a seating platform, at least one sensor for detecting a state of the seating platform connected to a first wireless communications device, the first wireless communications device for conveying information on the state of the seating platform, and a second wireless communications device for receiving information from the first wireless communications device, and a computing system. The second wireless communications device is for receiving the information carrying signal and is connected to the computing system. The computing system is for initiating an action based upon the information.

Abstract: An optical system has a plurality of elements arranged to image radiation at a wavelength ? from an object surface to an image surface, the elements include mirror elements having a reflective surface positioned at a path of radiation. At least one of the mirror elements is a pupil mirror having a pupil mirror surface arranged at or near to a pupil surface of the optical system. At least one of the remaining mirror elements is a highly loaded mirror having a mirror surface arranged at a position where at least one of a largest value of a range of angles of incidence and a largest value of an average angle incidence of all remaining mirrors occurs, where the remaining mirrors include all mirrors except for the pupil mirror.

Abstract: A method has been developed to produce stable cell-matrix microspheres with up to 100% encapsulation efficiency and high cell viability, using matrix or biomaterial systems with poor shape and mechanical stability for applications including cell therapeutics via microinjection or surgical implantation, 3D culture for in vitro expansion without repeated cell splitting using enzymatic digestion or mechanical dissociation and for enhanced production of therapeutic biomolecules, and in vitro modeling for morphogenesis studies. The modified droplet generation method is simple and scalable and enables the production of cell-matrix microspheres when the matrix or biomaterial system used has low concentration, with slow phase transition, with poor shape and mechanical stability.

Abstract: A system (and method) includes a seating platform, at least one sensor for detecting a state of the seating platform connected to a first wireless communications device, the first wireless communications device for conveying information on the state of the seating platform, and a second wireless communications device for receiving information from the first wireless communications device, and a computing system. The second wireless communications device is for receiving the information carrying signal and is connected to the computing system. The computing system is for initiating an action based upon the information.

Abstract: An event-driven computer system for simultaneous management and deployment of software onto an application platform comprises one or more computing solutions, the system comprising: a processor for executing computer code and processing information; a memory for storing the computer code and information, the computer code comprising software tools. The software tools comprise: a behavior model editor for constructing a system model that represents the behavior of the application platform; the behavior model editor comprises behavior components, each behavior component representing an aspect of the application platform. The software tools further comprise: a topology model editor for constructing a visual topology model. This topology model editor comprises: a top level of nodes and lower level nodes, and represents a logical topology of the application platform, where each top-level node in the topology model represents at least one computing solution.