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Harald Mueller's proposal to include the theory of communicative action in the theoretical modeling of international relations has been severely criticized. According to the critics, there are no criteria for identifying the shift from strategic to communicative action. The intention of this paper is to support the project initiated by Mueller by dealing with the "transition problem" within the theoretical framework of Habermas's social theory. Mueller has to be reproached for not having adequately integrated the ideality of Habermas's concept of communication into an analytical framework that also aims to include the facticity of noncooperative solutions to conflicts. It is only when the structural perspective of Habermas's social theory is taken into consideration that the "transition problem" can be solved, as this procedure allows the normative & substantial thesis to be established that in conflict situations the protagonists of international relations ideally coordinate their actions by applying the mode of communicative action, which corresponds to cooperation. In this case, the facticity of forms of noncooperative solutions to conflicts, ie, the strategic coordination of actions, can be attributed to nonfulfilled conditions for communication. Adapted from the source document.

Cover -- Copyright -- Credits -- Foreword -- About the Authors -- About the Reviewers -- www.PacktPub.com -- Table of Contents -- Preface -- Chapter 1: A Quick Tour of Ephesoft -- The user interface -- Administrative features -- Batch class management -- Batch instance management -- Folder management -- System configuration -- Reports -- The operator user interface -- Batch list -- Review validate -- Web scanner -- Upload batch -- File system -- Summary -- Chapter 2: Creating a Batch Class -- Creating a batch class -- Creating a document type -- Training for classification and separation -- Creating fields -- Key value extraction -- Validation rules -- Export -- Copy Batch XML -- Processing a batch -- File upload -- Starting a batch from other sources -- Review and validation -- Document review -- Document validation -- Summary -- Chapter 3: Core Ephesoft Features -- Classification -- Classification types -- Search -- Image -- Barcodes -- Automatic -- One document classification -- Confidence -- Search classification -- Barcode classification -- Image classification -- Automatic classification -- Multiple layouts for a single document type -- Fuzzy DB -- Using Web Scanner -- Uploading batches -- Export -- CMIS export -- Establish a content model in your CMIS -- Configure the CMIS Export plugin -- Document type and property mapping -- Global CMIS configuration -- Database Export -- Other export plugins -- Configuration management of batch classes -- Summary -- Chapter 4: Ephesoft's Advanced Features -- Configuring other classification methods -- Barcode classification -- Image classification -- Fixed form extraction -- Creating a RecoStar project -- Configuring the RecoStar project -- Configuring Ephesoft to use the RecoStar project -- Table extraction -- Scripting -- The workflow scripts -- Triggering scripts when a field is edited.

This paper presents a curated collection of fictional abstracts for papers that could appear in the proceedings of the 2039 CHI Conference. It provides an opportunity to consider the various visions guiding work in HCI, the futures toward which we (believe we) are working, and how research in the field might relate with broader social, political, and cultural changes over the next quarter century.

Dothistroma septosporum, the primary causal agent of Dothistroma needle blight, is one of the most significant foliar pathogens of pine worldwide. Its wide host and environmental ranges have led to its global success as a pathogen and severe economic damage to pine forests in many regions. This comprehensive global population study elucidated the historical migration pathways of the pathogen to reveal the Eurasian origin of the fungus. When over 3800 isolates were examined, three major population clusters were revealed: North America, Western Europe, and Eastern Europe, with distinct subclusters in the highly diverse Eastern European cluster. Modeling of historical scenarios using approximate Bayesian computation revealed the North American cluster was derived from an ancestral population in Eurasia. The Northeastern European subcluster was shown to be ancestral to all other European clusters and subclusters. The Turkish subcluster diverged first, followed by the Central European subcluster, then the Western European cluster, which has subsequently spread to much of the Southern Hemisphere. All clusters and subclusters contained both mating-types of the fungus, indicating the potential for sexual reproduction, although asexual reproduction remained the primary mode of reproduction. The study strongly suggests the native range of D. septosporum to be in Eastern Europe (i.e., the Baltic and Western Russia) and Western Asia.