4

4

the Draw Toolbar -- Exercise 2 Classification Types and Data Needs -- Exercise 3 Layouts -- Exercise 4

. Tight (Deep) Coupling; 4.3. Client/Server ; 4.4. Component Object Model Technology (COM) ; 4.5. Ontology

research -- 4. Research design -- 5. Qualitative research methods and GIS -- 6. GIS data collection and

. 3. Products of a GIS : maps and other information -- Ch. 4. Structures for storing geographic data

4

mapping -- 4. Spatial theories of crime -- 5. Spatial statistics for crime analysis -- 6. Identifying

1. The big picture on design -- 2. Type basics -- 3. Effective type in map design -- 4. Color

. Input, storage, and editing -- Ch. 5. The input subsystem -- Ch. 6. Data storage and editing -- Unit 4

. Algebra - treating numbers as symbols -- Ch. 4. The geometry of common shapes -- Ch. 5. Plane and

Ch. 1. Once over lightly -- Ch. 2. XML and GML -- Ch. 3. Basic concepts of GML -- Ch. 4. GML core

Data -- 3. Fundamentals: Maps as Outcomes of Processes -- 4. Point Pattern Analysis -- 5. Practical

primary colours -- 3. Colour description and colour spaces -- 4. Colour input -- 5. Colour output -- 6

4

1. GIS Basics -- 2. GIS Development Software -- 3. GIS Applications Software -- 4. GIS Data -- 5

. 4. Attribute-based Operations -- Ch. 5. Overlay: Integration of Disparate Sources -- Ch. 6. Distance

-- Unit 3. Input, Storage, and Editing. Ch. 5. GIS Data Input. Ch. 6. Data Storage and Editing -- Unit 4

4

4

. Ch. 4. Multi-scale Resource Data. Modeling Conservation Priorities in Veracruz, Mexico. Development

. Curran, Edward J. Milton and Peter M. Atkinson / [et al.]. 4. Different Data Sources and Diverse Data

Abstractions of Reality -- 3. Geographical Data in the Computer -- 4. Data Input, Verification, Storage, and