The rise of microcomputers and the power that they've brought have revolutionized nearly every professional discipline, not the least of which is the field of law. This work presents a survey of microcomputers and decision-aiding software in law practices and the legal process, offering a variety of perspectives from contributors around the world. The book defines decision-making software as having the ability to aid in the processing of a set of law-related alternatives, relative criteria, or rules for determining which alternative should or will be chosen and the relationship between each alternative and criterion. These basic ideas are applied to the work of various members of the legal community, including practicing lawyers, legal policy-makers, and legal scholars. Following a detailed introduction that provides an overview of the nature, trends, and costs/benefits of decision-making software, the book focuses on the different members of the legal community and the normative and predictive questions that microcomputers and software can help to answer. Part One deals with the practicing lawyer, who must decide whether to go to trial or settle out of court, and predicts the outcome of going to trial or the effects of alternative contract clauses. The legal policymaker, who must decide among alternative statutes and predict the effect of legal policy, is addressed in Part Two. Topics of discussion here include the role of computers in federal tax compliance and using computers to assist in sentencing. Part Three examines the legal scholar and law training, covering subjects such as the American legal computer education and using microcomputers in case-method teaching. Finally, Part Four provides analyses that cut across all three parts of the legal profession, with special concentration on legal prescription and prediction that apply to a wide variety of legal fields, countries, and purposes of the law. This volume will be of particular interest to practicing lawyers in government and private practice, law professors and students, and legal researchers and librarians. Public, academic, and law libraries will also find it to be a valuable addition to their collections.

In this book, Georgios N. Yannopoulos appropriately relates the developing field of knowledge based systems in law with the basis in classic philosophy, explicating relations which too often are not properly understood. The decision model developed by the author is important, as it integrates and explains arguments which often have been seen as imcompatible. The use of the theoretical foundation in describing and in giving a critical analysis of the construction of real knowledge bases systems becomes therefore very valuable.and’ Jon Bing, Norwegian Research Center for Computers and Law and‘Expert systems in law have not been as easily achieved as was originally envisaged, because too many thought the task to be trivial and ignored the complex issues involved. Yannopoulosand’ work is valuable because he attempts to detail these issues and overcome them.and’ Philip Leith, Queenand’s University of Belfast and‘Yannopoulosand’ book addresses some of the most crucial problems in the field of information technology and law. The development of more advanced IT solutions for the legal sector will always be closely related to our ability to model and understand the legal reasoning process. In his analysis Yannopoulos elegantly integrates knowledge from many different areas, and in this respect the book reflects an all too seldom seen broadness.and’ Pete Wahlgren, The Swedish Law and Informatics Research Institute (IRI) and‘There has been an abundance of recent research on developing intelligent support systems. Dr Yannopoulosand’ work is especially significant because it examines the necessary legal background for building such systems. It will be an essential reference for the prospective builders of intelligent legal support systems.and’ John Zeleznikow, La Trobe University, Bundoora, Australia

This book demonstrates the use of the personal computer as an integral component of legal decision making. Nagel begins with an overview of the use of microcomputers as a tool in the legal decision-making process. He reviews in detail the currently available decision-aiding software. Several important areas of decision-making are covered, including predicting the outcome of future cases in light of previous relevant cases and present facts; litigation choices such as whether to go to trial or to settle; allocating attorney resources; and negotiating and mediating. The book can help one's law practice more profitable, less time-consuming, and more competitive.

What does computable law mean for the autonomy, authority, and legitimacy of the legal system? Are we witnessing a shift from Rule of Law to a new Rule of Technology? Should we even build these things in the first place? This unique volume collects original papers by a group of leading international scholars to address some of the fascinating questions raised by the encroachment of Artificial Intelligence (AI) into more aspects of legal process, administration, and culture. Weighing near-term benefits against the longer-term, and potentially path-dependent, implications of replacing human legal authority with computational systems, this volume pushes back against the more uncritical accounts of AI in law and the eagerness of scholars, governments, and LegalTech developers, to overlook the more fundamental - and perhaps 'bigger picture' - ramifications of computable law. With contributions by Simon Deakin, Christopher Markou, Mireille Hildebrandt, Roger Brownsword, Sylvie Delacroix, Lyria Bennet Moses, Ryan Abbott, Jennifer Cobbe, Lily Hands, John Morison, Alex Sarch, and Dilan Thampapillai, as well as a foreword from Frank Pasquale.

This handbook deals with many aspects of public policy evaluation: including methods; examples; professionalism studies; perspectives; concepts; substance; theory applications; dispute resolution; interdisciplinary interaction.

The use of microcomputers as decision aids in law practice is increasing rapidly. Nagel here shows how developments in software over the last few years are making microcomputers practically indispensable to lawyers as decision aids. This is in contrast to his earlier book on Microcomputers as Decision Aids in Law Practice. It dealt speculatively with ways in which decision-aiding software could be used by lawyers for judicial prediction, litigation strategy, allocating scarce resources, and negotiation-mediation. The book is divided into three parts covering general developments, specific lawyer skills, and application to all fields of law. The first part previews various uses of decision-aiding software by practicing lawyers, including a general discussion of the potential and actual benefits of such software. How decision-aiding software enhances specific lawyer skills comprises the second and largest part of the work. Among the topics discussed are computer-aided counseling, computer-aided mediation, legal policy evaluation and computer-aided advocacy, law prediction, and legal administration. In the third part, Nagel assesses applications of decision-aiding software to all fields of law, with an emphasis on contracts, property, torts, family law, criminal law, constitutional law, economic regulation, international law, civil procedure, and criminal procedure. In a provocative concluding chapter, he deals with the thorny issues of individual ethics and professional responsibility in the context of microcomputers. Because decision-aiding software encourages decision makers to be much more explicit about their goals than they otherwise would be, its use raises questions as to whose goals should be pursued and to what degree. This is a nuts-and-bolts guidebook that will be a valuable tool for practicing attorneys with some knowledge of microcomputers and is recommended reading for legal scholars and law students.

The aim of this book is to clarify what is involved in using decision-aiding software in evaluative decision-making at a non-technical level. Topics covered include the skills that software enhances, the obstacles that it helps overcome, and the applications to diverse fields.