PUAD 595 - Environmental Governance & Policy

Rulemaking is the single most important function performed by government agencies. While Congress and the president provide the general framework for the government′s mission, rulemaking fills in the details that define the law and delineate how each agency carries out its responsibilities. Cornelius Kerwin, and new co-author Scott Furlong, update this highly regarded text with new data, fresh analysis of interest groups′ participation in rulemaking, as well as coverage of the Obama administration′s early actions, from executive orders and key personnel to agencies′ responses to changes. An invaluable and accessible guide to this intensely political process, Rulemaking contains the most current scholarship on a crucial yet understudied subject.

What is regulation? Why do governments regulate, and how does regulatory change take place? Exploring these and other questions, the second edition of Contemporary Regulatory Policy demystifies the field of regulatory politics. Eisner, Worsham, and Ringquist have completely updated their examination of the regulatory process in seven major areas: antitrust, banking and securities, telecommunications, environmental protection, occupational safety and health, consumer products, and energy. They also address the extent to which presidential partisanship, ideological shifts in Congress, and other forces, both within and external to government bureaucracy, influence regulation. Recognizing that no single theory can sufficiently explain regulatory politics, the authors offer students a comprehensive set of tools for navigating recent policy transitions and considering the future direction of US regulation.

This book addresses Formal Methods (FMs) applicable to the specification, verification, implementation, and testing of complex distributed systems and communication protocols. The early, pioneering phases in the development of Formal Methods, with their conflicts between evangelistic and skeptical attitudes, are essentially over. Many Fms have reached maturity, and a number of papers in this book report on successful experiences in specifying and verifying real distributed systems and protocols. The main topics covered are: model checking theory and applications; verification and theorem proving; testing theory and applications; multicast protocol analysis and simulation; hardware specification, implementation, and testing; FMs for security. /LIST Formal Methods for Distributed System Development compiles the proceedings of the Joint International Conference on Formal Description Techniques for Distributed Systems and Communication Protocols (FORTE XIII) and Protocol Specification, Testing, and Verification (PSTV XX), which was sponsored by the International Federation for Information Processing (IFIP) and held in Pisa, Italy, in October 2000. This volume is suitable as a secondary text for graduate-level courses on software engineering, distributed systems, and communications, and as a reference both for researchers and for industry practitioners.