David G. Schwartz – författare

Urban gambling, linked to poverty, crime and corruption, was once considered a blight on US cities. Gambling then followed the exodus of Americans into the suburbs after World War II and now, at the beginning of the 21st century, most Americans live within a four-hour drive of a casino. What explains the success of places like Las Vegas? The self-contained casino resort removes gambling and its social problems from cities and provides Americans with the comfort of gambling in a setting matched to their suburban lifestyle. In a detailed look at the growth of the earliest casino resorts to the "pleasure palaces" and riverboat casinos of today, "Suburban Xanadu" locates the rise of the casino resort in suburbanization and the significance of this development for today.

Urban gambling, linked to poverty, crime and corruption, was once considered a blight on US cities. Gambling then followed the exodus of Americans into the suburbs after World War II and now, at the beginning of the 21st century, most Americans live within a four-hour drive of a casino. What explains the success of places like Las Vegas? The self-contained casino resort removes gambling and its social problems from cities and provides Americans with the comfort of gambling in a setting matched to their suburban lifestyle. In a detailed look at the growth of the earliest casino resorts to the "pleasure palaces" and riverboat casinos of today, "Suburban Xanadu" locates the rise of the casino resort in suburbanization and the significance of this development for today.

This text provides an in-depth introduction to the issues and techniques surrounding the integration and control of diverse and independent software components. Organizations increasingly rely upon diverse computer systems to perform a variety of knowledge-based tasks. This presents technical issues of inter-operability and integration, as well as philosophical issues of how co-operation and interaction between computational entities is to be realized. Co-operating systems are systems that work together towards a common end. The concepts of co-operation must be realized in technically sound system architectures, having a uniform meta-layer between knowledge sources and the rest of the system. The layer consists of a family of interpreters, one for each knowledge source, and meta-knowledge. A system architecture to integrate and control diverse knowledge sources is presented. The architecture is based on the meta-level properties of the logic programming language Prolog. An implementation of the architecture is described, a Framework for Logic Programming Systems with Distributed Execution (FLiPSiDE).Knowledge-based systems play an important role in any up-to-date arsenal of decision support tools. The tremendous growth of computer communications infrastructure has made distributed computing a viable option, and often a necessity in geographically distributed organizations. It has become clear that to take knowledge-based systems to their next useful level, it is necessary to get independent knowledge-based systems to work together, much as we put together ad hoc work groups in our organizations to tackle complex problems. The book is for scientists and software engineers who have experience in knowledge-based systems and/or logic programming and seek a hands-on introduction to co-operating systems. Researchers investigating autonomous agents, distributed computation, and co-operating systems should find fresh ideas and new perspectives on well-established approaches to control, organization and co-operation.

This book is a collection of essays which investigate the current status of dialogue between Jews and Christians. The author argues that Jews have been reluctant to engage in any but the most cursitory conversations with Christians, but that there are positive reasonings for going further. A Jewish Appraisal of Dialogu argues that a certain attitude is necessary for coherant relations. Contents: Preface; Acknowledgments; On the Reluctance of Jews to Discuss Religious Truths; Why Jews Ought to Engage in Dialogue; Expositions From the Lord's Table: Typology and Midrash; Jewish-Christian Relations and the Thought of Samuel Sandmel; Confrontation or Conversation?: Models for Jewish-Christian Dialogue; Jews and Catholics Discussing Bible and Jesus; Two Popular Jewish Interpretations of Jesus; is There a Jewish Reclamation of Jesus?; Rosenzweigian Mediations on Paganism, Anti-Judaism, the Holocaust and Rejudaization of the Church, Noahide Laws, Christian Covenants and Jewish Expectations; A Note on the Friends of Israel and the Jews; Scratch a Goy.

Cooperating Heterogeneous Systems provides an in-depth introduction to the issues and techniques surrounding the integration and control of diverse and independent software components. Organizations increasingly rely upon diverse computer systems to perform a variety of knowledge-based tasks. This presents technical issues of interoperability and integration, as well as philosophical issues of how cooperation and interaction between computational entities is to be realized. Cooperating systems are systems that work together towards a common end. The concepts of cooperation must be realized in technically sound system architectures, having a uniform meta-layer between knowledge sources and the rest of the system. The layer consists of a family of interpreters, one for each knowledge source, and meta-knowledge. A system architecture to integrate and control diverse knowledge sources is presented. The architecture is based on the meta-level properties of the logic programming language Prolog. An implementation of the architecture is described, a Framework for Logic Programming Systems with Distributed Execution (FLiPSiDE). Knowledge-based systems play an important role in any up-to-date arsenal of decision support tools. The tremendous growth of computer communications infrastructure has made distributed computing a viable option, and often a necessity in geographically distributed organizations. It has become clear that to take knowledge-based systems to their next useful level, it is necessary to get independent knowledge-based systems to work together, much as we put together ad hoc work groups in our organizations to tackle complex problems. The book is for scientists and software engineers who have experience in knowledge-based systems and/or logic programming and seek a hands-on introduction to cooperating systems. Researchers investigating autonomous agents, distributed computation, and cooperating systems will find fresh ideas and new perspectives on well-established approaches to control, organization, and cooperation.