Abstract: Disclosed is a method of providing genetic information analysis results performed by at least one hardware processor. The method may include displaying a user interface configured to provide genetic information analysis results for a specimen. The user interface includes: a list of genes associated with a specific disease in a first region within the user interface; a first browser configured to visualize and search for information regarding a variant obtained from analysis of the specimen in a second region within the user interface; and a second browser configured to search for sequence information obtained from analysis of the specimen in a third region within the user interface. The method may further include displaying, in response to user input received through the user interface, interactive response information comprising details of the genetic information analysis results to at least one region within the user interface.

Abstract: A method for analyzing sequences performed by one or more processors is provided, including aligning first sequence data generated at a first time point based on reference sequence data, in which the first time point is a time point after reading of a first read of a pair of paired-end reads is completed and at which a second read of the pair of paired-end reads is partially read, identifying a structural variant from the aligned first sequence data, and before reading the second read is completed, generating a first report including information on the identified structural variant.

Abstract: A vision system for mounting an imaging assembly to a helmet through a helmet adapter and a mounting assembly. The mounting assembly includes a receiver for removably mounting an imaging assembly. The receiver is coupled to a cross-slide assembly providing fore-aft and side-to-side movement of the imaging assembly relative to the helmet. A stow pivot/slide assembly is coupled between the cross-slide assembly and the helmet adapter for moving the imaging assembly between a stowed and a deployed position. The vertical position and tilt angle of the imaging assembly is also adjustable by the stow pivot/slide assembly.

Abstract: A weapon aiming system may utilize a laser diode and a reflective coating on an optical element to generate a red dot aim point for a shooter with a bright view to the target with minimal color distortion. The optical element may utilize an off-axis parabolic lens to reduce parallax to improve sighting accuracy. The weapon aiming system may utilize visible and infrared aim lasers that are coaligned to simplify boresighting of the weapon and to simplify target acquisition. The weapon aiming system may include a magnifier and a sight being disposed along a longitudinal rail of a weapon in a position with the close quarter combat sight being disposed between the magnifier and the weapon muzzle.

Abstract: A fusion night vision system having image intensification and thermal imaging capabilities includes an edge detection filter circuit to aid in acquiring and identifying targets. An outline of the thermal image is generated and combined with the image intensification image without obscuration of the image intensification image. The fusion night vision system may also include a parallax compensation circuit to overcome parallax problems as a result of the image intensification channel being spaced from the thermal channel. The fusion night vision system may also include a control circuit configured to maintain a perceived brightness through an eyepiece over a mix of image intensification information and thermal information. The fusion night vision system may incorporate a targeting mode that allows an operator to acquire a target without having the scene saturated by a laser pointer.

Abstract: A night vision goggle system is provided having an image intensifier tube that may be installed or replaced without requiring realignment of the optics. The image intensifier tube is coupled to a first locating feature that is in a predetermined relationship to the optical center of the image intensifier tube. The system includes a second locating feature that interacts with the first locating feature to position the image intensifier tube in a predetermined relationship to an optical component of the night vision system.

Abstract: A tactical illuminator has a first switch for providing a lesser amount of visible light on an area of interest than a second switch. The first switch being in close proximity to the second switch to allow an operator to quickly and easily move his finger or thumb from the first switch to the second switch when a need for greater light is encountered. A tactical illuminator has a rotatable switch moveable from a first position that provides a lower level of light output to a second position that provides a greater level of light output. The operator actuating the switch by sliding his finger or thumb parallel to a longitudinal axis of a weapon barrel.

Abstract: A fusion vision system has a first eyepiece through which a fused viewable image is larger than an image viewed through a second eyepiece to help the operator more easily view the fused image in their brain. The fusion vision system may employ image intensification and thermal imaging capabilities.

Abstract: A mounting assembly for mounting an accessory to a weapon frame having at least one slot formed in first and second sides thereof. The mounting assembly includes: a body; first and second jaws on opposing sides of the body, the first jaw having an engagement portion dimensioned to engage the first slot and the second jaw having an engagement portion dimensioned to engage the second slot; and a first biasing member configured to provide a biasing force against the first jaw to force the engagement portion of the first jaw into the first slot, and a second biasing member configured to provide a biasing force against the second jaw to force the engagement portion of the second jaw into the second slot. The mounting assembly may be easily and reliably attached to weapon without using tools.

Abstract: A mounting assembly for mounting an accessory to a weapon frame having at least one slot formed in first and second sides thereof. The mounting assembly includes: a body; first and second jaws on opposing sides of the body, the first jaw having an engagement portion dimensioned to engage the first slot and the second jaw having an engagement portion dimensioned to engage the second slot; and a first biasing member configured to provide a biasing force against the first jaw to force the engagement portion of the first jaw into the first slot, and a second biasing member configured to provide a biasing force against the second jaw to force the engagement portion of the second jaw into the second slot. The mounting assembly may be easily and reliably attached to weapon without using tools.

Abstract: There is disclosed a multi-channel panoramic night vision goggle (PNVG) system having two monocular subassemblies, each having a first channel and a second channel, each channel having an optical axis. A mounting structure, having a right and a left side, and having two angled mounting shoes may be used to mount the monocular subassemblies. The angled mounting shoes permit a single monocular subassembly to be attached to either side of the mounting structure, yet permit an optical axis of one of the first or second channels to be substantially coaxial with a user's optical axis and permits the other of the first and second channels to be at an angle not coaxial or parallel with the user's optical axis. In addition a hot shoe connector enables selective and repeatable attachment of the monocular subassembly to the angled mounting shoe, without the use of solder to complete the electrical contact.

Abstract: A panoramic night vision goggle (PNVG) system is disclosed having a modified eyepiece that enables an improved field of view for at least an inner optical channel. Embodiments of the PNVG system may have a inner optical channel and an outer optical channel, each having an eyepiece element. In some embodiments, the inner eyepiece element may have an edge portion that is generally circular in shape and the outer eyepiece element may have an edge portion that is the complementary shape of the inner element edge portion.