May 11- 13, 2016
Japan
Welcome to the official website of the 2016 5th International Conference on Software and Information Engineering (ICSIE 2016). The conference will be held in Tokyo, Japan during May 11-13, 2016 together with the ICRV 2016 and ICOPR 2016.The aim objective of ICSIE is to present the latest research and results of scientists related to software and information engineering topics. This conference provides opportunities for the different areas delegates to exchange new ideas and application experiences face to face, to establish business or research relations and to find global partners for future collaboration. We hope that the conference results constituted significant contribution to the knowledge in these up to date scientific field. The organizing committee of conference is pleased to invite prospective authors to submit their original manuscripts to ICSIE2016.
| 1. AI and Knowledge based software engineering | 32. Parallel and Distributed Computing |
| 2. Artificial Intelligence | 33. Patterns and frameworks |
| 3. Aspect-orientation and feature interaction | 34. Process Management & Improvement |
| 4. Business Process Reengineering & Science | 35. Program comprehension and visualization |
| 5. Communication Systems and Networks | 36. Programming languages |
| 6. Component-Based Software Engineering | 37. Reengineering, Reverse Engineering |
| 7.Computer & Software Engineering | 38. Reliability Modeling and Analysis |
| 8. Computer Animation and Design Contents | 39. Requirements Engineering |
| 9. Computer Game Development, User Modeling and Management | 40. Reverse engineering and maintenance |
| 10. Computer supported cooperative work | 41. Safety and Security Critical Software |
| 11. Cost Modeling and Analysis | 42. Software Agent Technology |
| 12. Data Mining and Knowledge Recovery | 43. Software architecture and design |
| 13. Design & Process Engineering & Science | 44. Software components and reuse |
| 14. Design Patterns and Frameworks | 45. Software dependability, safety and reliability |
| 15. Distributed Intelligent Systems | 46. Software economics and metrics |
| 16. Economic and Financial Systems | 47. Software engineering for mobile, ubiquitous and pervasive systems |
| 17. Empirical software engineering | 48. Software policy and ethics |
| 18. End user software engineering | 49. Software Process Models |
| 19.Engineering of distributed / parallel SW systems | 50. Software processes and workflows |
| 20. Engineering of embedded and real-time software | 51. Software requirements engineering |
| 21. Engineering secure software | 52. Software Reuse and Metrics |
| 22. Formal Methods and Tools | 53. Software testing and analysis |
| 23. Healthcare Engineering | 54. Software tools and development environments |
| 24. Human-Computer Interaction | 55.SW Configuration management and deployment |
| 25.Information Management Systems, MIS | 56. Technology Transfer |
| 26. Information Systems Engineering | 57. Telecommunications |
| 27.Internet and information systems development | 58. Theory and formal methods |
| 28. Middleware Design Techniques | 59. Use Cases and Scenarios |
| 29. Mobile/Wireless Computing | 60. Virtual Reality and Computer Graphics |
| 30. Modeling with UML | 61. Visual and Multimedia Computing |
| 31. Object-Oriented Technology | 62. Web Engineering, Web-Based Applications |
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