Abstract: System and methods for an exchange processor that interacts with one or more value unit exchanges in order to create value unit conversion rates for value units across multiple value unit exchanges (as integrations). This allows the nominal usage of multiple types of value units such as digital currencies (e.g. bitcoin), fiat currency, consumer rewards (e.g. loyalty points) and other types of value units to be used on a per-transaction basis by an end user.

Abstract: A preferred embodiment of the invention may be a platform that allows banks, issuers and other companies to create financial instruments and transaction products using a control console. Further, the control console accepts transaction product input as a means to configure a transaction product that can be offered to end users. The platform has a product engine that accepts these parameters and builds an application programming interface transaction product, that allows an end user to manage and configure aspects of the transaction product and value unit transactions at the product level and on a per-transaction basis.

Abstract: A preferred embodiment of the invention allows the designation and manipulation of multiple value unit wallets that allow an end user to designate which types of value units in a transaction product account may be implemented on a per-transaction basis such that a person may perform a transaction in one value unit and settle it using another. The creation of the transaction product specifically may decrease the fees associated with value unit exchange. In addition, the value unit conversion and utilization product is contemplated to have multiple interfaces where a person may select alternate sequences of value unit withdrawal such that an end user may prioritize the different types of value units that are withdrawn from an account during a transaction.

Abstract: A nonextensible schema is obtained including a first content model of ANY. Based on the nonextensible schema, a compact syntax regular language for XML next generation (RNC) file is generated that includes a second content model of ANY. The second content model of ANY can correspond to the first content model of ANY. The RNC file is modified, based upon the RNC file including the second content model of ANY, so as to explicitly enumerate all semantics of the second content model of ANY as elements in the RNC file. A regular language for XML next generation (RNG) file is later generated based on the modified RNC file. Related apparatus, systems, techniques and articles are also described.

Abstract: The present disclosure relates to gastrointestinal (GI) tract detection methods, devices and systems.

Abstract: An aspect of some embodiments of the present invention relates to a system for processing audiovisual data. The system is configured to mediate between a user and an audio post-processing system, to enable the user to easily assign sounds to corresponding objects in a scene and for selecting suitable sounds effects to be applied to desired sounds by the post-processing system. Optionally, the sounds effects are selected according to distances between the objects and the camera and/or distances between objects in the scene with other objects which may or may not be in the scene.

Abstract: A regular language for XML, next generation (RNG) file referencing an RNG schema file is obtained. Subsequently, the referenced RNG schema file is stored in a file directory structure matching a reference definition of the schema in the RNG file. Based on the RNG file, a first nonextensible schema and a first extensible schema are generated each corresponding to the referenced RNG schema file. Related apparatus, systems, techniques and articles are also described.

Abstract: A nonextensible schema is obtained including a first content model of ANY. Based on the nonextensible schema, a compact syntax regular language for XML next generation (RNC) file is generated that includes a second content model of ANY. The second content model of ANY can correspond to the first content model of ANY. The RNC file is modified, based upon the RNC file including the second content model of ANY, so as to explicitly enumerate all semantics of the second content model of ANY as elements in the RNC file. A regular language for XML next generation (RNG) file is later generated based on the modified RNC file. Related apparatus, systems, techniques and articles are also described.

Abstract: A regular language for XML, next generation (RNG) file referencing an RNG schema file is obtained. Subsequently, the referenced RNG schema file is stored in a file directory structure matching a reference definition of the schema in the RNG file. Based on the RNG file, a first nonextensible schema and a first extensible schema are generated each corresponding to the referenced RNG schema file. Related apparatus, systems, techniques and articles are also described.

Abstract: A method is disclosed for reducing distortions introduced by deformation of a surface with an existing parameterization. In an exemplary embodiment, the method comprises receiving a rest pose mesh comprising a plurality of faces, a rigidity map corresponding to the rest pose mesh, and a deformed pose mesh; using the rigidity map to generate a simulation grid on the rest pose mesh, the simulation grid comprising a plurality of cells; defining a set of constraints on the simulation grid, the constraints being derived at least in part from the rigidity map; running a simulation using the simulation grid and the set of constraints to obtain a warped grid; and texture mapping the deformed pose mesh based on data from the warped grid.

Abstract: Embodiments capture one or more images of a visual scene that includes a first physical object. A first region of the first physical object to apply one or more augmentations to is determined. Embodiments determine which configuration the first physical object is currently in. The first physical object is configured to be physically manipulatable into each of a plurality of configurations. A sequence of frames is rendered for display in which the first region of the first physical object is animated in a predefined manner depicting a virtual light source within the first physical object, based on the determined configuration of the first physical object, by applying the one or more augmentations to a first virtual object generated based on predefined geometric information corresponding to a determined object type of the first physical object. The rendered sequence of frames is output for display using one or more display devices.

Abstract: A first nonextensible schema is obtained, based on the first nonextensible schema, a compact syntax regular language for XML next generation (RNC) file. A regular language for XML next generation (RNG) file can be generated based on the RNC file. Based on the RNG file, a second (core) nonextensible schema and a first (core) extensible schema can be generated. An extensible (extension) schema and a nonextensible (extension) schema can also be generated. The extensible (extension) schema and the nonextensible (extension) schema can be plugged into the RNG file. The RNG file can be regenerated with the plugins, and a third nonextensible schema and a second extensible schema can be generated based on the regenerated RNG file. Related apparatus, systems, techniques and articles are also described.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from a cross of ‘Goldrush’ and ‘Sweet 16’. The new variety, named ‘MAIA8’, is distinct from ‘Goldrush’ as ‘MAIA8’ ripens late-September, 5 weeks before ‘Goldrush’. Unlike ‘Goldrush’, ‘MAIA8’ has scarlet red skin (R.H.S. Color Chart Red-Purple Group 60B). While ‘Goldrush’ will keep for more than 20 weeks in normal 35° F. storage, ‘MAIA8’ will only keep for approximately 10 weeks in normal 35° F. storage. ‘MAIA8’ is distinct from ‘Sweet 16’ as ‘MAIA8’ is much more precocious, setting fruit in the first year of planting. ‘Sweet 16’ typically does not set fruit until 2 years after planting. The fruit of ‘MAIA8’ adheres to the tree for approximately 6-7 weeks past fruit maturity, while ‘Sweet 16’ fruit will abscise from the tree within 2 weeks of maturity. ‘MAIA8’ fruit are medium sized, crisp, with unique and complex sweet-tart flavor with peach, pear, and strawberry flavor tones.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from a cross of ‘Honeycrisp’ and ‘Fuji.’ The new variety, named ‘MAIA12’ is distinct from ‘Honeycrisp’ as ‘MAIA12’ ripens late-August, 1 week before ‘Honeycrisp’. Unlike ‘Honeycrisp,’ ‘MAIA12’ is a fast-growing, vigorous tree with long shoots and leaves. ‘MAIA12’ is distinct from ‘Fuji’ as ‘MAIA12’ ripens 6 weeks before ‘Fuji.’ Unlike ‘Fuji,’ ‘MAIA12’ has consistent annual cropping with minimal horticultural inputs. ‘MAIA12’ fruit are medium sized, extremely crisp, with simple sweet-tart flavor and long storability.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from a cross of ‘Honeycrisp’ and ‘Fuji’. The new variety, named ‘MAIA11’, is distinct from ‘Honeycrisp’ as ‘MAIA11’ ripens early-October, 3 weeks after ‘Honeycrisp’- . ‘MAIA11’ is distinct from ‘Fuji’ as ‘MAIA11’ ripens 3 weeks before ‘Fuji’. ‘MAIA11’ fruit are medium sized, extremely crisp, with simple sweet-tart flavor and long storability.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from an open-pollinated ‘Honeycrisp’ progeny test. The new variety, named ‘MAIA7’ is distinct from ‘Honeycrisp’ as ‘MAIA7’ ripens mid-October, 4-5 weeks after ‘Honeycrisp’. Unlike ‘Honeycrisp’, ‘MAIA7’ has yellow skin (R.H.S. Color Chart Yellow Group 13A), similar in appearance to ‘Goldrush’. ‘MAIA7’ fruit are medium sized, extremely crisp, with complex sweet-tart flavors that includes tones of brown sugar and pineapple. ‘MAIA7’ maintains crisp texture and full flavor in 35° F. storage for at least 10 weeks longer than ‘Honeycrisp’.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from an open-pollinated ‘Honeycrisp’ progeny test. The new variety, named ‘MAIA7’ is distinct from ‘Honeycrisp’ as ‘MAIA7’ ripens mid-October, 4-5 weeks after ‘Honeycrisp’. Unlike ‘Honeycrisp’, ‘MAIA7’ has yellow skin (R.H.S. Color Chart Yellow Group 13A), similar in appearance to ‘Goldrush’. ‘MAIA7’ fruit are medium sized, extremely crisp, with complex sweet-tart flavors that includes tones of brown sugar and pineapple. ‘MAIA7’ maintains crisp texture and full flavor in 35° F. storage for at least 10 weeks longer than ‘Honeycrisp’.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from a cross of ‘Honeycrisp’ and ‘Fuji’. The new variety, named ‘MAIA11’, is distinct from ‘Honeycrisp’ as ‘MAIA11’ ripens early-October, 3 weeks after ‘Honeycrisp’ . ‘MAIA11’ is distinct from ‘Fuji’ as ‘MAIA11’ ripens 3 weeks before ‘Fuji’. ‘MAIA11’ fruit are medium sized, extremely crisp, with simple sweet-tart flavor and long storability.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from a cross of ‘Goldrush’ and ‘Sweet 16’. The new variety, named ‘MAIA8’, is distinct from ‘Goldrush’ as ‘MAIA8’ ripens late-September, 5 weeks before ‘Goldrush’. Unlike ‘Goldrush’, ‘MAIA8’ has scarlet red skin (R.H.S. Colour Chart Red-Purple Group 60B). While ‘Goldrush’ will keep for more than 20 weeks in normal 35° F. storage, ‘MAIA8’ will only keep for approximately 10 weeks in normal 35° F. storage. ‘MAIA8’ is distinct from ‘Sweet 16’ as ‘MAIA8’ is much more precocious, setting fruit in the first year of planting. ‘Sweet 16’ typically does not set fruit until 2 years after planting. The fruit of ‘MAIA8’ adheres to the tree for approximately 6-7 weeks past fruit maturity, while ‘Sweet 16’ fruit will abscise from the tree within 2 weeks of maturity. ‘MAIA8’ fruit are medium sized, crisp, with unique and complex sweet-tart flavor with peach, pear, and strawberry flavor tones.

Abstract: A new and distinct variety of apple tree was identified from a population of seedlings derived from a cross of ‘Honeycrisp’ and ‘Fuji’. The new variety, named ‘MAIA12’ is distinct from ‘Honeycrisp’ as ‘MAIA12’ ripens late-August, 1 week before ‘Honeycrisp’. Unlike ‘Honeycrisp’, ‘MAIA12’ is a fast-growing, vigorous tree with long shoots and leaves. ‘MAIA12’ is distinct from ‘Fuji’ as ‘MAIA12’ ripens 6 weeks before ‘Fuji’. Unlike ‘Fuji’, ‘MAIA12’ has consistent annual cropping with minimal horticultural inputs. ‘MAIA12’ fruit are medium sized, extremely crisp, with simple sweet-tart flavor and long storability.