Non-kinetic Tasks and Supporting Sociocultural Information
Abstract
In June 2011, the Engineer Research and Development Center started a research project aimed at understanding the connection between Civil Affairs (CA) tasks and the sociocultural information needed to support the conduct of those tasks. The project, called CALICO (Civil Affairs Language Informing Cultural Operations), used manual and automated content-analysis techniques to arrive at an understanding of what Army doctrine (as represented in CA training manuals) reveals about the connection between CA tasks and supporting sociocultural knowledge. One motivation for the work is the need to define CA tasks in such a way that they can be represented in a Battle Management Language (BML) that can support the production and interpretation of digital operations orders (DOOs). BMLs are at present able to support DOOs that include tasks in traditional, kinetic warfare (e.g., ATTACK, DEFEAT, TAKE, HOLD), but research is needed on the incorporation of non-kinetic tasks. The incorporation of non-kinetic tasks into a BML would enable DOOs to be constructed, issued, and interpreted for Phase 0 (Shaping) operations and Humanitarian Assistance and Disaster Relief (HA/DR) operations. Previous research demonstrated that non-kinetic tasks can be represented in ways consistent with BML architectures based on Lexical Functional Grammar, but research has not extended to the question of what sociocultural information is relevant to what task. CALICO analysis examines CA training texts tagged using a schema that emerged from the texts themselves rather than a taxonomy developed independently for another purpose (such as JC3IEDM). This paper describes the tagging effort as part of connecting specific non-kinetic tasks to the sociocultural knowledge that supports their execution.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 2013
- Accession Number
- ADA591949
Entities
People
- Chandler M. Armstrong
- David A. Krooks
Organizations
- Engineer Research and Development Center