2008 |
9 | EE | Keiichi Katamine,
Yasufumi Shinyashiki,
Toshiro Mise,
Masaaki Hashimoto,
Naoyasu Ubayashi,
Takako Nakatani:
A Conceptual Model for Analysis Method of Extracting Unexpected Obstacles of Embedded Systems.
JCKBSE 2008: 22-31 |
8 | EE | Keiichi Ishibashi,
Masaaki Hashimoto,
Keiichi Katamine,
Ryoma Shiratsuchi,
Keita Asaine,
Takako Nakatani,
Naoyasu Ubayashi,
Yoshihiro Akiyama:
A Discussion on Domain Modeling in an Example of Motivation-Based Human Resource Management.
JCKBSE 2008: 32-41 |
7 | EE | Takako Nakatani,
Shouzo Hori,
Naoyasu Ubayashi,
Keiichi Katamine,
Masaaki Hashimoto:
A Case Study: Requirements Elicitation Processes throughout a Project.
RE 2008: 241-246 |
2007 |
6 | EE | Yasufumi Shinyashiki,
Toshiro Mise,
Masaaki Hashimoto,
Keiichi Katamine,
Naoyasu Ubayashi,
Takako Nakatani:
Enhancing the ESIM (Embedded Systems Improving Method) by Combining Information Flow Diagram with Analysis Matrix for Efficient Analysis of Unexpected Obstacles in Embedded Software.
APSEC 2007: 326-333 |
5 | EE | Yasufumi Shinyashiki,
Toshiro Mise,
Masaaki Hashimoto,
Keiichi Katamine,
Naoyasu Ubayashi,
Takako Nakatani:
A Suggestion for Analysis of Unexpected Obstacles in Embedded System.
HCI (8) 2007: 755-768 |
2006 |
4 | | Hidehiro Kametani,
Yasufumi Shinyashiki,
Toshiro Mise,
Masaaki Hashimoto,
Naoyasu Ubayashi,
Keiichi Katamine,
Takako Nakatani:
Information Flow Diagram and Analysis Method for Unexpected Obstacle Specification of Embedded Software.
JCKBSE 2006: 115-124 |
3 | | Toshiro Mise,
Yasufumi Shinyashiki,
Takako Nakatani,
Naoyasu Ubayashi,
Keiichi Katamine,
Masaaki Hashimoto:
A Method for Extracting Unexpected Scenarios of Embedded Systems.
JCKBSE 2006: 41-50 |
2005 |
2 | EE | Toshiro Mise,
Masaaki Hashimoto,
Keiichi Katamine,
Yasufumi Shinyashiki,
Naoyasu Ubayashi,
Takako Nakatani:
An Analysis Method with Failure Scenario Matrix for Specifying Unexpected Obstacles in Embedded Systems.
APSEC 2005: 447-456 |
1 | EE | Masanobu Umeda,
Keiichi Katamine,
Isao Nagasawa,
Masaaki Hashimoto,
Osamu Takata:
Multi-threading Inside Prolog for Knowledge-Based Enterprise Applications.
INAP 2005: 200-214 |