Towards Constructing a Class Evolution Model. - Takako Nakatani; Tetsuo Tamai; Atsushi Tomoeda; Harumi Matsuda (APSEC, 1997)

Empirical Observations on Object Evolution. - Takako Nakatani; Tetsuo Tamai (APSEC, 1999)

Organizing process of objects viewed in multiple perspectives. - Takako Nakatani; Tetsuo Tamai (Syst. Comput. Jpn., 2000)

A Requirements Description Metamodel for Use Cases. - Takako Nakatani; Tetsuya Urai; Sou Ohmura; Tetsuo Tamai (APSEC, 2001)

Quantitative Observations on Object Evolution. - Takako Nakatani (IWPSE, 2001)

Analysis of software evolution processes using statistical distribution Models. - Tetsuo Tamai; Takako Nakatani (IWPSE, 2002)

Dolittle - Experiences in Teaching Programming at K12 Schools. - Susumu Kanemune; Takako Nakatani; Rie Mitarai; Shingo Fukui; Yasushi Kuno (C5, 2004)

An Analysis Method with Failure Scenario Matrix for Specifying Unexpected Obstacles in Embedded Systems. - Toshiro Mise; Masaaki Hashimoto; Keiichi Katamine; Yasufumi Shinyashiki; Naoyasu Ubayashi; Takako Nakatani (APSEC, 2005)

Role and Owner based Business Domain Analysis. - Takako Nakatani; Terunobu Fujino (APSEC, 2005)

Information Flow Diagram and Analysis Method for Unexpected Obstacle Specification of Embedded Software. - Hidehiro Kametani; Yasufumi Shinyashiki; Toshiro Mise; Masaaki Hashimoto; Naoyasu Ubayashi; Keiichi Katamine; Takako Nakatani (JCKBSE, 2006)

A Method for Extracting Unexpected Scenarios of Embedded Systems. - Toshiro Mise; Yasufumi Shinyashiki; Takako Nakatani; Naoyasu Ubayashi; Keiichi Katamine; Masaaki Hashimoto (JCKBSE, 2006)

Japanese Workshop on Requirements Engineering Tools (JWRET). - Takako Nakatani; Haruhiko Kaiya (ASE, 2006)

Enhancing the ESIM (Embedded Systems Improving Method) by Combining Information Flow Diagram with Analysis Matrix for Efficient Analysis of Unexpected Obstacles in Embedded Software. - Yasufumi Shinyashiki; Toshiro Mise; Masaaki Hashimoto; Keiichi Katamine; Naoyasu Ubayashi; Takako Nakatani (APSEC, 2007)

A Suggestion for Analysis of Unexpected Obstacles in Embedded System. - Yasufumi Shinyashiki; Toshiro Mise; Masaaki Hashimoto; Keiichi Katamine; Naoyasu Ubayashi; Takako Nakatani (HCI (8), 2007)

A Discussion on Domain Modeling in an Example of Motivation-Based Human Resource Management. - Keiichi Ishibashi; Masaaki Hashimoto; Keiichi Katamine; Ryoma Shiratsuchi; Keita Asaine; Takako Nakatani; Naoyasu Ubayashi; Yoshihiro Akiyama (JCKBSE, 2008)

A Conceptual Model for Analysis Method of Extracting Unexpected Obstacles of Embedded Systems. - Keiichi Katamine; Yasufumi Shinyashiki; Toshiro Mise; Masaaki Hashimoto; Naoyasu Ubayashi; Takako Nakatani (JCKBSE, 2008)

Requirements Engineering Education for Professional Engineers. - Takako Nakatani (JCKBSE, 2008)

A Case Study: Requirements Elicitation Processes throughout a Project. - Takako Nakatani; Shouzo Hori; Naoyasu Ubayashi; Keiichi Katamine; Masaaki Hashimoto (RE, 2008)

Preliminary Analysis for Risk Finding in Offshore Software Outsourcing from Vendor's Viewpoint. - Zhongqi Sheng; Hiroshi Tsuji; Akito Sakurai; Kenichi Yoshida; Takako Nakatani (SEAFOOD, 2008)

Project Management Patterns to Prevent Schedule Delay Caused by Requirements Changes - Empirical Study on a Successful Project. - Shouzo Hori; Takako Nakatani; Keiichi Katamine; Naoyasu Ubayashi; Masaaki Hashimoto (ICSOFT (1), 2009)

Towards a Strategic Requirements Elicitation - A Proposal of the PRINCE Model. - Takako Nakatani; Shouzo Hori; Michio Tsuda; Mari Inoki; Keiichi Katamine; Masaaki Hashimoto (ICSOFT (1), 2009)

A Model and Architecture of REBOK (Requirements Engineering Body of Knowledge) and Its Evaluation. - Mikio Aoyama; Takako Nakatani; Shinobu Saito; Mikio Suzuki; Kazuaki Fujita; Hiroaki Nakazaki; Ritsuo Suzuki (APSEC, 2010)

REBOK Manifest: Towards a Requirements Engineering Body of Knowledge. - Mikio Aoyama; Takako Nakatani; Shinobu Saito (RE, 2010)

Requirements engineering education for senior engineers: Course design and its evaluation. - Takako Nakatani; Toshihiko Tsumaki; Tetsuo Tamai (REET, 2010)

Project Management Patterns to Prevent Schedule Delay Caused by Requirement Elicitation. - Shouzo Hori; Takako Nakatani; Keiichi Katamine; Naoyasu Ubayashi; Masaaki Hashimoto (IEICE Trans. Inf. Syst., 2010)

A Case Study of Requirements Elicitation Process with Changes. - Takako Nakatani; Shouzo Hori; Naoyasu Ubayashi; Keiichi Katamine; Masaaki Hashimoto (IEICE Trans. Inf. Syst., 2010)

Requirements Maturation Analysis by Accessibility and Stability. - Takako Nakatani; Toshihiko Tsumaki; Michio Tsuda; Mari Inoki; Shouzo Hori; Keiichi Katamine (APSEC, 2011)

Requirements maturation analysis based on the distance between the source and developers. - Takako Nakatani; Toshihiko Tsumaki (CHASE, 2011)

A metamodel for design review derived from design specification templates. - Atsushi Motoyama; Takako Nakatani (JCKBSE, 2012)

An evaluation of a quality model for a high quality procurement specification. - Hideki Nakakita; Kazuhiko Tsuda; Takako Nakatani (JCKBSE, 2012)

Foreword. - Takako Nakatani (IEICE Trans. Inf. Syst., 2012)

Toward the Decision Tree for Inferring Requirements Maturation Types. - Takako Nakatani; Narihito Kondo; Junko Shirogane; Haruhiko Kaiya; Shouzo Hori; Keiichi Katamine (IEICE Trans. Inf. Syst., 2012)

Requirements Engineering Based on REBOK (Requirements Engineering Body Of Knowledge) and Its Practice. - Mikio Aoyama; Takako Nakatani; Shinobu Saito; Yukako Iimura (APSEC (2), 2013)

MuLSA: Multi-Layered Scenario Analysis for an Advanced Driver Assistance System. - Takako Nakatani; Keita Sato (ICSOFT, 2013)

A Scenario Analysis Method with User Emotion and Its Context. - Takako Nakatani; Keita Sato (ICSOFT (Selected Papers), 2013)

Predicting Requirements Changes by Focusing on the Social Relations. - Takako Nakatani; Toshihiko Tsumaki (APCCM, 2014)

A Method for Analyzing the Context of Stakeholders and their Requirements. - Takako Nakatani; Yuko Koiso (ICSOFT EA, 2014)

A Study on the OR Decomposition of Goal-Oriented Analysis Using GSN. - Michitaro Okano; Takako Nakatani (JCKBSE, 2014)

Estimation of the Maturation Type of Requirements from Their Accessibility and Stability. - Takako Nakatani; Shouzo Hori; Keiichi Katamine; Michio Tsuda; Toshihiko Tsumaki (IEICE Trans. Inf. Syst., 2014)

Support of Scenario Creation by Generating Event Lists from Conceptual Models. - Kenta Goto; Shinpei Ogata; Junko Shirogane; Takako Nakatani; Yoshiaki Fukazawa (MODELSWARD, 2015)

A Suitable Design for Natural Menu Opening Manipulations When Note-Taking on Tablet Devices. - Atsushi Kitani; Takako Nakatani (HCI (26), 2016)

Toward the reduction of incorrect drawn ink retrieval. - Atsushi Kitani; Taketo Kimura; Takako Nakatani (Hum. centric Comput. Inf. Sci., 2017)

Moral Education for Adults for Information Ethics to Effect the Unknown Problem. - Keiichiro Abe; Takako Nakatani (JCKBSE, 2018)

Generating Scenarios with Access Permission from a Conceptual Model. - Takako Nakatani; Hideo Goto; Osamu Shigo; Taichi Nakamura (JCKBSE, 2018)

A method to generate traverse paths for eliciting missing requirements. - Takako Nakatani; Hideo Goto; Taichi Nakamura; Osamu Shigo (ACSW, 2019)

An Idea Support Method and a Tool for New Product Development. - Yuichi Tsujiwaki; Takako Nakatani (HCI (33), 2019)

Predicting Fault Proneness of Programs with CNN. - Kazuhiko Ogawa; Takako Nakatani (ICAART (1), 2019)

Development of IPSJ Data Science Curriculum Standard. - Tetsuro Kakeshita; Kazuo Ishii; Yoshiharu Ishikawa; Hitoshi Matsubara; Yutaka Matsuo; Tsuyoshi Murata; Miyuki Nakano; Takako Nakatani; Haruhiko Okumura; Naoko Takahashi; Norimitsu Takahashi; Gyo Uchida; et al. (OCCE, 2021)

AI Extension of SQuaRE Data Quality Model. - Shin Nakajima 001; Takako Nakatani (QRS Companion, 2021)

Pattern to Improve Reusability of Numerical Simulation. - Junichi Ichimurar; Takako Nakatani (JCKBSE, 2022)

Supporting Code Review by a Neural Network Using Program Images. - Kazuhiko Ogawa; Takako Nakatani (JCKBSE, 2022)

Pattern to improve reusability of numerical simulation: Object-Action pattern. - Jun-ichi Ichimura; Takako Nakatani (Intell. Decis. Technol., 2022)

Traverser: A method and a tool to extract user's traverses within web systems from ontology. - Takako Nakatani; Kazuaki Sato; Osamu Shigo (Intell. Decis. Technol., 2023)