| Collecting Requirements for an International Geographic Names Processing System |
OCT 86 |
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| Authors:
Gail Langran; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | The Defense Mapping Agency (DMA) is responsible for collecting and maintaining a correct file of geographic placenames worldwide to support a variety of U.S government activities. All placenames must be documented with an array of data that includes feature type, position, and possibly some feature attributes; all names previously or currently associated with the feature; reference sources used to acquire the names data ; and information concerning the Board on ... |
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| Recommendations on DMA's (Defense Mapping Agency) Standard Linear Format |
JUL 86 |
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| Authors:
Gail Langran; Maura Connor; R. K. Clark; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | This report stems from a NORDA evaluation of DMA's prototype World Vector Shoreline(WVS). NORDA personnel evaluated the ease of reading the WVS documentation, understanding the file structure, inputting the data from a tape file into program data structures, and plotting the shoreline vectors. Those who participated in the evaluation were previously inexperienced in using Standard Linear Format(SLF), the file structure of the WVS prototype. |
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| Map Design for a 1:100,000 Ground/Air Product |
APR 86 |
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| Authors:
Gail Langran; Thomas G. Baybrook; Stanislaw Grzeda; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | This report documents the design process of an experimental 1:100,000 topographic map. The map itself comprises Appendix B. The experimental map is designed for ground and air movement and is scaled to fill the gap between DMA's 1:50,000 and 1:250,000 products. A NORDA study elicited the needs of the targeted users through direct questioning and a literature survey (Appendix A). The design concept is pictorial and relies on an alternate ... |
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| The Geonames Processing System Synopsis |
SEP 85 |
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| Authors:
Gail Langran; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | DMA has recognized a need for digital procedures to store, retrieve, and edit geographic names and dates and to prepare names for product generation. DMA's stated goal is a 50-100 million name digital data base with subsystems to capture names, edit and format names data, and prepare names overlays for maps. NORDA began a geonames processing system design study late in FY82. This report summarizes NORDA's study findings. The four ... |
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| The Geonames Processing System Functional Design Specification. Volume 4. Advanced Symbol Processing |
MAR 85 |
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| Authors:
Gail Langran; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | This report describes the Geonames Processing System attributes and serves as a basis for understanding between the user and the developer. The subsystems referred to are: Advanced Symbol Processing, Advanced Type Placement, Geographic Names Data Base, and Automated Alphanumeric Data Entry System. Contents: Introduction-Overview of Geonames Processing System: Advanced Symbol Processing Overview; Word Processing; Data Base Manipulation; Output Processing; Job Management; File Management; Processing Flow; Data Sets; Interfaces to Other ... |
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| Geonames Processing System Functional Design Specification. Volume 1. Automated Alphanumeric Data Entry System |
MAR 85 |
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| Authors:
Gail Langran; Anne Downs; Barry Glick; Warren Schmidt; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY STENNIS SPACE CENTER MS
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 | This report describes the Geonames Processing System attributes and serves as a basis for understanding between the user and the developer. The subsystems referred to are: Advanced Symbol Processing, Advanced Type Placement, Geographic Names Data Base, and Automated Alphanumeric Data Entry System (AADES) . The Automated Alphanumeric Data Entry System described in this volume will provide DMA with a means of high-volume geonames data entry from map sources. Source maps ... |
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| Geonames Processing System Functional Design Specification. Volume 2. Geographic Names Data Base |
MAR 85 |
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| Authors:
Gail Langran; Allen Barnes; Steven Miller; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | This report describes the Geonames Processing System attributes and serves as a basis for understanding between the user and the developer. The subsystems referred to are: Advanced Symbol Processing, Advanced Type Placement, Geographic Names Data Base, and Automated Alphanumeric Data Entry System. A subsystem of the Geonames Processing System, the GNDB will handle the data banking, storage, and retrieval of geonames and their associated attributes in an all-digital environment. This ... |
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| Geonames Processing System Functional Design Specification. Volume 3. Advanced Type Placement |
MAR 85 |
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| Authors:
Gail Langran; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | Ths work, referred to as the Geonames Processing System, will be conducted during FY82-FY89. A Comprehensive Coordination Plan (NORDA Technical Note 189) was written in FY82 to provide a general system description. The Geonames Processing System Functional Design Specification, of which this is Volume 3, describes in more detail a proposed system based on requirements presented to NORDA by DMA headquarters and DMA's two production centers. A comprehensive system with ... |
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| Geonames Processing System Functional Design Specification. Volume 5. Performance Specifications |
MAR 85 |
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| Authors:
Gail Langran; NAVAL OCEAN RESEARCH AND DEVELOPMENT ACTIVITY NSTL STATION MS
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 | This work, referred to as the Geonames Processing System, will be conducted during FY82-FY89. A Comprehensive Coordination Plan (Norda Technical Note 189) was written in FY82 to provide a general system description. The Geonames Processing System Functional Design Specification, of which this is Volme 5, describes in more detail a proposed system based on requirements presented to NORDA by DMA Headquarters and DMA's two production centers. A comprehensive system with ... |
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