one in which the being who decides it does not have a realistic plan for maintaining/ achieving the object if decision
Decision support depends on how structured a particular problem that needs solving is.
Structured analysis is a set of techniques and graphical tools used by the analyst for applying a systematic approach to systems analysis. The traditional approach focuses on cost/benefit and feasibility analyses, project management, hardware and software selection, and personnel considerations. In contrast, structured analysis uses graphical tools such as Data Flow diagram, data dictionary, structured English, Decision tree, and decision tables. The outcome of structured analysis is a new document, called system specifications, which provides the basis for design and implementation. The primary steps included in structured analysis are: 1. Study affected user areas, resulting in a physical DFD. The logical equivalent of the present system results in a logical DFD. 2. Remove the physical checkpoints and replace them with a logical equivalent, resulting in the logical DFD. 3. Model new logical system 4. Establish man/machine interface 5. Quantify costs and benefits and select hardware. The structured specification consists of the DFDs that show the major decomposition of system functions and their interfaces, the data dictionary documenting all interface flows and data stores on the DFDs, and documentation of the intervals of DFDs through structured English, decision trees, and decision tables.
Structured programming is not at all related to inheritance. Structured programming is a paradigm that allows, amongst many other things, one to write code in a manner that nests decisions and processing in a logical, "structured" way. Inheritance, on the other hand, is an aspect of Object Oriented Design and Programming.
structured English resembles spoken Englishwhere as pseudocode resembles programming languageWhat_are_the_differences_between_structured_English_and_pseudo_code
C is a structured programming language. PHP, COBOL is also a structured programming language. These languages follow a top down approach.
A gray area lies between the structured and unstructured range.Here part of the decision can be specified allowing for certain factors out of control.
A gray area lies between the structured and unstructured range.Here part of the decision can be specified allowing for certain factors out of control.
Structured decision making refers to the organized approach to making an informed decision. It can be done using lists or other organizational tools. Unstructured decision making usually refers to the spur of the moment decision making that requires little planning. Semi-structured decisions are made using less organization than structured decisions, but can also employ quick thinking and less planning.
1. Structured 2. Semi - structured 3. Unstructured
A structured knowledge system has well-defined rules and formats for organizing and storing information, making it easily searchable and retrievable. In contrast, a semi-structured knowledge system has some predefined rules but also allows for flexibility and subjective interpretation in organizing and storing information.
structured
structured
Decision support depends on how structured a particular problem that needs solving is.
Semi-structured decisions require a combination of standard solution procedures and individual judgment. These decisions have some defined aspects but also involve elements of uncertainty or ambiguity that necessitate added judgment in the decision-making process.
structured
Structural decision making or SDM is an organized approach to identifying and evaluating creative options and making choices in complex decision situations.
The instruments of Qualitative research data collections are the following.: unstructured or semi structured observation form unstructured or semi structured questionnaire unstructured or semi structured interview