日経xTECH, DX時代の新ソフト工学体系を世界へ、スター4人が集結
https://tech.nikkeibp.co.jp/atcl/nxt/column/18/00001/01934/

鷲崎教授と平鍋氏・萩本氏・羽生田氏によるビジネスと社会のためのソフトウェア工学体系化の取り組みが記事に取り上げられました。科目「ソフトウェア工学B」に組み入れていきます。

Interview of Prof. Washizaki and is posted on Waseda News.
鷲崎教授のインタビューが取り上げられました。

Nomura Securities Co.,Ltd.×Waseda Research

Jati H. Husen, Hironori Washizaki, Yoshiaki Fukazawa, “Potential GQM+Strategies Improvement using Balanced Scorecard’s Perspectives,” IEIE Transactions on Smart Processing and Computing, Vol. 8, pp. 1-11, 2019.

Business-IT alignment, which is linking IT based strategies to higher business goals, is becoming more critical as organizations rely more on IT solution to conduct their business activities. While GQM+Strategies provides a platform to achieve a good business-IT alignment, lack of attention on different aspects of organization may lead to failure to do so. In this paper, we evaluated three cases of GQM+Strategies implementation to find possibilities of integrating balanced scorecard’s perspectives into GQM+Strategies framework by classifying the goals and strategies into balanced scorecard’s perspectives and evaluating based on rules of balanced scorecard framework. We found that GQM+Strategies has problem in maintaining balanced distribution of goals and strategies across different perspectives. We also saw signs that inexperienced grids developers may align the goals and strategies poorly by classifying the goals and strategies to the perspectives. Lastly, we found that transition between different balanced scorecard perspectives happened exclusively at derivation of goals from a strategy. Based on those findings, we proposed three potential methods to improve GQM+Strategies in detecting potential problems. On top of that, we explained what is needed for each method before we can finally utilize them.

Makoto Shiraishi, Hironori Washizaki, Yoshiaki Fukazawa and Joseph Yoder, “Mob Programming: A System Literature Review,” 13th IEEE International Workshop on Quality Oriented Reuse of Software (QUORS 2019) collocated with COMPSAC 2019, Hosted by Marquette University, Milwaukee, Wisconsin, USA, July 15-19, 2019.

Here, we present a systematic literature review of mob programming. Mob programming is a new software development approach, a whole team (more than two people) works together on a code at the same time, in the same space, and on the same computer. The objective is to determine the current reported knowledge of mob programming. We searched two digital libraries, but only ten papers were found. These papers were analyzed and the benefits and risks of mob programming as well as the future research direction are discussed.

Devansh Tiwari, Hironori Washizaki, Yoshiaki Fukazawa, Tomoyuki Fukuoka, Junji Tamaki, Nobuhiro Hosotani and Munetaka Kohama, “Metrics driven architectural analysis using dependency graphs for C language projects,” 43rd IEEE Computer Society Signature Conference on Computers, Software and Applications (COMPSAC 2019), short paper, Hosted by Marquette University, Milwaukee, Wisconsin, USA, July 15-19, 2019. (CORE Rank B)

The highest share of cost for a software product is software maintenance. Hence, it is crucial to determine whether a product will succeed or fail. Identifying the quality merit of the software architecture is extremely vital as the quality merit directly relates to software maintenance. A good design always exhibits good quality characteristics because they are due to the software architecture. Although C language is a major language in the software industry, few studies investigate the quality of the architecture in C language. This study aims to evaluate the quality of C language projects in a quantifiable form by focusing on dependency graphs, associated metrics, and software architecture. In particular, this study (i) formulates the architecture of C projects, (ii) determines the metrics capturing the quality of architecture, (iii) defines code smell and metrics relations and (iv) conducts an empirical analysis on 58 C projects. We show which metrics derived from dependency graphs can detect architectural issues and verify their relation to software architecture quality.

The team WAsedAC won the 41st place among 135 teams at ACM-ICPC (ACM International Collegiate Programming Contest) World Final 2019. M1 Ryo Ishizuka contributed as its contestant.

M1 石塚 凌君がチーム WAsedAC のコンテスタントとしてACM-ICPC (ACM International Collegiate Programming Contest) World Final 2019にて41位（全135チーム）となりました。おめでとう！

IoT・AI時代の社会人教育enPiT-Proスマートエスイー #SmartSE 2期目がはじまりました。今年もほぼ定員いっぱいの30名弱が受講しています。コンソーシアムも立ち上がり、ますます発展してまいります。

Dr. Kiyoshi Honda is going to be appointed as Lecturer at Osaka Institute of Technology from this April 2019. Good luch, and have happy academic life! 本田澄博士が2019年4月から大阪工業大学の特任講師就任。体に気を付けつつ周囲と連携して、しっかり研究・教育に取り組みますます活躍してほしいと思います。

On March 29 2019, Yathi Tarikere-san from IEEE CS visited us to discuss SWEBOK and related models and lead development of comprehensive professional body of knowledge, skills and competencies. IEEE CS Yati氏が来日されSWEBOK等の今後を詳しく検討。IEEE CS PEABにて包括的な体系づくりをリードしてまいります。

9 students successfully graduated. Congrats on your graduation! Yasuhiro is selected as representative of all graduates of FSE. He received certificate on behalf of all FSE graduates given by the University president. This is 2nd time to have representative from our lab; last time Ryosuke Tsuchiya was selected 2015. Moreover, Ryosuke, Yuichiro, Yasuhiro and Masaki received Dept. Awards.