Ilya Rosenberg
Mountain View, California, United States
1K followers
500+ connections
About
My experience has been in the broad areas of computer games and graphics, hardware…
Activity
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Nick Mead '17 is an Olympic Champion! 🥇 The history major from Strafford, PA helped Team USA rowing earn the gold in the men's four for the first…
Nick Mead '17 is an Olympic Champion! 🥇 The history major from Strafford, PA helped Team USA rowing earn the gold in the men's four for the first…
Liked by Ilya Rosenberg
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Maia Weintraub '26 has become the first EVER Princetonian to win an Olympic gold medal in fencing! 🥇 The junior from Philadelphia, PA is studying…
Maia Weintraub '26 has become the first EVER Princetonian to win an Olympic gold medal in fencing! 🥇 The junior from Philadelphia, PA is studying…
Liked by Ilya Rosenberg
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We are #hiring! We are seeking passionate Sensor HW Electrical engineers enthusiastic about sensing technologies for Smart Glasses. The team and…
We are #hiring! We are seeking passionate Sensor HW Electrical engineers enthusiastic about sensing technologies for Smart Glasses. The team and…
Liked by Ilya Rosenberg
Experience
Education
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New York University
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Research Areas:
Multi-touch input hardware (LOTUS/UnMousePad/IFSR/IMPAD project).
Real-time particle based isosurface extraction (RTPIE).
Dense real-time stereo vision algorithms (SGMGPU project).
Games for learning (SPIRAL project). -
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Activities and Societies: Ski Team, Tau Beta Pi engineering society
Publications
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Natural Interaction with a Virtual World
New York University
My PhD Dissertation, advised by Dr. Ken Perlin. Abstract: A large portion of computer graphics and human/computer interaction is concerned with the creation, manipulation and use of two and three dimensional objects existing in a virtual world. By creating more natural physical interfaces and virtual worlds which behave in physically plausible ways, it is possible to empower non-expert users to create, work and play in virtual environments. This thesis is concerned with the design, creation…
My PhD Dissertation, advised by Dr. Ken Perlin. Abstract: A large portion of computer graphics and human/computer interaction is concerned with the creation, manipulation and use of two and three dimensional objects existing in a virtual world. By creating more natural physical interfaces and virtual worlds which behave in physically plausible ways, it is possible to empower non-expert users to create, work and play in virtual environments. This thesis is concerned with the design, creation, and optimization of user-input devices which break down the barriers between the real and the virtual as well as the development of software algorithms which allow for the creation of physically realistic virtual worlds.
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Real-time particle isosurface extraction
I3D Symposium on Interactive 3D graphics and games
Patents
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Force sensing input device under an unbroken exterior portion of a device
Issued US 9,035,752
User input is accepted by a force sensing resistor ("FSR") assembly, a force sensing capacitor ("FSC") or both. The FSR or FSC assemblies may be located within an input device, such as behind a device exterior, display, and so forth. A force applied to the device exterior proximate to the assembly may result in activation of the assembly. The activation may be processed as input and used to determine and then perform a particular action. The particular action may be based at least in part on a…
User input is accepted by a force sensing resistor ("FSR") assembly, a force sensing capacitor ("FSC") or both. The FSR or FSC assemblies may be located within an input device, such as behind a device exterior, display, and so forth. A force applied to the device exterior proximate to the assembly may result in activation of the assembly. The activation may be processed as input and used to determine and then perform a particular action. The particular action may be based at least in part on a particular portion of the assembly which has been activated, a magnitude of applied force, or both. A haptic output may be provided on activation to provide feedback to a user.
Other inventorsSee patent -
Color-patterned front lights
Issued US 8545035
The color patterned front light (CPFL) may be implemented by shining light through a side of a CPFL panel that is situated adjacent to and in front of a monochromic reflective display (MRD). The CPFL may direct one of red, green, blue, or white light through a rear surface of the panel and onto each of the pixels in the MRD. The pixels may be grouped in blocks, such as n-by-m or n-by-n blocks of pixels. The pixels in the block may be selectively activated by the MRD to either absorb the light…
The color patterned front light (CPFL) may be implemented by shining light through a side of a CPFL panel that is situated adjacent to and in front of a monochromic reflective display (MRD). The CPFL may direct one of red, green, blue, or white light through a rear surface of the panel and onto each of the pixels in the MRD. The pixels may be grouped in blocks, such as n-by-m or n-by-n blocks of pixels. The pixels in the block may be selectively activated by the MRD to either absorb the light or reflect the light shone on the respective pixel. By adjusting the representation of the pixels in the MRD, the block may appear to change color based on the colored light from the CPFL that is reflected outward from the display.
Other inventorsSee patent -
Diffusive display device
Issued US 8416365
A diffusive display, such as a polymer network liquid crystal display (PNLCD) and a visible wavelength light polarizer are combined to form a diffusive display device. The diffusive display device may provide black and white or color presentation with refresh rates suitable for playback of animation or full motion video using ambient or emitted light. By altering a state of the diffusive material, such as polymer network liquid crystals, between a scatter state and a clear state an image may be…
A diffusive display, such as a polymer network liquid crystal display (PNLCD) and a visible wavelength light polarizer are combined to form a diffusive display device. The diffusive display device may provide black and white or color presentation with refresh rates suitable for playback of animation or full motion video using ambient or emitted light. By altering a state of the diffusive material, such as polymer network liquid crystals, between a scatter state and a clear state an image may be generated.
Other inventorsSee patent -
Two-sided touch sensor
Issued US 8810524
Touch sensors sensitive to touches on two sides are incorporated into electronic devices and accept input from either side of the device, such as a front and a back of the device. This increases available input area without doubling the number of touch sensors within the device. When combined with one or more displays, low profile two-sided devices are possible.
Other inventorsSee patent -
Method for manufacturing long force sensors using screen printing technology
Issued US US7984544 B2
A force or pressure sensor and appertaining method for manufacturing are provided in which the sensor comprises a repeating conductive trace pattern that can be replicated to produce a consistent conductive trace across more than one adjacent pattern section forming an electrical bus, wherein more than one section of a series of conductive traces are printed on a thin and flexible dielectric backing using the pattern.
Other inventors -
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Incremental Page Transitions on Electronic Paper Displays
Filed US 20130135215
Techniques for implementing incremental page transitions on an electronic paper display of an electronic device are described herein. In some instances, an electronic-paper display controller that allows for per-pixel or multiple-pixel-block updating enables the incremental page transitions.
Other inventorsSee patent -
Force Sensing Input Device
Filed US US20140253305 A1
User input is accepted by a force sensing resistor ("FSR") assembly, a force sensing capacitor ("FSC") or both. The FSR or FSC assemblies may be located within an input device, such as behind a device exterior, display, and so forth. A force applied to the device exterior proximate to the assembly may result in activation of the assembly. The activation may be processed as input and used to determine and then perform a particular action. The particular action may be based at least in part on a…
User input is accepted by a force sensing resistor ("FSR") assembly, a force sensing capacitor ("FSC") or both. The FSR or FSC assemblies may be located within an input device, such as behind a device exterior, display, and so forth. A force applied to the device exterior proximate to the assembly may result in activation of the assembly. The activation may be processed as input and used to determine and then perform a particular action. The particular action may be based at least in part on a particular portion of the assembly which has been activated, a magnitude of applied force, or both. A haptic output may be provided on activation to provide feedback to a user.
Other inventorsSee patent -
Dynamically updating an electronic paper display by computational modeling
Filed US US 13/721,708
Embodiments provide techniques for updating pixels of an electrophoretic display through computational modeling of a current state of each pixel. A model buffer may store data for a modeled current state of each pixel in a display, providing a prediction of a current color state for each pixel based on voltages previously applied to the pixel. Upon receiving a frame to be displayed, including a target state for each pixel, embodiments determine which of a set of voltages (e.g., positive…
Embodiments provide techniques for updating pixels of an electrophoretic display through computational modeling of a current state of each pixel. A model buffer may store data for a modeled current state of each pixel in a display, providing a prediction of a current color state for each pixel based on voltages previously applied to the pixel. Upon receiving a frame to be displayed, including a target state for each pixel, embodiments determine which of a set of voltages (e.g., positive, negative, or neural/zero voltages) optimally alters the state of the pixel to be as close as possible to the target state. These voltage(s) may be applied to each pixel in an iterative manner, with each voltage determined based on the current modeled state of the pixel.
Other inventorsSee patent -
Magnetic Stylus
Filed US 13247412
A stylus comprising a magnetic field source when combined with a touch sensor provides for several input modes for an electronic device. Magnetometers in the electronic device may detect the presence, location, orientation, and angle of the magnet and thus the stylus. Presence of the magnetic field in conjunction with touches on the force sensitive touch sensor provides additional comparisons to distinguish whether a touch is from a human hand, a particular portion of a stylus, or other object.
Other inventorsSee patent -
Method and apparatus for providing input to a processor, and a sensor pad
Filed US US 20090256817 A1
An apparatus for providing input to a processor includes a sensor pad having a surface and a sensor array for sensing pressure at the surface and producing signals corresponding to the pressure at the surface. The sensor array having columns and rows of electrodes that are covered with resistive material which fills in the spaces between the electrodes and acts as a linear resistor between the electrodes and measures pressure on the pad surface between the electrodes. The apparatus includes an…
An apparatus for providing input to a processor includes a sensor pad having a surface and a sensor array for sensing pressure at the surface and producing signals corresponding to the pressure at the surface. The sensor array having columns and rows of electrodes that are covered with resistive material which fills in the spaces between the electrodes and acts as a linear resistor between the electrodes and measures pressure on the pad surface between the electrodes. The apparatus includes an interface in contact with the sensor pad and in communication with the sensor array which couples to the processor to communicate the signals to the processor. A method for providing input to a processor includes the steps of sensing pressure with a sensor pad having a surface and a sensor array for sensing the pressure at the surface. There is the step of producing signals corresponding to the pressure at the surface with the sensor array. The sensor array having columns and rows of electrodes that are covered with resistive material which fills in the spaces between the electrodes and acts as a linear resistor between the electrodes and measures pressure on the pad surface between the electrodes. There is the step of communicating the signals to the processor with an interface in contact with the sensor pad and in communication with the sensor array which couples to the processor.
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Automated line calling system
Filed US US 20090143174 A1
A system and appertaining method are described to detect whether a projectile impact occurs on one side of a boundary line or the other The system utilizes force sensing resistor-based sensors that may be configured in sections or groups and connected to a control system with a display. Sensor installation methods for the sensors and associated electronics are also provided. An impact classification system is provided for distinguishing between various events, including a footstep, ball impact…
A system and appertaining method are described to detect whether a projectile impact occurs on one side of a boundary line or the other The system utilizes force sensing resistor-based sensors that may be configured in sections or groups and connected to a control system with a display. Sensor installation methods for the sensors and associated electronics are also provided. An impact classification system is provided for distinguishing between various events, including a footstep, ball impact and tennis racquet contact.
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Languages
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English
Native or bilingual proficiency
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Russian
Limited working proficiency
More activity by Ilya
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Woah…! Europe can do MUCH more to fund and foster its HardTech startups. Remember, NVIDIA was once such a startup.
Woah…! Europe can do MUCH more to fund and foster its HardTech startups. Remember, NVIDIA was once such a startup.
Liked by Ilya Rosenberg
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Last night, I had the incredible opportunity to host my first networking event of my time here at Greylock. Over 50 brilliant Princeton University…
Last night, I had the incredible opportunity to host my first networking event of my time here at Greylock. Over 50 brilliant Princeton University…
Liked by Ilya Rosenberg
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Good marketing, though if modern GPUs so little, it wouldn't require tens of billions of transistors (and a couple of kilowatts) 😊
Good marketing, though if modern GPUs so little, it wouldn't require tens of billions of transistors (and a couple of kilowatts) 😊
Liked by Ilya Rosenberg
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By far one of my favorite E Ink moments. Long before there were eBooks, there was the Samsung Alias 2 phone with changeable keyboard.
By far one of my favorite E Ink moments. Long before there were eBooks, there was the Samsung Alias 2 phone with changeable keyboard.
Liked by Ilya Rosenberg
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Have you ever wondered if we're missing something in how we build neural networks? There is a mystery: We know of one amazing system that *might* act…
Have you ever wondered if we're missing something in how we build neural networks? There is a mystery: We know of one amazing system that *might* act…
Liked by Ilya Rosenberg
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I loved seeing this — four Lenovo laptops feature on PCMag's list of Best Business Laptops for 2024, including one for #SMB: ⭐ Best Business Laptop…
I loved seeing this — four Lenovo laptops feature on PCMag's list of Best Business Laptops for 2024, including one for #SMB: ⭐ Best Business Laptop…
Liked by Ilya Rosenberg
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Excellent article about the new Lenovo ThinkPad X1 Carbon Gen 12 from Benjamin Herzig at Notebookcheck Publishing GmbH. "This new, bigger glass…
Excellent article about the new Lenovo ThinkPad X1 Carbon Gen 12 from Benjamin Herzig at Notebookcheck Publishing GmbH. "This new, bigger glass…
Liked by Ilya Rosenberg
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