Ikill
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iKill
The theme behind the thriller iKill is simple: technology is used to propagate pure human evil for the purpose of revenge. A page-turner with commercial appeal and a word count of approximately 80,000, iKill features well-defined characters: sixteen students who live on one floor of a newly renovated residence hall (Edgar Hall), a few employees, and law-enforcement officials including Thomas Malkin, a terrorism expert and Gulf War veteran who now works as a consultant to the Department of Homeland Security and occasionally as a private detective. Malkin has recently received accolades and national media attention for cracking various domestic terror cases. This time, however, Malkin finds himself in a different locale and situation. Returning to his alma mater, Blackwood College (located in rural Virginia), to give a speech on the challenge on international terrorism in the post-9/11 era, Malkin decides to lend local law-enforcement officials a hand upon hearing that a young student was found murdered in the basement of Edgar Hall, the same dormitory Malkin lived in twenty years ago. The fast-paced plot leaves Malkin and local police baffled at first, as iKill is not your typical murderer. He sends threatening e-mails to prospective victims, and he follows up on each successful murder by sending demented e-mails and pictures to his next chosen victim. Malkin tracks down the identity of iKill and traps the murderer after a midnight car chase outside Richmond. Thus Malkin came to Blackwood to talk about international terrorism and instead led an intense domestic terrorism investigation of a serial killer on his old college campus.
A Computer Simulation for the Evaluation of Surface-to-air Missile Systems in a Clear Environment
A probabilistic event store computer simulation of the interactions between surface-to-air missile systems and aircraft in a non-jamming environment and over flat terrain is presented. The purpose of the model is to test the general disposition of missile areas and the associated missile system reaction times against an aircraft attack. A complete description of the model with the flow charts and CDC-FORTRAN-60 program listing is included. (Author).