Welcome
to Curtis Ikehara's Home Page
- Classes
- Spring
2010
- ICS 290 - Computer Science
Careers: An exploration of the specialties of computer science with a
focus on job hunting skills, Syllabus,
Schedule
- ICS 331 - Logic Design &
Microprocessors, Syllabus,
Schedule
- Fall
2009
- ICS 331 - Logic Design &
Microprocessors, Syllabus,
Schedule
- Times and location changed to:
- Lab: Monday / Wednesday 4:30 – 6:00 pm, Holmes
451
- ICS 464 - Human-Computer
Interaction I, Syllabus,
Schedule
- ICS 499 – One Credit
Research Series – You must get instructor’s approval before
registering for ICS 499
To
use ICS 499 to fulfill graduation requirements for a BA or BS in Computer
Science, you need three credits of ICS 499.
- Spring
2009
- ICS 290 – Computer
Science Careers: An exploration of the specialties of computer science
- Spring 2009, Syllabus,
Schedule (Canceled due to low enrollment – Check for this class
in Spring 2010)
- ICS 331 - Logic Design &
Microprocessors - Spring 2009, Syllabus,
Schedule
- Fall
2008
- Spring
2008
- Fall
2007
- ICS 331 - Logic Design &
Microprocessors – Fall 2007, Syllabus, Schedule (Canceled due to
low enrollment)
- ICS 463 - Human-Computer
Interaction I – Fall
2007, Syllabus,
Schedule
- Spring
2007
- Fall
2006
- Classes Previously Taught
- ICS 331 - Logic Design &
Microprocessors – Spring 2006, Syllabus,
Schedule
- ICS 331 - Logic Design &
Microprocessors - Summer 2002 - Syllabus, Schedule
- ICS 331 - Logic Design &
Microprocessors - Spring 2002 - Syllabus,
Schedule
- ICS 491 - Programming
Microcontroller Applications with Sensors and Motors - Fall 2001
- Papers,
Posters, Articles & Patent
- Poster at Workshop on Perceptive
User Interfaces
- Poster at CogSci2002 (08/2002)
- Measures of Real Time
Assessment to use in Adaptive Augmentation (Crosby, Ikehara & Chin,
2002)
- In Article - Pacific Business
News (10/25/2002)
- Biometric Conference (11/2002) -
Presenter & Discussion Panel Member
- In Article - Malamalama
"Identified in the Blink of an Eye" (01/2003)
- http://www.hawaii.edu/magazine/Biometric.html
- Papers at 36th Annual Hawaii International
Conference on System Sciences (HICSS'03)
- User Identification Based on
the Analysis of the Forces Applied by a User to a Computer Mouse
(Ikehara & Crosby, 2003)
- Methodological Issues of Real
Time Data Acquisition from Multiple Sources of Physiological Data (Vick
& Ikehara, 2003)
- Poster at 9th
International Conference on User Modeling
- A Model for Integrating an
Adaptive Information Filter Utilizing Biosensor Data to Assess Cognitive
Load (Ikehara, Chin & Crosby, June 2003)
- Short Paper at 2003 - World
Conference on Educational Multimedia, Hypermedia & Telecommunications
- Real-Time Cognitive Load in
Educational Multimedia (Ikehara & Crosby, June 2003)
- Paper at 37th Annual Hawaii
International Conference on System Sciences (HICSS'04)
- Modeling and Implementing an
Adaptive Human-Computer Interface Using Passive Biosensors (Ikehara,
Chin & Crosby, 2004)
- Paper at the SPIE Defense and
Security Symposium 2004, Biometric Technology for Human Identification
- Continuous Identity Authentication
Using Multimodal Physiological Sensors (Crosby & Ikehara, April
2004)
- Paper at the 38th Annual Hawaii
International Conference on System Sciences (HICSS'05)
- Assessing Cognitive Load with
Physiological Sensors (Ikehara & Crosby, 2005)
- Paper at the 11th International
Conference on Human-Computer Interaction
- A Suite of Physiological
Sensors for Assessing Cognitive States (Ikehara, Crosby & Chin,
2005)
- Book Chapter in Digital
Multimedia Perception and Design, Gheorghita Ghinea
and Sherry Chen,
Chapter 8, Pages 170 -185.
- Using Real-Time Physiological
Monitoring for Assessing Cognitive States (Crosby & Ikehara, 2006)
- Poster and Short paper at
Augmented Cognition International Conference, San Francisco, CA,
2006.
- Using Physiological Measures to
Identify Individual Differences in Response to Task Attributes, (Crosby
& Ikehara, 2006)
- Paper in Foundations
of Augmented Cognition, Pub. Springer Berlin/Heidelberg, Volume 4565/2007, pages 38-46 (Ikehara,
Biagioni & Crosby, 2007)
- Ad-hoc Wireless Body Area
Network for Augmented Cognition Sensors
- Paper in Foundations
of Augmented Cognition 4th ed., Pub. Strategic Analysis Inc.,
pages 171-176, (Crosby
& Ikehara, 2007)
- Webcam
Eye-Tracking Using a Radial Basis Neural Network
- US
Patent, 2007, C. S. Ikehara and M. E. Crosby, Inventors, Input device to
continuously detect biometrics, US Patent # 7,245,218.
- Paper
at IADIS Multi Conference on Computer Science and Information Systems
(MCCSIS 2008), Amsterdam,
Netherlands
(C. S. Ikehara & M. E. Crosby, 2008).
- Speech-to-Search: Enhancing
Internet Communication Utilizing User Generated Keyword Search Terms
from Automatic Speech Recognition.
- Paper at Medicine Meets Virtual
Reality (MMVR 2009), NextMed: Design for/the
Well Being, Long Beach,
CA. (C. S. Ikehara, C. Aschwanden, L.
Burgess, K. Montgomery, D. K. C. Mok, 2009).
- Evaluating a Virtual Reality
Motor-Skills Simulator
- Poster at User Modeling,
Adaptation and Personalization (UMAP 2009), Trento, Italy,
(D. N. Chin, D. Kang and C. Ikehara,
2009).
- Plan Recognition of Movement,
User Modeling, Adaptation, and Personalization
- Paper at 13th International
Conference on Human-Computer Interaction (HCII 2009), San Diego, CA,
(C. Ikehara & M. Crosby,
2009).
- Detecting Intentional Errors
Using the Pressures Applied to a Computer Mouse
- Paper at 13th International
Conference on Human-Computer Interaction (HCII 2009), San
Diego, CA, (M. Crosby, C. Ikehara & W. Ark,
2009).
- Identifying the Nature of
Knowledge Using the Pressures Applied to a Computer Mouse
- Dissertation Abstract
- Predicting Visual Depth Judgment
from Multiple Discrepant Sources of Depth Information Produced by a
Computer Controlled Stereoscopic Camera System. In the dissertation, two
models that predict how people combine discrepant sources of depth
information into a single depth judgment are compared to actual depth
judgments.
- Masters Thesis Abstract
(Psychology)
- Evaluation of a Teleoperator Performance Model Using a Rapid
Sequential Positioning Task. In the thesis, a master-slave telerobotic CRL manipulator arm is used to perform a
rapid sequential position task within a three dimensional maze. The study
investigated a proposed model of teleoperator
performance and the study supported the hypothesis that the
quantification of the flow of information can be used to explain human
perceptual-motor performance.
- Masters Project Abstract (Public
Health)
- Campbell Industrial
Park
Air Quality Assurance Sampling Plan Resource Manual. The project was the
compilation of an over 800 page resource manual and associated hypertext
software which contained a history of the air quality problem, area maps,
air contaminants cross reference and air quality monitoring issues.
- Autonomous Systems Laboratory
(Former member)
- Report:
Development of a Semi-Autonomous Underwater Vehicle for Intervention
Missions (SAUVIM), Access Number (ADA500698) at Defense Technical
Information Center
- Design of a Semi-autonomous
Underwater Vehicle for Intervention Missions (SAUVIM), Yuh, J.; Choi, S.K.; Ikehara, C.; Kim, G.H.; McMurty, G.; Ghasemi-Nejhad,
M.; Sarkar, N.; Sugihara, K.; Underwater
Technology, 1998. Proceedings of the 1998 International Symposium on ,
15-17 April 1998, Page(s): 63 -68.
- Layout and Schematics of ODIN
II, Autonomous Systems Laboratory, Technical Report ASL96-03-04, 1996
- Teleoperation and Perception Laboratory
- List of Publications
- Lab Pictures
- Computer Controlled
Stereoscopic Camera Base with Dual Lasers - Controllable parameters
includes: the separation between cameras, convergence angle of cameras,
zoom, focus, and aperture. (Pictures: Front, Side
with half silvered mirror, Side
w/o mirror)
- LCD Stereoscopic Head-Mounted
Display - A prototype to test stereoscopic visual performance with LCD
images. (Pictures: 1, 2 & 3)
- Master-Slave
arm used to perform a three-dimensional tapping task.
- Telerobot with stereoscopic camera pair.
(Pictures: Front,
Side,
Back)
- Firebot - A prototype robot used to
locate and put out small fires. It contained sensors (e.g., thermal,
light and sonar) and actuators (motorized wheels, water pump and rotating
sonar base) and was controlled by a laptop. (Pictures: Side, Back
& Rear)
- Nitinol Walking Robot - A prototype microcontrolled (68HC11 microcontroller) walking nitinol robot with light sensors. (Pictures: Top
& Side)
Contact Information:
- Curtis
S. Ikehara, MPH, PhD (Asst. Professor)
- University of Hawai'i at Manoa
- Information and Computer Science
Department
- 1680
East-West Road - POST
Building - Room 306B
- Honolulu, Hawai'i
96822
- Phone (808) 956-3581
- FAX (808) 956-3548
- email: cikehara@hawaii.edu
- http://www2.hawaii.edu/~cikehara/
Last
modified: November 12, 2009