Abstract: In one implementation, a computer implemented method for predicting new information based on a previous information may include creating a draft cache and a target cache within a memory of the computer wherein the draft cache and the target cache have a fixed length. The method may include storing tokens representing the information into the caches, the storing may start at a leftmost cache location. The method may also include forming a mask and an index or pointer for each cache. As new entries are formed, they are added to the caches, and the masks and pointers are updated to include to the entries that are added.

Abstract: A method is disclosed of providing software updates to a load handling device for use in a storage and retrieval system which includes a first set of parallel tracks extending in an X-direction, and a second set of parallel tracks extending in a Y-direction transverse to the first set in a substantially horizontal plane to form a grid pattern including a plurality of grid spaces. The method includes transferring computer readable code to a combined power and data unit, the combined power and data unit including a rechargeable power source and a data storage module such that the computer readable code is stored in the data storage module; and connecting the combined power and data unit to an interface of a load handling device such that the local processing unit of the load handling device can access the computer readable code stored in the data storage module.

Abstract: A method and system for image segmentation systems and related methods of automatically segmenting cardiac MRI images using deep learning methods. One example method includes inputting MRI volume data from a MRI scanner, segmenting the MRI volume data with a whole volume segmentation analysis module, assembling the segmented MRI volume data into a 3D volume assembly with a 3D volume assembly module, determining the 3D volume assembly for anatomic plausibility with an anatomic plausibility analysis module, and outputting a final segmented 3D volume assembly.

Abstract: A method and system for image segmentation systems and related methods of automatically segmenting cardiac MRI images using deep learning methods. One example method includes inputting MRI volume data from a MRI scanner, segmenting the MRI volume data with a whole volume segmentation analysis module, assembling the segmented MRI volume data into a 3D volume assembly with a 3D volume assembly module, determining the 3D volume assembly for anatomic plausibility with an anatomic plausibility analysis module, and outputting a final segmented 3D volume assembly.

Abstract: A method and system for image segmentation systems and related methods of automatically segmenting cardiac MRI images using deep learning methods. One example method includes inputting MRI volume data from a MRI scanner, segmenting the MRI volume data with a whole volume segmentation analysis module, assembling the segmented MRI volume data into a 3D volume assembly with a 3D volume assembly module, determining the 3D volume assembly for anatomic plausibility with an anatomic plausibility analysis module, and outputting a final segmented 3D volume assembly.

Abstract: A method and system for detecting plaque and vessel constriction by processing intracoronary optical coherence tomography (IVOCT) pullback data performed by software executed on a computer. One example method includes inputting IVOCT pullback data from an imaging device, performing full semantic segmentation of the every image of the IVOCT pullback data with a frame-based segmentation module, generating a cross-sectional frame-based image of the every image of the segmented IVOCT pullback data with a cross-sectional display, and determining the presence of plaque and vessel constriction with an automated analysis application analyzing the cross-sectional frame-based images.

Abstract: A method and system for image segmentation systems and related methods of automatically segmenting cardiac MRI images using deep learning methods. One example method includes inputting MRI volume data from a MRI scanner, segmenting the MRI volume data with a whole volume segmentation analysis module, assembling the segmented MRI volume data into a 3D volume assembly with a 3D volume assembly module, determining the 3D volume assembly for anatomic plausibility with an anatomic plausibility analysis module, and outputting a final segmented 3D volume assembly.

Abstract: A method and system for detecting coverage status and position of coronary stents in blood vessels by processing intracoronary optical coherence tomography (IVOCT) pullback data performed by software executed on a computer. One example method includes inputting IVOCT pullback data from an imaging device, classifying every image of the IVOCT pullback data into two groups with a binary classification module based on the presence of stent struts in the images, predicting lumen border coordinates from segmentation of every image of the IVOCT pullback data with a lumen segmentation module, identifying objects of interest in every image of the IVOCT pullback data with a stent detection module, and determining the coverage status and position of the coronary stents in blood vessels with an automated analysis application analyzing an output from the binary classification module, an output from the lumen segmentation module, and an output from the stent detection module.

Abstract: An unload tee has a tee body with a front side and a rear side. The unload tee further includes a door rotatably connected to front side of the tee body; a catch pin mounted on and projecting from the door; a latch assembly connected to the door, and wherein the latch assembly is positioned towards the front side of the unload tee, and further wherein the latch assembly comprises a latch tab having an ear; and a catch defined as a curve in the ear of the latch tab, wherein the catch is configured to engage the catch pin when the door is in a closed position.

Abstract: An unload tee has a tee body with a front side and a rear side. The tee body includes an extendable link pivotally connected to the front side of the tee body wherein the extendable link is slidable from a first position wherein the extendable link is shortened to a second position wherein the extendable link is lengthened. An arm is pivotally connected at an opposite end of the extendable link and a door is pivotally connected to an end of the arm unconnected to the shaft. The door is configured to cover an opening of the tee body, wherein an end of the door unconnected to the arm is pivotally connected proximate the rear side of the tee body.

Abstract: Provided is a payment card for multiple accounts. The card comprises a card member; a plurality of programmable chips, at least one of which is releasably attached to the card member; each programmable chip has an associated personal identification number (PIN); and a control chip operable for selecting one of the programmable chips to be active during a transaction.

Abstract: An unload tee has a tee body with a front side and a rear side. The tee body includes an extendable link pivotally connected to the front side of the tee body wherein the extendable link is slidable from a first position wherein the extendable link is shortened to a second position wherein the extendable link is lengthened. An arm is pivotally connected at an opposite end of the extendable link and a door is pivotally connected to an end of the arm unconnected to the shaft. The door is configured to cover an opening of the tee body, wherein an end of the door unconnected to the arm is pivotally connected proximate the rear side of the tee body.

Abstract: An unload tee has a tee body with a front side and a rear side. The tee body includes an extendable link pivotally connected to the front side of the tee body wherein the extendable link is slidable from a first position wherein the extendable link is shortened to a second position wherein the extendable link is lengthened. An arm is pivotally connected at an opposite end of the extendable link and a door is pivotally connected to an end of the arm unconnected to the shaft. The door is configured to cover an opening of the tee body, wherein an end of the door unconnected to the arm is pivotally connected proximate the rear side of the tee body.

Abstract: An unload tee has a tee body with a front side and a rear side. The unload tee further includes a door rotatably connected to front side of the tee body; a catch pin mounted on and projecting from the door; a latch assembly connected to the door, and wherein the latch assembly is positioned towards the front side of the unload tee, and further wherein the latch assembly comprises a latch tab having an ear; and a catch defined as a curve in the ear of the latch tab, wherein the catch is configured to engage the catch pin when the door is in a closed position.

Abstract: Provided is a payment card for multiple accounts. The card comprises a card member; a plurality of programmable chips, at least one of which is releasably attached to the card member; each programmable chip has an associated personal identification number (PIN); and a control chip operable for selecting one of the programmable chips to be active during a transaction.

Abstract: An unload tee has a tee body with a front side and a rear side. The tee body includes an extendable link pivotally connected to the front side of the tee body wherein the extendable link is slidable from a first position wherein the extendable link is shortened to a second position wherein the extendable link is lengthened. An arm is pivotally connected at an opposite end of the extendable link and a door is pivotally connected to an end of the arm unconnected to the shaft. The door is configured to cover an opening of the tee body, wherein an end of the door unconnected to the arm is pivotally connected proximate the rear side of the tee body.

Abstract: The invention relates to an oscillator circuit, comprising a clipping element for generating a clipped signal, and a first amplification stage for amplifying and filtering the clipped signal to obtain a filtered signal, wherein the clipping element is configured to generate the clipped signal upon the basis of the filtered signal.

Abstract: A method for storing electronic documents can include associating a digital seal with at least one electronic document. An image within a user interface can be displayed, wherein the image is a user selectable representation for the digital seal. At least one metadata attribute can be stored as a characteristic related to the digital seal. A storage characteristic of at least one electronic document can be modified based on one or more of the metadata attributes.

Abstract: Protoporphyrinogen oxidase enzyme-inhibiting herbicides are useful in a method for controlling unwanted cyanobacteria algae, mosses, liverworts, hornworts and other bryophytes. Of particular interest is the use of carfentrazone ethyl and certain metabolites thereof for control of unwanted cyanobacteria algae, mosses, liverworts, hornworts and other bryophytes.

Abstract: A device, including a rotor, a stator, a coil wound around the stator, wherein the stator has a coil support structure having at least one side edge arranged along a line which is not parallel to a line extending from an axis of the rotor through a center of the coil.