Geographic Information Systems

CRJ 399 GIS in Criminal Justice (3)

Covers a variety of topics in the criminal justice system. Content varies with each offering.

CRJ 693 GIS in Criminal Justice (4)

Exploration of theory and techniques associated with collection, display, analysis, and storage of geographic information in the criminal justice environment. Laboratory work will supplement information within lecture component by exposing students to operational geographic information system and databases, supplemented by GIS applications in planning, census and demographic studies, and community and economic planning/development. Prerequisite: Permission of department.

CRJ 696 GIS in Criminal Justice II (4)

In this course students will explore advanced topics in Geographic information Systems. The course covers Avenue, raster modeling, network analysis, and internet mapping. While new material will be introduced through lectures and laboratory work, the focus is on advancing student knowledge in an applied fashion. There will be considerable emphasis on the development of individual or group projects. Students will define a problem, develop GIS applications to analyze the problem, and present solutions and recommendations. Prerequisites: Permission of department; completion of RCRJ 693 or equivalent.

CSI 422 Introduction to Computer Graphics (3)

Mathematics, data structures, algorithms, system architecture and programming projects for implementing two and three dimensional computer graphics software. Rastorization, matrices, linear and projective transformations; clipping, removal of hidden lines and surfaces. Devices, event driven user interaction, and an introduction to window systems and visual programming tools. Prerequisite(s): AMAT 220 (Linear Algebra) and ICSI 310, or permission of instructor.

CSI 502 Computer Graphics (3)

An introduction to interactive computer graphics including device characteristics, display processors, and file structure. Graphical transformations and transformation systems including perspective transformations and hidden line and surface algorithms are discussed. Selected topics from graphical data structures, graphics systems, video graphics, and microprocessor graphics. Prerequisite: ICSI 310.

CSI 523 Computational Geometry (3)

Efficient algorithms for geometric problems. Paradigms of divide and conquer, space sweep, locus computation, prune and search, transformation, and random sampling. Problems such as finding convex hulls, line intersections, Voronoi diagrams, and nearest neighbors are studied together with selections from research literature. Lower bound proofs, examples of parallel algorithms, and some implementation issues. Prerequisites: Departmental examination in discrete mathematics, ICSI 503.

CSI 539 Advanced Data Structures (3)

Data structures for efficient retrieval in the context of problems relating to aggregation, reporting, quantifier evaluation, and range queries in both dynamic and static settings. K-d trees, k-fold trees, balanced trees, and other advanced topics. Prerequisite: ICSI 503.

EPI 697 GIS and Public Health (1-6)

Independent study and research in selected areas of epidemiology under the supervision of a faculty member. A final written report will be prepared. May be repeated once when topics differ. Prerequisite: Consent of instructor. www.albany.edu/~msz03

GOG 414 Computer Mapping (3)

Introduces the student to the fundamental techniques and applications of automated map production. Lectures include discussions of algorithm and program development as well as existing software packages. Students will also be introduced to current problems and research in automated map production. Covers a wide range of topics including but not limited to automated drafting, computer generated projections, coordinate systems and transformations, data structures and discussions of algorithms for specific applications. Prerequisite(s): AGOG 290 or permission of instructor.

GOG 479 Fundamentals of Applied Global Positioning Systems (GPS) (3)

This course introduces students to the fundamentals of Global Positioning System technology as applied to the geosciences. Topics include background and history, signal structure, resolution, accuracy, data collection techniques, basic geodesy, projections and data, and applications. Fieldwork and lab exercises complement lecture material.

GOG 495/PLN 455 Introductory MapInfo (1)

Provides students who have, or are developing, a knowledge of Geographic Information Systems (GIS) fundamentals, and who have, or are developing, a knowledge of ArcView software, with a comparable knowledge of MapInfo software. Enables students to use and apply MapInfo to the solution of a wide range of data management, cartographic and public policy programs.

GOG 496/PLN 456 Geographic Information Systems (3)

Introduction to the structure, design, and application of data base management systems designed to accept large volumes of spatial data derived from various sources. The student will learn how to efficiently store, retrieve, manipulate, analyze, and display these data according to a variety of user-defined specifications. Prerequisite(s): Familiarity with maps and coordinate systems. http://www.albany.edu/faculty/jmower/geog/gog496/496sp04Outline.htm

GOG 498 GIS Management (3)

This course provides students with the fundamentals of GIS diffusion theory, organizational theory and management, GIS implementation, spatial data sharing and trends in national data structures. Lectures are complemented by case studies chosen by the student to test ideas discussed in class. Prerequisite(s): AGOG 496 or APLN 456.

GOG 590 Advanced Cartography (3)

Maps as information systems with emphasis on data collection, reduction, and symbolization. Error measurement and correction. Introduction to psycho-physical aspects of cartographic presentation. Prerequisite: AGOG 390 or consent of instructor.

GOG 595/PLN 555 Introductory MapInfo (1)

Provides students who have, or are developing, a knowledge of Geographic Information Systems (GIS) fundamentals, and who have, or are developing, a knowledge of ArcView software, with a comparable knowledge of MapInfo software. Enables students to use and apply MapInfo to the solution of a wide range of data management, cartographic and public policy programs.

GOG 596/PLN 556 Geographic Information Systems (3)

This course will explore the structure, design, and application of geographic information systems. The student will learn how to store efficiently, retrieve, manipulate, analyze, and display large volumes of spatial data derived from various sources. Students will learn information management techniques for a variety of purposes including planning and simulation modeling. http://www.albany.edu/faculty/jmower/geog/gog496/496sp04Outline.htm

GOG 597/PLN 557 ARC/INFO Practicum (3)

Introduces students to ARC/INFO, a geographic information system (GIS) with extensive analytical and cartographic components. Students will use ARC/INFO to compile and analyze data for selected research projects in Geography and Planning. Major topics include data conversion procedures, registration and rectification of digital data, spatial statistical analysis, and cartographic display. Prerequisites: AGOG 496/596; APLN 556 or equivalent courses. http://www.albany.edu/gp/academics/graduate/courses/gog/gog597.htm

GOG 598/PLN 558 Geographic Information Systems Management (3)

This course provides students with the fundamentals of GIS diffusion theory, organizational theory and management, GIS implementation, spatial data sharing and trends in national data structures. Lectures are complemented by case studies chosen by the student to test ideas discussed in class. Prerequisites: AGOG 496, 596, or APLN 556 or equivalent.

GOG 599/PLN 559 Geographic Information Systems Applications (3)

This course will focus on the development and deployment of custom GIS applications. Application development techniques and strategies for successful GIS implementation will be presented. Students will be responsible for developing/programming custom GIS applications using desktop GIS software, component-based GIS tools, and Internet GIS technology. Requires a basic understanding of computer programming.

GOG 685 Seminar in Remote Sensing of the Environment (3)

Study of remote sensing in geographic investigation with emphasis on detailed examination of specific sensor systems. Independent research on a sensor-environment problem is mandatory. Prerequisite: AGOG 585 or consent of instructor.

GOG 692/PLN 656 Seminar in Geographic Information Systems (3)

In-depth study of specialized topics of importance to Geographic Information Systems (GIS). In-depth examination of the scientific literature and a substantial research project involving algorithm development and/or modification and/or testing required. May be repeated once for credit. Prerequisites: AGOG 496, 596 or APLN 556 or equivalent, and a working knowledge of a programming language.