Identification of Host Audit Data to Detect Attacks on Low-level IP Vulnerabilities. - Thomas E. Daniels 001; Eugene H. Spafford (J. Comput. Secur., 1999)

A Network Audit System for Host-based Intrusion Detection (NASHID) in Linux. - Thomas E. Daniels 001; Eugene H. Spafford (ACSAC, 2000)

Network traffic tracking systems: folly in the large? - Thomas E. Daniels 001; Eugene H. Spafford (NSPW, 2000)

Digging For Worms, Fishing For Answers. - Florian P. Buchholz; Thomas E. Daniels 001; James P. Early; Rajeev Gopalakrishna; R. Patrick Gorman; Benjamin A. Kuperman; Sofie Nystrom; Addam Schroll; Andrew Smith (ACSAC, 2002)

Reference models for the concealment and observation of origin identity in store -and -forward networks - Thomas E. Daniels 001 (2002)

Topology Based Packet Marking. - Basheer Al-Duwairi; Thomas Daniels 001 (ICCCN, 2004)

A functional reference model of passive systems for tracing network traffic. - Thomas E. Daniels 001 (Digit. Investig., 2004)

Building Evidence Graphs for Network Forensics Analysis. - Wei Wang 266; Thomas E. Daniels 001 (ACSAC, 2005)

Network Forensics Analysis with Evidence Graphs. - Wei Wang 266; Thomas E. Daniels 001 (DFRWS, 2005)

A Simple Framework for Distributed Forensics. - Yongping Tang; Thomas E. Daniels 001 (ICDCS Workshops, 2005)

Short Paper: A Signal Fingerprinting Paradigm for General Physical Layer and Sensor Network Security and Assurance. - Thomas E. Daniels 001; Mani Mina; Steve Russell (SecureComm, 2005)

Monitor placement for stepping stone analysis. - Yongping Tang; Yema Liverpool; Thomas E. Daniels 001 (IPCCC, 2006)

Device Identification via Analog Signal Fingerprinting: A Matched Filter Approach. - Ryan M. Gerdes; Thomas E. Daniels 001; Mani Mina; Steve Russell (NDSS, 2006)

Diffusion and graph spectral methods for network forensic analysis. - Wei Wang 266; Thomas E. Daniels 001 (NSPW, 2006)

A testbed for evaluation and analysis of stepping stone attack attribution techniques. - Jianqiang Xin; Linfeng Zhang 003; Brad Aswegan; John Dickerson 002; Julie A. Dickerson; Thomas E. Daniels 001; Yong Guan (TRIDENTCOM, 2006)

Special issue on secure knowledge management. - Nasir D. Memon; Thomas Daniels 001 (Inf. Syst. Frontiers, 2007)

Reference models for network data anonymization. - Shantanu Gattani; Thomas E. Daniels 001 (NDA, 2008)

SCWIM an Integrity Model for SOA Networks. - Majd M. Al-Kofahi; Su Chang; Thomas E. Daniels 001 (ICWS, 2008)

The role of virtualization in computing education. - Alessio Gaspar; Sarah Langevin; William D. Armitage; R. Sekar 001; Thomas E. Daniels 001 (SIGCSE, 2008)

A Graph Based Approach Toward Network Forensics Analysis. - Wei Wang 266; Thomas E. Daniels 001 (ACM Trans. Inf. Syst. Secur., 2008)

P2P botnet detection using behavior clustering & statistical tests. - Su Chang; Thomas E. Daniels 001 (AISec, 2009)

Xen worlds: leveraging virtualization in distance education. - Benjamin R. Anderson; Amy K. Joines; Thomas E. Daniels 001 (ITiCSE, 2009)

Correlation Based Node Behavior Profiling for Enterprise Network Security. - Su Chang; Thomas E. Daniels 001 (SECURWARE, 2009)

Node Behavior Based Fast Malware Detection for Enterprise Networks. - Su Chang; Thomas E. Daniels 001 (GLOBECOM, 2010)

Towards a Framework for Evaluating the Security of Physical-Layer Identification Systems. - Ryan M. Gerdes; Mani Mina; Thomas E. Daniels 001 (SecureComm, 2012)

Physical-Layer Identification of Wired Ethernet Devices. - Ryan M. Gerdes; Mani Mina; Steve Russell; Thomas E. Daniels 001 (IEEE Trans. Inf. Forensics Secur., 2012)

Device Measurement and Origin of Variation. - Ryan M. Gerdes; Mani Mina; Thomas E. Daniels 001 (Digital Fingerprinting, 2016)

ARA: A Wireless Living Lab Vision for Smart and Connected Rural Communities. - Hongwei Zhang 001; Yong Guan; Ahmed E. Kamal 001; Daji Qiao; Mai Zheng; Anish Arora; Ozdal Boyraz; Brian Cox; Thomas Daniels 001; Matthew J. Darr; Doug Jacobson; Ashfaq Khokhar 001; et al. (WiNTECH, 2021)

T-PKI for Anonymous Attestation in TPM. - Art Sedighi; Doug Jacobson; Thomas Daniels 001 (SmartCloud, 2021)

On the Feasibility of T-PKI as an Anonymization Protocol for TPMs in Trusted Computing Environments. - Art Sedighi; Thomas Daniels 001; Doug Jacobson (BigDataSecurity/HPSC/IDS, 2022)