
Software Engineering Laboratory for Dependable Systems (SELDS)
Hosei University
3-7-2 Kajino-cho Koganei-shi
Tokyo, 184-8584
Rooms: W5027, W5028
Tel: +81-(042)-387-4550
The Software
Engineering Laboratory for Dependable Systems (SELDS) conducts research on the latest software engineering technologies and
their application to the development of dependable computer systems.
The major software engineering technologies we have developed and continue to work on are Formal Engineering Methods (FEM) and Intelligent
Software Engineering Environments (ISEE). FEM offers effective ways to integrate formal methods into the entire software
engineering process to achieve rigor, comprehensibility, and tool supportability
of the software process. A successful result of our efforts over the last
15 years in this area is the Structured Object-Oriented Formal Language (SOFL). SOFL offers an intuitive but formal notation for systems modeling and
specification, rigorous inspection and testing for verification and validation,
and a cost-effective process for management and tool support. ISEE is a collection of inter-related software tools with sufficient knowledge
of the software methods and/or the application domain it supports. ISEE
differs from traditional software engineering environments in that it offers
intelligent guidance to software developers and “control” of the software
process.
We are profoundly interested in and have been working on the application
of the above software engineering technologies to complex computer and
computer-based systems for their dependability. The major domains of application
include Cyber-Physical Systems (CPS), Intelligent Transport
Systems (ITS), Financial Systems (FS), Digital Products (DS), Medicare Systems (MS), and Information Systems (IS).
- Systems and Software Modeling and Specification, including SOFL and UML.
- Rigorous Review and Inspection, including property-based review and specification-based inspection.
- Rigorous testing, including specification animation, testing, specification-based testing, integration of functional and structural testing, and automatic testing.
- Software Evolution and Transformation, including automated programming from specification, reverse engineering,
and software change management.
- Systems Safety and Security Specification and Analysis.
- Intelligent software engineering environments to support production line for software development.
Professor
Ph.D Students
M.Sc Students
Former Ph.D Students
Books, Journal Papers, and Conference Papers
| International Collaborators |
HISE, University of York, UK
Jeff Offutt, George Mason University, USA
School of Software, Shanghai Jiaotong University, China
AFMRG, Oxford Brookes University
Jin Song Dong, National University of Singapore
- ICST 2012, SAC 2012, TASE 2012, ICFEM 2011, ICST 2011, QSIC 2011, SoMet 2011,
TASE 2011, SS 2011, ACM SAC 2010, AST 2010, COMPSAC 2010 (Track Co-Chair), QSIC 2010, SSIRI 2010, TASE 2010, ACM SAC 2009, AST 2009, ATVA 2009, AWFS 2009, ICFEM 2009, ICIS
2009, ICTAC 2009, QSIC 2009, SS2009, SSIRI 2009, TASE 2009, AST 2008, ATVA
2008, HASE 2008, ICECCS 2008, ICFEM 2008, QSIC 2008, SSIRI 2008, TASE 2008.
- 2007 International Conference on Software Engineering Theory and Practice
(SETP-07), Orlando, USA, 9-12 July 2007.
1. English corner (17:00・18:00 every Friday, Seminar room 1)
2. International day (17:00- 18:00 on Friday 19th December 2008, Seminar room
1)