Catálogo de publicaciones - libros

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.

This chapter introduces the new systems development platform presented in this book. This new development methodology for management information systems (MISs) is based on a formal model-theoretic structure derived from the systems concepts of general systems theory (GST). The model is represented in set theory and implemented in a fourth-generation programming language, extProlog, by automated system generation. The extProlog language is an extension of standard Prolog that allows for the implementation of an MIS. As discussed in Section 1.2, the new methodology provides a platform for the development of both transaction processing systems and problemsolving systems as the two principal components of an MIS.