Patent Assignment
Reel/Frame 025790/0458
Assignment of Assignor's Interest
Recorded: 2011-02-14
Received: 2011-02-14
Pages: 14
Assignor
CANESTA, INC.
Executed: 2010-11-22
Assignee
MICROSOFT CORPORATION
ONE MICROSOFT WAY, REDMOND, WA, 98052, UNITED STATES
Covered Properties
(53)
Mine Shaft Liner Plate System and Method
Application:
13/019,372 →
Method and System for Noise Simulation Analysis Useable with Systems Including Time-of-Flight Depth Systems
Application:
12/804,863 →
Method and System to Maximize Space-Time Resolution in a Time-of-Flight (Tof) System
Application:
12/802,117 →
Method and system implementing user-centric gesture control
Application:
12/802,052 →
Method and System for Fast Calibration of Three-Dimensional (3D) Sensors
Application:
12/800,634 →
Cmos Three-Dimensional Image Sensor Detectors Having Reduced Inter-Gate Capacitance, and Enhanced Modulation Contrast
Application:
12/658,806 →
Cmos Three-Dimensional Image Sensor Detectors with Assured Non Collection of Late Arriving Charge, More Rapid Collection of Other Charge, and with Improved Modulation Contrast
Application:
12/658,833 →
Method and system for recognition of user gesture interaction with passive surface video displays
Application:
12/586,432 →
System Architecture Design for Time-of- Flight System Having Reduced Differential Pixel Size, and Time-of- Flight Systems So Designed
Application:
12/459,160 →
Method and system for intelligently mining data during communication streams to present context-sensitive advertisements using background substitution
Application:
12/387,438 →
Methods and systems using three-dimensional sensing for user interaction with applications
Application:
12/386,457 →
Method and System to Reduce Stray Light Reflection Error in Time-of-Flight Sensor Arrays
Application:
12/384,949 →
Method and System for Fast Calibration of Three-Dimensional (3D) Sensors
Application:
12/319,086 →
Method and System for Automatic Gain Control of Sensors in Time-of-Flight Systems
Application:
12/154,774 →
Methods and Devices for Improved Charge Management for Three-Dimensional and Color Sensing
Application:
12/079,686 →
Gesture Recognition System Using Depth Perceptive Sensors
Application:
12/074,443 →
Contactless obstacle detection for power doors and the like
Application:
12/008,430 →
Video Manipulation of Red, Green, Blue, Distance (Rgb-Z) Data Including Segmentation, Up-Sampling, and Background Substitution Techniques
Application:
12/004,305 →
Method & System to Enhance Timing Accuracy for Time-of-Flight Systems
Application:
11/998,713 →
Method and System to Correct Motion Blur and Reduce Signal Transients in Time-of-Flight Sensor Systems
Application:
11/975,059 →
Method and System for Lossless Dealiasing in Time-of-Flight (Tof) Systems
Application:
11/906,609 →
Enhanced Obstacle Detection and Tracking for Three-Dimensional Imaging Systems Used in Motor Vehicles
Application:
11/906,046 →
Method and System for Fast Calibration of Three-Dimensional (3D) Sensors
Application:
11/825,582 →
Rgbz (Red, Green, Blue, Z-Depth) Filter System Useable with Sensor Systems, Including Sensor Systems with Synthetic Mirror Enhanced Three-Dimensional Imaging
Application:
11/804,653 →
Method and System to Avoid Inter-System Interference for Phase-Based Time-of-Flight Systems
Application:
11/803,660 →
Method and System to Differentially Enhance Sensor Dynamic Range Using Enhanced Common Mode Reset
Application:
11/705,217 →
Method and System to Enhance Differential Dynamic Range and Signal/Noise in Cmos Range Finding Systems Using Differential Sensors
Application:
11/648,062 →
Method and System to Calibrate a Camera System Using Phase Demodulation Sensing
Application:
11/523,871 →
Method and System to Increase X-Y Resolution in a Depth (Z) Camera Using Red, Blue, Green (Rgb) Sensing
Application:
11/444,947 →
Method and System to Correct Motion Blur and Reduce Signal Transients in Time-of-Flight Sensor Systems
Application:
11/350,222 →
Method and System to Enhance Differential Dynamic Range and Signal/Noise in Cmos Range Finding Systems Using Differential Sensors
Application:
11/350,209 →
Method and System to Segment Depth Images and to Detect Shapes in Three-Dimensionally Acquired Data
Application:
11/349,311 →
Methods and System to Quantify Depth Data Accuracy in Three-Dimensional Sensors Using Single Frame Capture
Application:
11/348,737 →
Method and System for Automatic Gain Control of Sensors in Time-of-Flight Systems
Application:
11/349,310 →
Methods and Devices for Improved Charge Management for Three-Dimensional and Color Sensing
Application:
11/349,017 →
Method and System to Differentially Enhance Sensor Dynamic Range Using Enhanced Common Mode Reset
Application:
11/110,982 →
Method and System to Increase Dynamic Range of Time-of-Flight (Tof) and/or Imaging Sensors
Application:
11/058,028 →
Method Enabling a Standard Cmos Fab to Produce an Ic to Sense Three-Dimensional Information Using Augmented Rules Creating Mask Patterns Not Otherwise Expressble with Existing Fab Rules
Application:
11/028,290 →
Method and System to Differentially Enhance Sensor Dynamic Range
Application:
10/823,415 →
System and Method for Providing Intelligent Airbag Deployment
Application:
10/660,907 →
Coded-Array Technique for Obtaining Depth and Other Position Information of an Observed Object
Application:
10/600,744 →
Methods and Devices for Charge Management for Three-Dimensional and Color Sensing
Application:
10/464,299 →
Subject Segmentation and Tracking Using 3D Sensing Technology for Video Compression in Multimedia Applications
Application:
10/411,674 →
Optical Methods for Remotely Measuring Objects
Application:
10/412,169 →
Gesture Recognition System Using Depth Perceptive Sensors
Application:
10/369,999 →
Electromagnetic Wave Detection Arrangement with Capacitive Feedback
Application:
10/236,490 →
Method and System to Enhance Dynamic Range Conversion Useable with Cmos Three-Dimensional Imaging
Application:
10/155,467 →
Technique for Removing Blurring from a Captured Image
Application:
10/079,196 →
Systems for Cmos-Compatible Three-Dimensional Image Sensing Using Quantum Efficiency Modulation
Application:
10/020,339 →
Methods for Cmos-Compatible Three-Dimensional Image Sensing Using Quantum Efficiency Modulation
Application:
10/020,393 →
Methods for Enhancing Performance and Data Acquired from Three-Dimensional Image Systems
Application:
10/013,069 →
Method for Enhancing Performance in a System Utilizing an Array of Sensors That Sense at Least Two-Dimensions
Application:
09/997,493 →
Cmos-Compatible Three-Dimensional Image Sensing Using Reduced Peak Energy
Application:
09/876,373 →