Bull Hn Information Systems, Inc.

Lynx System Developers, Inc.

Other

Isolynx, LLC

Lynx Systems Developers, Inc.

Reilly, Gerard M.

Deangelis, Douglas J.

Evansen, Edward G.

Douglas J Deangelis

Gerard M Reilly

Kirk M Sigel

Mike Etienne Ciholas

Alexander T Farkas

Brian D Rhodes

Joseph M Gaudreau

Paul R Blaylock

Jeremy W Aldridge

Arthur Peters

Donald J Rathbun

Henry W Maddox

Edward G Evansen

Jeremy Wayne Aldridge

William L Saltmarsh

Herb A Hollinger

Evan A Hallam

Mike E Ciholas

An image-stream windowing method includes capturing, with a camera located at a fixed position and having a fixed field of view, a high-resolution image stream of an object that moves during said capturing. The high-resolution image stream includes a sequence of high-resolution frames. The method also includes determining, for each high-resolution frame of the sequence of high-resolution frames, a respective window, of a sequence of windows corresponding to the sequence of high-resolution frames, that encloses the object within said each high-resolution frame. The size and location of the respective window are determined based at least on the fixed position, the fixed field of view, and a position of the object. The method also includes generating a low-resolution image stream from the high-resolution image stream by cropping said each high-resolution frame with its respective window.

Image-stream windowing system and method

The invention provides a system for recording and displaying a time sequential scene on a computer (). The digital camera () transmits a sequence of digital image frames to the timer () representative of the image of a body passing a plane in space. Each frame represents a line object () of the body, thus forming a fractional part of the scene. Once the frame reaches the image timer (), it is digitally marked with a time reference () and buffered into a block of information. The main control computer () stores blocks of information from the image timer () for a variety of processing and features available to the user. The invention also provides a selected memory (), preferably a virtual memory subsystem, or hard-disc drive. Preferred constructions for adjusting camera pixel processing of light values, time-marking the images, creating color palettes for interactive viewing of color images, and video data coding to accommodate the high volume of line image data are described.

Line object scene generation apparatus

The invention provides a system for recording and displaying a time sequential scene on a computer ( ). The digital camera ( ) transmits a sequence of digital image frames to the timer ( ) representative of the image of a body passing a plane in space. Each frame represents a line object ( ) of the body, thus forming a fractional part of the scene. Once the frame reaches the image timer ( ), it is digitally marked with a time reference ( ) and buffered into a block of information. The main control computer ( ) stores blocks of information from the image timer ( ) for a variety of processing and features available to the user. The invention also provides a selected memory ( ), preferably a virtual memory subsystem, or hard-disc drive. Preferred constructions for adjusting camera pixel processing of light values, time-marking the images, creating color palettes for interactive viewing of color images, and video data coding to accommodate the high volume of line image data are described.

Event recording apparatus

A system for recording and displaying a time-sequential scene on a computer comprising a digital camera, an image timer, and a main control computer. The digital camera transmits a sequence of digital image frames to the timer representative of the image of a body passing a plane in space. Each frame represents a line of the body, thus forming a fractional part of the scene. Once the frame reaches the image timer, it is digitally marked with a time reference and buffered into a block of information. The main control computer stores blocks of information from the image timer for a variety of processing and features available to the user. A compression system compresses a sequence of digital image frames for storage into a selected memory, preferably a virtual memory subsystem, or hard-disc drive.

Event recording system with digital line camera

A system for recording and displaying a time-sequential scene on a computer comprising a digital camera, an image timer, and a main control computer. The digital camera transmits a sequence of digital image frames to the timer representative of the image of a body passing a plane in space. Each frame represents a line object of the body, thus forming a fractional part of the scene. Once the frame reaches the image timer, it is digitally marked with a time reference and buffered into a block of information. The main control computer stores blocks of information from the image timer for a variety of processing and features available to the user. The invention also provides a compression system for compressing a sequence of digital image frames for storage into a selected memory, preferably a virtual memory subsystem, or hard-disc drive. Preferred constructions for adjusting camera pixel processing of light values, time-marking the images, creating color palettes for interactive viewing of color images, and video data coding to accommodate the high volume of line image data are described.

A monitor for selectively detecting and recording conditions at selected points within a system during operation includes trigger logic connected from first selected points and responsive to selected conditions occurring at each of the first points for generating corresponding trigger outputs representing the occurrence of the selected conditions and a silo bank memory having a sub-silo for each second point. Each sub-silo has a first sub-silo segment with data inputs connected from the corresponding second point for recording data from the second point and a second sub-silo segment with data inputs connected from a time stamp generator. Silo write control logic is responsive to the trigger outputs to write the data representing the conditions present at each second point and the time stamp output of the time stamp generator into the corresponding sub-silo segments of the silo bank upon occurrence of a corresponding trigger output so that each condition recorded in the silo bank memory as the result of a trigger output has associated with it the time stamp count representing the relative time of occurrence of the trigger output.

Bus monitor with time stamp means for independently capturing and

A monitor device for selectively detecting and recording conditions at selected points within a system during operation, including a trigger enable memory for storing selectable trigger enabling codes wherein each code corresponds to a trigger signal representing the occurrence of a corresponding condition to be detected, a trigger generation device connected from first selected points and responsive to selected conditions thereupon for generating the trigger signals representing the occurrence of selected conditions, a trigger output device responsive to the enabling codes and the trigger signals for providing trigger outputs upon the occurrence of a trigger signal corresponding to a selected trigger enabling code, and a silo bank memory connected from second selected points and responsive to the trigger outputs for recording conditions present at the second points.

Bus monitor with selective capture of independently occuring events from

Growing community of inventors

Woburn, MA, United States of America

Douglas J Deangelis