How has information technology changed the way we monitor criminal behavior? How has it changed the way we examine
patterns of criminal behavior? How have criminal justice organizations adapted to using information technology?
What is the future of information in criminal justice?
There have been many technical, analytical, legal, and organizational issues related to advances in computer and
information technology over the past several decades. Given the substantial investments that federal, state, and
local criminal justice agencies are making in information technology, they now consider it an integral component
of understanding how our criminal justice system works.
Information Technology and the Criminal Justice System suggests that information technology in criminal justice
will continue to challenge us to think about how we turn information into knowledge, who can use that knowledge,
and for what purposes. In this text, editor April Pattavina synthesizes the growing body of research in information
technology and criminal justice. Contributors examine what has been learned from past experiences, what the current
state of IT is in various components of the criminal justice system, and what challenges lie ahead.
Key Features
Covers a broad array of topics, including IT development and applications in organizations, data quality issues,
legal issues, and criminal justice education
Spans a variety of criminal justice agencies including courts, police, and corrections
Includes contributors renowned in the field of criminal justice information systems
Incorporates case studies to enhance students' understanding of real-life situations
Information Technology and the Criminal Justice System is recommended for upper level undergraduate and graduate
level courses in Criminal Justice departments, including Information Technology and Criminal Justice; Criminal
Justice Data Analysis; Crime Analysis; Technology and Criminal Justice; and Technology and Society. This book is
also an excellent resource for professionals in the field.