Third International Workshop on Digital Forensics (WSDF 2010 )

 

2010-02-15 [09:00 - 10:30] : Opening & Keynote (Gene Spafford)

Session Chair : Edgar Weippl, Vienna University of Technology, Austria

 

2010-02-15 [11:00 - 12:30] : Digital Forenisc Workshop Session 1

Session Chair : Matt Simon, University of South Australia, Australia



• The ‘Explore, Investigate and Correlate’ (EIC) conceptual framework for digital forensics Information Visualisation
  Grant Osborne, Benjamin Turnbull, Jill Slay


• A Model for Computer Profiling
  Andrew Marrington, George Mohay, Hasmukh Morarji, Andrew Clark


• Using Normalized Compression Distance for Classifying File Fragments
  Stefan Axelsson

 

2010-02-15 [14:00 - 15:30] : Digital Forenisc Workshop Session 2

Session Chair : Matt Simon, University of South Australia, Australia



• A multi-component view of Digital Forensics
  Cornelia Grobler, C P Louwrens


• Blind steganalysis: A countermeasure for binary image steganography
  Kang Leng Chiew, Josef Pieprzyk


• Log Analysis towards an Automated Forensic Diagnosis System
  Jorge Herrerias, Roberto Gomez
  

 

2010-02-15 [16:00 - 18:00] : Digital Forenisc Workshop Session 3

Session Chair : Grant Osborne, University of South Australia, Australia



• A Function Oriented Methodology to Validate and Verify Forensic Copy Function of Digital Forensic Tools
  Yinghua Guo, Jill Slay


• A framework to guide the implementation of Pro-active Digital Forensics in organizations
  CP Grobler, CP Louwrens


• Estimating Hidden Message Length in Binary Image Embedded by Using Boundary Pixels Steganography
  Kang Leng Chiew, Josef Pieprzyk

 

2010-02-16 [09:00 - 10:30] : Keynote (Helen D. Karatza)

 

2010-02-16 [11:00 - 12:30] : Digital Forenisc Workshop Session 4

Session Chair : Grant Osborne, University of South Australia, Australia



• Information Flow Control Using the Java Virtual Machine Tool Interface (JVMTI)
  Jason Howarth, Irfan Altas, Barney Dalgarno


• A prototype for support of computer forensic analysis combined with the expected knowledge level of an attacker to more efficiently achieve investigation results
  Maximilian Bielecki, Gerald Quirchmayr


• A Novel Image Hiding Scheme Using Content Aware Seam Carving Method
  Zahra Toony, Mansour Jamzad


• A Complexity Based Model for Quantifying Forensic Evidential Probabilities
  Richard Overill, Jantje Silomon, Kam-Pui Chow