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Wood, R. Kent; And Others – Instructional Science, 1979
Describes Fault Tree Analysis, a tool for systems analysis which attempts to identify possible modes of failure in systems to increase the probability of success. The article defines the technique and presents the steps of FTA construction, focusing on its application to education. (RAO)
Descriptors: Educational Planning, Failure, Management Systems, Models
Alameda County School Dept., Hayward, CA. PACE Center. – 1966
This ESEA Title III report describes fault tree analysis and assesses its applicability to education. Fault tree analysis is an operations research tool which is designed to increase the probability of success in any system by analyzing the most likely modes of failure that could occur. A graphic portrayal, which has the form of a tree, is…
Descriptors: Aerospace Industry, Critical Path Method, Educational Planning, Educational Research
Creager, John A. – 1972
As the first of two papers delineating the design of Massachusetts' Management and Information System for Occupational Education (MISOE), these specific dimensions of MISOE structure and function are considered: (1) the distinction between economic and noneconomic analysis, (2) distinctions among census, sample, and other data, (3) the distinction…
Descriptors: Algorithms, Design Preferences, Economic Research, Educational Planning
Creager, John A. – 1972
Guidelines for basic sampling and weighting procedures for Massachusetts' Management and Information System for Occupational Education (MISOE) are discussed, illustrating solutions relevant for systems development. Disproportionate, stratified random sampling within and across MISOE subsystems will be carried out, with a hierarchical…
Descriptors: Adult Vocational Education, Cost Effectiveness, Economic Research, Educational Planning
Tiedeman, David V. – 1972
Massachusetts' Management and Information System for Occupational Education (MISOE) arrays data for its dynamic simulation model, which decides educational and instructional policies at the state, school district, and classroom levels, according to this formula: Inputs/Process/Product/Impact. In this monograph linear programed models are…
Descriptors: Cost Effectiveness, Decision Making, Design Preferences, Economic Research