@InProceedings{conover.song:2005,
  title        = "A Framework for Component Mining of {J}ava Applications via Dynamic Slicing",
  author       = "Adam J. Conover and Yeong-Tae Song",
  publisher    = "IEEE Computer Society",
  year         = "2005",
  bibdate      = "2006-01-03",
  booktitle    = "SERA",
  crossref     = "conf/sera/2005",
  ISBN         = "0-7695-2297-1",
  pages        = "40--47",
  _URL          = "http://doi.ieeecomputersociety.org/10.1109/SERA.2005.7",
}

@InProceedings{conover.song:2004,
  title        = "Slicing {J}ava Programs Using the {JPDA} and Dynamic Object Relationship Diagrams with {XML}",
  author       = "Adam J. Conover and Yeong-Tae Song",
  publisher    = "Springer",
  year         = "2004",
  volume       = "3647",
  bibdate      = "2006-06-19",
  booktitle    = "SERA",
  crossref     = "conf/sera/2004",
  editor       = "Walter Dosch and Roger Y. Lee and Chisu Wu",
  ISBN         = "3-540-32133-0",
  pages        = "201--213",
  series       = "Lecture Notes in Computer Science",
  _URL          = "http://dx.doi.org/10.1007/11668855_15",
}

@InProceedings{conover:2007a,
  title        = "Effects of Temporally Asynchronous Interaction on Simple Multi-Agent Behavior",
  author       = "Adam J. Conover and Goran P. Trajkovski",
  booktitle    = "Emergent Agents and Socialities: Social and Organizational Aspects of Intelligence. Technical Report FS-07-04",
  year         = "2007",
  month        = nov # "~9--11",
  pages        = "34--41",
  publisher    = "AAAI Press",
  address      = "The American Association for Artificial Intelligence, 445 Burgess Drive, Menlo Park, CA, 94025, USA",
}



@InCollection{trajkovski:2006,
  author       = "Goran P. Trajkovski",
  title        = "An Imitation-based Approach to Modeling Homogeneous Agents Societies (Computational Intelligence and Its Applications Series)",
  year         = "2006",
  chapter      = "On a Software Platform for MASIVE Simulations",
  ISBN         = "1591408407",
  publisher    = "IGI GLobal",
  address      = "Hershey, PA, USA",
  note         = "Chapter Contributed by Adam J. Conover",
}


@InCollection{conover:2007b,
  editor       = "Samuel G. Collins and Goran P. Trajkovski",
  author       = "Adam J. Conover",
  booktitle    = "Agent-Based Societies: Social and Cultural Interactions",
  year         = "2008",
  publisher    = "IGI Global",
  title        = "A Simulation of Temporally Variant Agent Interaction via Passive Examination",
  address      = "Hershey, PA, USA",
}

@InCollection{conover:2008c,
  editor       = "Samuel G. Collins and Goran P. Trajkovski",
  author       = "Adam J. Conover",
  booktitle    = "Agent-Based Societies: Social and Cultural Interactions",
  year         = "2008",
  publisher    = "IGI Global",
  title        = "A Simulation of Temporally Variant Agent Interaction via Belief Promulgation",
  address      = "Hershey, PA, USA",
}

@MastersThesis{conover:thesis,
  author       = "Adam J. Conover",
  title        = "An Exploration of Software Slicing as a Technique for Feature Extraction and Component Mining in {J}ava",
  school       = "Towson University",
  year         = "2005",
  address      = "8000 York Road, Towson, Maryland 21252",
  month        = aug,
  note         = "Advisor: Yeong-Tae Song",
}

@PhdThesis{conover:dissertation,
	author = "Adam J. Conover",
	title = "A Simulation of Temporally Asynchronous Agent Interaction Dynamics",
	school = "Towson University",
	year = 2008,
	address = "8000 York Road, Towson MD, 21252",
	month = jul,
	note = "Supervised by Dr. Robert Hammell II, Dr. Goran Trajkovski",
	otherinfo = "Supervised by Dr. Robert Hammell II, Dr. Goran Trajkovski",
}

@Article{conover.hammell:2009a,
	author = "Adam J. Conover and Robert J. {Hammell II}",
	title = "Concurrent Agent Interaction and ``Belief'' Promulgation in Temporally Asynchronous Environments",
	journal = "International Journal of Agent Technologies and Systems",
	volume=1,
	number=3,
	year = 2008,
  	publisher = "IGI Global",
    abstract = "This paper explores a simulation of ``temporally autonomous'' agents which concurrently interact via exchange of simple ``belief'' messages in a spatially embedded grid.  By ``temporally autonomous'', we mean that the agents are free to communally interact in a manner which is decoupled from any form of global coordination or synchronization.  In this simulation, agents exchange small messages which are representative of a given agent's active ``belief'' state.  These belief states are communicated in an attempt to alter (or sustain) the belief states of neighboring agents.  However, over the course of the simulation, the timing variability of agent interaction is adjusted, which produces global variations in the emergent behavior the population.  It will be shown that the degree of timing variability strongly correlates to the survival rates of any given belief state.",
}