Thesis on Software Project Risk Management
ABSTRACT
Title of Thesis:
A SYSTEMS MODELING DESIGN UTILIZING AN OBJECT-ORIENTED APPROACH CONCERNING INFORMATION RISK MANAGEMENT Noriaki Suzuki Master of Science in Systems Engineering, 2005 Fall Nelson X. Liu, Assistant Research Scientist, Institute for Systems Research
Degree candidate: Degree and year: Thesis directed by:
Adopting advanced information technologies within the present broad application fields requires precise security. However, security problems regarding information privacy have occurred frequently over the last 5 years despite the contribution of these technologies. To respond to the need for securing information privacy, the Information Privacy Law was enacted on April 1, 2005 in Japan. One of the responses to this law enforcement is demanding a higher level of information risk management and search for more effective tools to be used for identity protection and problem-solving. Two examples of these tools include RAPID and IRMP. However, there is no established system-development model for either of these tools. Further developments to improve the RAPID and IRMP remain as new challenges. In this thesis, a new approach on developing a system security model to be used for information risk management is proposed. To demonstrate this approach, the object-oriented language is used.
A SYSTEMS MODELING DESIGN UTILIZING AN OBJECT-ORIENTED APPROACH CONCERNING INFORMATION RISK MANAGEMENT
By Noriaki Suzuki
Thesis submitted to the Faculty of the Graduate School of the University of Maryland, College Park in partial fulfillment of the requirements for the degree of Master of Science 2005 Fall
Advisory Committee: Dr. Nelson X. Liu, Assistant Research Scientist, Institute for Systems Research Professor Eyad Abed, Director of the Institute for Systems Research Professor Michel Cukier, Assistant Professor, Reliability Engineering
© Copyright by Noriaki Suzuki 2005
ACKNOWLEDGEMENTS
I would like to express my honest thanks to
Title of Thesis:
A SYSTEMS MODELING DESIGN UTILIZING AN OBJECT-ORIENTED APPROACH CONCERNING INFORMATION RISK MANAGEMENT Noriaki Suzuki Master of Science in Systems Engineering, 2005 Fall Nelson X. Liu, Assistant Research Scientist, Institute for Systems Research
Degree candidate: Degree and year: Thesis directed by:
Adopting advanced information technologies within the present broad application fields requires precise security. However, security problems regarding information privacy have occurred frequently over the last 5 years despite the contribution of these technologies. To respond to the need for securing information privacy, the Information Privacy Law was enacted on April 1, 2005 in Japan. One of the responses to this law enforcement is demanding a higher level of information risk management and search for more effective tools to be used for identity protection and problem-solving. Two examples of these tools include RAPID and IRMP. However, there is no established system-development model for either of these tools. Further developments to improve the RAPID and IRMP remain as new challenges. In this thesis, a new approach on developing a system security model to be used for information risk management is proposed. To demonstrate this approach, the object-oriented language is used.
A SYSTEMS MODELING DESIGN UTILIZING AN OBJECT-ORIENTED APPROACH CONCERNING INFORMATION RISK MANAGEMENT
By Noriaki Suzuki
Thesis submitted to the Faculty of the Graduate School of the University of Maryland, College Park in partial fulfillment of the requirements for the degree of Master of Science 2005 Fall
Advisory Committee: Dr. Nelson X. Liu, Assistant Research Scientist, Institute for Systems Research Professor Eyad Abed, Director of the Institute for Systems Research Professor Michel Cukier, Assistant Professor, Reliability Engineering
© Copyright by Noriaki Suzuki 2005
ACKNOWLEDGEMENTS
I would like to express my honest thanks to
References: Information security: why the future belongs to the quants, Security & Privacy Magazine, IEEE, July-Aug. 2003, Volume 1, Issue 4, Page 24 –32 7