Search

Suganda Jutamulia

from Berkeley, CA
Age ~70
Get Report
Also known as:
Suganda Suganda, Suganda Li, Suganda A
Phone and address:
2108 Jefferson Ave, Berkeley, CA 94703
(510) 486-8762
Related to:
Grace YangGuoqing Yang, 56Xiaoye S Li, 61Yuanwei T Lee, 52S Lixiaoye, 55Lizhi Ruan, 55Li C YauBen Yang, 58Ivan JutamuliaLifeng Feng Yam, 52
Connected to:
Heather A Jutawararat, 36Meghan C Jutca, 47Judith C Jutcovich, 70Mary J Juteau, 83Elayne M Juten, 37Robert A Juten, 60Connie E Juth, 65Stephanie D Juth, 37Jason Jutila, 50Jon E Jutila, 63

Suganda Jutamulia Phones & Addresses

  • 2108 Jefferson Ave, Berkeley, CA 94703 (510) 486-8762
  • 2108 Jefferson Ave #10, Berkeley, CA 94703 (510) 486-8762
  • Fremont, CA
  • San Jose, CA
  • State College, PA
  • Rockville, MD
  • 2108 Jefferson Ave, Berkeley, CA 94703 (510) 589-5211

Work

Company: Omnivision technologies, inc. Oct 2008 Position: Patent agent

Education

Degree: Doctorates, Doctor of Philosophy School / High School: Hokkaido University Specialities: Philosophy

Skills

Semiconductors • Optics • Patents • Patent Prosecution • Intellectual Property • R&D • Product Development • Electronics • Licensing • Sensors • Optoelectronics • Engineering • Physics • New Business Development • Photonics • Ic • Project Management • Management • Start Ups • Technology Transfer • Strategic Planning • Cross Functional Team Leadership • Engineering Management • Asic • Cmos • Design of Experiments • Medical Devices • Manufacturing • Product Management

Languages

English • Mandarin • Japanese • Indonesian

Ranks

Certificate: Patent Agent

Industries

Semiconductors

Resumes

Resumes

Suganda Jutamulia Photo 1

Patent Agent

View page
Location:
Berkeley, CA
Industry:
Semiconductors
Work:
Omnivision Technologies, Inc.
Patent Agent
University of Northern California
Professor
Education:
Hokkaido University
Doctorates, Doctor of Philosophy, Philosophy Penn State University
University of Indonesia
Master of Science, Masters Institut Teknologi Bandung
Bachelors, Bachelor of Science
Skills:
Semiconductors
Optics
Patents
Patent Prosecution
Intellectual Property
R&D
Product Development
Electronics
Licensing
Sensors
Optoelectronics
Engineering
Physics
New Business Development
Photonics
Ic
Project Management
Management
Start Ups
Technology Transfer
Strategic Planning
Cross Functional Team Leadership
Engineering Management
Asic
Cmos
Design of Experiments
Medical Devices
Manufacturing
Product Management
Languages:
English
Mandarin
Japanese
Indonesian
Certifications:
Patent Agent

Business Records

Name / Title
Company / Classification
Phones & Addresses
Suganda Jutamulia
President
In-Harmony Technology Corp
Mfg 3-D Imaging Cameras
2108 Jefferson Ave, Berkeley, CA 94703

Publications

Us Patents

Fiber-Coupled Laser Diode Having High Coupling-Efficiency And Low Feedback-Noise

View page
US Patent:
6768593, Jul 27, 2004
Filed:
Jun 24, 2003
Appl. No.:
10/602450
Inventors:
Suganda Jutamulia - Berkeley CA, 94703
International Classification:
G02B 2730
US Classification:
359641, 359710, 385 15, 385 33
Abstract:
A laser diode ( ) emits astigmatic and elliptical light. The long axis of ellipse is the fast axis of light, and the short axis of ellipse is the slow axis of light. A collimating lens ( ) first collimates the slow-axis light. Following the collimating lens ( ), a first cylindrical lens ( ) focuses the un-collimated fast-axis light. The focused fast-axis light then diverges and reaches a second cylindrical lens ( ). The second cylindrical lens ( ) collimates the fast-axis light. The collimated slow-axis light is unaffected by both cylindrical lenses. The beam-waist of the fast-axis light is substantially equal to the beam-waist of the slow-axis light by properly designing the focal lengths of both cylindrical lenses. The second cylindrical lens ( ) outputs an astigmatic-aberration-free, circular collimated-beam. The corrected beam is then input to a low-feedback-noise fiber collimator ( ), resulting in a fiber-coupled laser diode having both high coupling-efficiency and low feedback-noise.

Training Putter With Laser Line Projecting Device

View page
US Patent:
7118488, Oct 10, 2006
Filed:
Jan 21, 2005
Appl. No.:
11/040422
Inventors:
Benny Chan - Fremont CA, US
Suganda Jutamulia - Berkeley CA, US
Chih Yen Liu - Saratoga CA, US
Assignee:
Newtonics Spectra Inc. - Fremont CA
International Classification:
A63B 69/36
US Classification:
473220, 473119
Abstract:
A training putter with a laser line projecting device can be used for putting training to improve putting skill. The device is affixed to a putter head above its sweet spot, and emits a vertical light fan which projects a line on the around normal to the face of the putter head. The line is aligned with the sweet spot of the putter head and lies on the ground to connect the top of a golf ball with a target, such as a cup or a putting hole, so that alignment can be easily visualized. The device can be detached and reattached easily without any laser alignment. Furthermore, the device can be removably mounted to a user's own putter. The heat generated in the laser diode is quickly dissipated through the metal housing, the metal putter head, and the metal shaft to the surrounding air. Since proper operating temperature of the laser diode can be maintained, the laser diode will operate properly, which means the power of the emitted light will not be decreased, and the lifetime of the diode will not be shortened.

Display Magnifier For Digital Camera

View page
US Patent:
7336896, Feb 26, 2008
Filed:
Mar 22, 2005
Appl. No.:
11/088087
Inventors:
Suganda Jutamulia - Berkeley CA, US
International Classification:
G03B 17/18
G03B 17/56
G02B 27/02
US Classification:
396287, 396429, 34833308, 348375, 359802
Abstract:
A display magnifier for digital cameras is removably mounted to a camera using a screw tightened into a standard threaded tripod hole under the camera. A photographer views the display through the magnifier. When it is not in use, the magnifier can be folded for saving storage space and ease in carrying. The magnifier will not only magnify but also brighten since the magnifying lens will collect more light than the naked eye. Additionally, the screw may have a threaded hole in its head to allow the tripod screw to mate with it.

Golf Club Grip Alignment Using Laser Aligning Device

View page
US Patent:
7878917, Feb 1, 2011
Filed:
Dec 10, 2007
Appl. No.:
12/001163
Inventors:
Lanny L. Johnson - Okemos MI, US
Benny Chan - Fremont CA, US
Suganda Jutamulia - Berkeley CA, US
Chih Yen Liu - Saratoga CA, US
Assignee:
Newtonics Spectra Inc. - Fremont CA
International Classification:
A63B 69/36
US Classification:
473220, 473226
Abstract:
A laser aligning device is mounted on the flat side of a putter grip or other cylindrically asymmetric surface of a club grip and emits a fan shaped light sheet. The light sheet is perpendicular to the flat side of the putter grip. The light sheet projects a visible laser line on a plane such as the ground when the head is on the same plane. The alignment of the grip relative to the putter head's face can be inspected by visually inspecting the orientation of the projected line on the plane relative to the head's face. The grip can be adjusted and fixed so that it is properly oriented to the face.

Viewing A Display Of Portable Device Close To Eye

View page
US Patent:
20080074616, Mar 27, 2008
Filed:
Sep 9, 2006
Appl. No.:
11/518301
Inventors:
Suganda Jutamulia - Berkeley CA, US
International Classification:
A61B 3/10
US Classification:
351211
Abstract:
For magnifying a display of a portable device, the display is placed at a distance less than the distance of the normal near point to the eye (about 25 cm). However, the image will be blurred since the eye cannot focus the image onto the retina. To form a magnified image onto the retina, a positive lens is added in front of the eye. With a positive lens in front of the eye, and the device is placed closer than the near point to the eye, a viewer can see clearly the magnified display. A 2.5″ (6.25 cm) display will be seen like a 32″ (80 cm) display or even larger.

Compact Vector-Matrix Multiplier System Employing Electron Trapping Materials

View page
US Patent:
53212703, Jun 14, 1994
Filed:
Jul 28, 1992
Appl. No.:
7/921008
Inventors:
Suganda Jutamulia - Fremont CA
George M. Storti - Washington DC
William Seiderman - Frederick MD
Joseph Lindmayer - Potomac MD
Assignee:
Quantex Corporation - Rockville MD
International Classification:
G06G 700
US Classification:
2504844
Abstract:
A vector-matrix multiplier in which a matrix is stored in an electron trapping material by exposing the material to visible light passed through a liquid crystal device, which acts as a mask. The visible light raises electrons in the electron trapping material to a higher energy level at the exposed locations. Infrared light is then passed through the liquid crystal device to form an input vector, which is projected onto the electron trapping material. The infrared light releases electrons from the higher energy level, resulting in emission of a pattern of visible light. The emission of visible light from the electron trapping material forms an output representing the product of the input vector and the matrix.

Interferometers For Measuring Coherence Length And High-Speed Switching Of Laser Light

View page
US Patent:
56470320, Jul 8, 1997
Filed:
Aug 24, 1995
Appl. No.:
8/519143
Inventors:
Suganda Jutamulia - Fremont CA
Assignee:
Kowa Company, Ltd. - Tokyo
International Classification:
G02B 612
G01B 902
US Classification:
385 14
Abstract:
To measure the coherence length of light, an incident beam (20) is caused to interfere with replicas of itself after having variable delays. Variable delays are generated by passing a beam (40) that is a part of the incident beam (20) around a loop (46). The beam partially leaves the loop (46) at each cycle and partially continues looping. A beam (44) with multiple delays leaving from the loop (46) is caused to interfere with a beam (56) that is another part of the incident beam (20) without delay, to create an output beam (60). The intensity of output beam (60) is affected by multiple delays caused by the loop (46), and depends on the coherence length of the incident beam (20). Therefore, the coherence length of the incident beam (20) can be obtained by detecting the intensity of output beam (60). When the coherence length of light is sufficiently large, by setting the resultant intensity of output beam (60) to be zero, the interferometer can also be used for high speed switching of laser light, based on a transient phenomenon.

Optical Image Subtraction Employing Electron Trapping Materials

View page
US Patent:
51441454, Sep 1, 1992
Filed:
May 8, 1991
Appl. No.:
7/697002
Inventors:
Suganda Jutamulia - Rockville MD
George M. Storti - Washington DC
Joseph Lindmayer - Potomac MD
Assignee:
Quantex Corporation - Rockville MD
International Classification:
G03C 516
US Classification:
2504841
Abstract:
A method for using electron trapping materials to perform subtraction of images. One image is written onto a 2-dimensional screen of electron trapping material. A second image that has many of the elements of the first, but less than the total number of elements of the first, is erased from the electron trapping screen with infrared light. An exposure of the entire screen to infrared light results in luminescence output from those regions in which electrons remain trapped after the subtraction. Potential applications include machine inspection, image compression, etc. Images can be written on the screen of electron trapping material using energetic radiation or using short wavelength visible light.

Isbn (Books And Publications)

Introduction to Information Optics

View page
Author

Suganda Jutamulia

ISBN #

0127748113

Optical Pattern Recognition

View page
Author

Suganda Jutamulia

ISBN #

0521465176

Optical Signal Processing, Computing, and Neural Networks

View page
Author

Suganda Jutamulia

ISBN #

0471536547

Selected Papers on Optical Correlators

View page
Author

Suganda Jutamulia

ISBN #

0819412937

Selected Papers on Optical Correlators

View page
Author

Suganda Jutamulia

ISBN #

0819412945

Selected Papers on Optical Neural Networks

View page
Author

Suganda Jutamulia

ISBN #

0819415774

Selected Papers on Optical Neural Networks

View page
Author

Suganda Jutamulia

ISBN #

0819415782

Far and Near Field Optics: Physics and Information Processing 23-24 July 1998, San Diego, California

View page
Author

Suganda Jutamulia

ISBN #

0819429228

Control profile
Suganda Jutamulia from Berkeley, CA, age ~70 Get Report