A5062810594- Software Engineering Techniques and Practices
- Service-Oriented Architecture and Web Services
- Advanced Software Engineering Methodologies
- Collaboration in agile enterprises
- Business Process Modeling and Analysis
- Information Technology Governance and Strategy
- Quality and Supply Management
- Systems Engineering Methodologies and Applications
- Manufacturing Process and Optimization
- Flexible and Reconfigurable Manufacturing Systems
- BIM and Construction Integration
- Higher Education Learning Practices
- Information Systems Education and Curriculum Development
- Technology and Data Analysis
- Big Data and Business Intelligence
- Hemoglobinopathies and Related Disorders
- Product Development and Customization
- Technology Assessment and Management
- Innovation and Knowledge Management
- Quality Function Deployment in Product Design
- Information Systems Theories and Implementation
Waseda University
2014-2024
Information-Technology Promotion Agency
2011-2016
Companies increasingly recognize that software and IT play a significant role for their current future business strategies. Therefore, it is important to align IT/software-related strategies with the goals across organization. Currently, little experience exists regarding how effectively create this missing business-IT link. For purpose, GQM+Strategies <sup xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">®</sup> approach was developed support...
Although GQM+Strategies®1 assures that business goals and strategies are aligned throughout an organization at each organizational unit based on the rationales to achieve overall goals, whether GQM+Strategies grid is created correctly cannot be determined because current definition of allows multiple perspectives when aligning with strategies. Here we define modeling rules for a metamodel specified UML class diagram. Additionally, create design principles consist relationship constraints...
GQM+Strategies aligns business goals and strategies to help organizations achieve objectives. Using the initial set of strategies, creates a grid, through which are linked throughout an organization by iteratively determining lower-level strategies. The consistency within vertical refinement tree but cannot handle horizontal relationships from different branches. Hence, lead problems, such as redundant investments, inefficient resource utilization, failure. Horizontal relation identification...
To achieve overall business goals, GQM+Strategies is one approach that aligns goals at each level of an organization to strategies and assesses the achievement goals. Strategies are based on rationales (contexts assumptions). Because extracting all important process in approach, we propose Context-Assumption-Matrix (CAM), which refines model by analyzing relationships between stakeholders, using with CAM effectively. demonstrate effectiveness defined process, conducted three experiments...
IEEE-CS and ACM announced Computing Curricula 2020 (CC2020) on Feb. 2021 as the global undergraduate curricula guideline in computer engineering, science, information system, technology, software cybersecurity, data science (under development). And, SFIA Foundation V7 2018 which is world’s most widely accepted skill framework for IT industries. has 102 skills with Digital Transformation view, DevOps Big data/Data Software engineering Cyber security view. Today, university CC2020 latest...
Developing an Internet of Things(IoT) application system has some challenges. For example, distinguishing the problem and solution domains is non-trivial in developments there are wide variations space to satisfy given needs due nature IoT systems. To deal with these problems, we propose approach that integrates GQM+Strategies method modeling language SysML for systems engineering. We also present a case study proposed discuss future directions.
Due to the criticality of software and IT in today’s business environment, organisations often align goals strategies. One alignment method is GQM+Strategies ® (GQM+Strategies a registered trademark (No. 302008021763 at German Patent Trade Mark Office international registration number IR992843). Although employs vertical refinement tree grid based on rationales strategies each department throughout organisation, it allows multiple perspectives. This can lead strategic problems risks because...
Many businesses strive to align their business goals, strategies, and systems before during system development as the studies of GORE alignment business/IT show. However, level success derived from interrelationships may be ambiguous because relationships between are often vague. As agile becomes more prevalent, it is becoming difficult adjust a accommodate changing goals strategies. By linking GQM+Strategies SysML, we propose method systematically requirements functions. Then evaluate this...
Many businesses align their business goals, IT strategies and system to strengthen the validity of processes. However, relationships between are often vague. Thus, level success derived from interrelationships may be ambiguous. In addition, adjusting accommodate changing goals is becoming more difficult due increasing agile development in recent years. By coupling GQM+Strategies SysML, we propose a framework systematically associate requirements functions.
Developing Internet of Things (IoT) systems is non-trivial due to the intrinsic nature IoT. Diverse solution spaces, which are composed various sensor-based and human operationbased contexts, must be satisfied simultaneously. This study proposes a chain approach method called continuous modeling support process for business analysis requirements in IoT development (COMP4BA-IoT). COMP4BA-IoT 1) captures contexts by natural language-based needs requirements, 2) structures identified...
This paper describes the implementation and extension of GQM+Strategies for Management by Objectives (MBO) at an IT service corporation as well resulting integration into a corporate MBO system. Additionally, achievements lessons learned are evaluated.
Developing Internet of Things(IoT) systems is non-trivial because diverse solution spaces must be simultaneously satisfied due to the intrinsic nature IoT systems. To address this challenge, we proposed a method chain approach called continuous modeling support process for business analysis and requirements in development(COMP4BA-IoT) consisting Business Analysis Body Knowledge (BABOK), GQM+Strategies, GSN (goal structuring notation) language SysML.