DFRWS 2018 - 2018 EU Digital Forensics Research Workshop

DFRWS invites contributions in five categories
Research papers
Practitioner / industry researcher presentations
Hands-on workshops / tutorials
Panel discussions
Demos and posters
RESEARCH PAPERS undergo double-blinded peer review, and the proceedings are published by Elsevier as a special issue of the Journal of Digital Investigation.
PRESENTATIONS, POSTERS, and DEMOS require a brief proposal, not a paper. These proposals undergo a light review process to select presentations of maximal interest to DFRWS attendees, and to filter out sales pitches. Presentation proposals must specify their target length from the following options: 20 minutes, 120 minutes (2 hours), 240 minutes (4 hours), or full day. Note, longer presentations and hands-on tutorials are referred to as ‘workshops’ described below.
WORKSHOPS / TUTORIALS can be several hours or full day, and typically include hands-on participation by attendees, allowing for an in-depth, detailed exploration of tools and techniques of interest to DFRWS attendees. Workshops can cover state-of-the-art research projects, useful tips and techniques for standard tools, or most anything that DFRWS attendees would consider beneficial. While commercial tools can be used, these workshops or tutorials should NOT be thinly-veiled commercial advertisements.
PANEL PROPOSALS: These should be one to three pages and clearly describe the topic, its relevance, and a list of potential panelists and their biographies. Panels will be evaluated based on the topic relevance and diversity of the panelists.
DFRWS will provide one free conference registration for each accepted workshop / tutorial.
Topics of Interest
DFRWS welcomes new perspectives that push the envelope of what is currently possible in digital forensics. Potential topics to be addressed by submissions include, but are not limited to:
Machine learning and data mining for digital evidence extraction/query
Social networking analysis and OSINT (Open Source Intelligence)
Malware and targeted attacks (analysis and attribution)
Forensics analysis and visualization of Big Data
Non-traditional forensic scenarios / contexts
Network and distributed system forensics
Mobile and embedded device forensics
Cloud and virtualized environments
Vehicle forensics (e.g., drones, cars)
SCADA / industrial control systems
Convert channels (e.g. TOR, VPN)
Implanted medical devices
Smart power grids
Smart buildings
Virtual currency
Digital forensic preparedness / readiness
Digital investigation case management
Digital evidence sharing and exchange
Digital forensic triage / survey
Digital forensic tool validation
Event reconstruction methods and tools
Digital evidence and the law
Case studies and trend reports
Anti-forensics and anti-anti-forensics