Title :
Continuous Partial-Order Planning for Multichannel Document Analysis: A Process-Driven Approach
Author :
Stamm, Kristin ; Liwicki, Marcus ; Dengel, Andreas
Author_Institution :
German Res. Center for Artificial Intell., Kaiserslautern, Germany
Abstract :
With the rise of email communication, enterprises strive to manage incoming documents from all input channels for achieving customer satisfaction. Their overall goal is to reduce request processing time and to increase processing quality. Previously, we proposed the approach of process-driven document analysis (DA) using the concepts of Attentive Tasks (ATs) and the Specialist Board (SB). The ATs formalize information expectations of the processes toward an incoming document, whereas the SB describes all available DA methods. In this paper, we propose to apply continuous partial order planning (CPOP) for guiding DA with the goal of optimal extraction accuracy and runtime. To our knowledge, this approach provides a novel method for integrating knowledge management with DA, in particular for processes. Since planning has not been applied to this field yet, we explore learning the suitability function (SF) and the adaptation of the DA plan. First evaluations indicate the applicability of the approach and preferences for calibration.
Keywords :
document handling; electronic mail; knowledge management; AT; CPOP; DA; SB; SF; attentive tasks; continuous partial-order planning; customer satisfaction; email communication; knowledge management; multichannel document analysis; optimal extraction accuracy; process-driven approach; process-driven document analysis; processing quality; request processing time; specialist board; suitability function; Accuracy; Electronic mail; Optimization; Planning; Runtime; Text analysis; Continuous planning; multichannel document analysis; process context;
Conference_Titel :
Document Analysis and Recognition (ICDAR), 2013 12th International Conference on
Conference_Location :
Washington, DC
DOI :
10.1109/ICDAR.2013.129