The vector stencils library "DFD, Yourdon and Coad notation" contains 22 DFD elements.
Use it for drawing data flow diagrams (DFD) using Yourdon/ DeMarco notation in the ConceptDraw PRO diagramming and vector drawing software extended with the Data Flow Diagrams solution from the Software Development area of ConceptDraw Solution Park.
Use it for drawing data flow diagrams (DFD) using Yourdon/ DeMarco notation in the ConceptDraw PRO diagramming and vector drawing software extended with the Data Flow Diagrams solution from the Software Development area of ConceptDraw Solution Park.
The vector stencils library "DFD, Yourdon and Coad notation" contains 22 DFD elements.
Use it for drawing data flow diagrams (DFD) using Yourdon/ DeMarco notation in the ConceptDraw PRO diagramming and vector drawing software extended with the Data Flow Diagrams solution from the Software Development area of ConceptDraw Solution Park.
Use it for drawing data flow diagrams (DFD) using Yourdon/ DeMarco notation in the ConceptDraw PRO diagramming and vector drawing software extended with the Data Flow Diagrams solution from the Software Development area of ConceptDraw Solution Park.
Design Data Flow. DFD Library
Three DFD libraries, 49 vector shapes. Use these DFD symbol libraries to design the process-oriented models, data-oriented models, data flowcharts, data process diagrams, structured analysis diagrams, and information flow diagrams.Basic Flowchart Symbols and Meaning
Flowchart Symbols and Meaning - Provides a visual representation of basic flowchart symbols and their proposed use in professional workflow diagram, standard process flow diagram and communicating the structure of a well-developed web site, as well as their correlation in developing on-line instructional projects. See flowchart's symbols by specifics of process flow diagram symbols and workflow diagram symbols.DFD Library — Design elements
Three DFD libraries, 49 vector shapes. Use these DFD symbol libraries to design the process-oriented models, data-oriented models, data flowcharts, data process diagrams, structured analysis diagrams, and information flow diagrams.Data Flow Diagram (DFD)
This example is created using ConceptDraw PRO enhanced with solution Data Flow Diagrams. This diagram shows one of the business processes to simplify and accelerate understanding, analysis, and representation.Flowchart
With ConceptDraw PRO it is easy to create professional flowchart diagrams of any complexity. With the use of numerous templates and the extensive libraries of ready-made symbols and blocks; depicting your business processes has never been easier.How to Connect Social Media DFD Flowchart with Action Maps
The Social Media Response solution creates interactive social media flow charts and action mind maps. The solution includes a video tutorial and a number of samples helping social media teams refine and organize their response process.Flow Chart Creator
ConceptDraw PRO is a flowchart design software. There are large collections of professional flowchart symbols for process flow diagrams, standard flowchart symbols and colored basic flowchart symbols. Built-in examples and video lessons allow users to get started immediately and do drawing of virtually any type of flowchart or process flow diagramsIDEF4 Standard
Use Case Diagrams technology. IDEF4 standard implies not only graphical presentation but the additional information about diagrams of heredity, methods systematization and types which are contained in specifications.Easy Flowchart Program and Standard Flowchart Symbols
Fast visualization of structured data is main capability of the ConceptDraw PRO. With numerous vector stencils and standard flowchart symbols from object libraries and the RapidDraw technology this program stands as the best professional flowchart software for drawing with type of flowchart symbols. ConceptDraw PRO also known as best flowchart maker.Garrett IA Diagrams with ConceptDraw PRO
Garrett IA diagrams are used at development of Internet-resources, in particulars at projecting of interactions of web-resource elements. The diagram of information architecture of the web resource which is constructed correctly with necessary details presents to developers the resource in comprehensible and visual way.This DFD sample was created on the base of figure illustrating the "Interactive Double Mass Analysis. User's Guide" from the website of the Office of Hydrologic Development of the National Weather Service (NWS) of the National Oceanic and Atmospheric Administration (NOAA).
"Double mass analysis is a technique commonly employed to determine corrections to hydrometeorological data to account for changes in data collection procedures or other local conditions. The changes may result from a variety of things including changes in instrumentation, changes in observation procedures, or changes in gage location or surrounding conditions. The purpose of this Interactive Double Mass Analysis (IDMA) tool is to provide an effective and efficient way for users to perform consistency checking using double mass analysis and to produce the correction factors that are used in subsequent processing by NWSRFS preprocessor tools to account for any discovered inconsistencies.
Computations of mean areal time series for use in calibration and ESP have traditionally been made using the appropriate preprocessing software (MAP, PXPP, MAT etc.). The preprocessors have traditionally taken point time series as input and have provided facilities for estimation of missing data, and for consistency checking and correction in addition to the mean areal computations. The IDMA tool has been designed to run in conjunction with the preprocessors in an iterative fashion. It performs the consistency checking function, leaving the estimation, correction and mean areal computations to the preprocessors. ...
As shown in Figure ... the preprocessor software generates a data file that contains accumulated data values for each station and the associated group base, as well as flags indicating whether the values were estimated or not. This data file along with the input card file used by the preprocessor are used by the IDMA tool. The IDMA tool then allows the user to perform consistency checks and to calculate correction factors. The correction factors are then returned so that the preprocessors can perform the corrections, re-estimate missing data and perform the mean areal computations. Note that there is an interdependence between the estimation of missing values in the preprocessors and the correction factors computed in the IDMA and so there needs to be iteration between the two processes until the user is satisfied that an appropriate balance has been reached."
[nws.noaa.gov/ oh/ hrl/ idma/ users_ guide/ html/ dma_ overview.php]
The example "Interaction between IDMA and preprocessor" was created using the ConceptDraw PRO diagramming and vector drawing software extended with the Data Flow Diagrams solution from the Software Development area of ConceptDraw Solution Park.
"Double mass analysis is a technique commonly employed to determine corrections to hydrometeorological data to account for changes in data collection procedures or other local conditions. The changes may result from a variety of things including changes in instrumentation, changes in observation procedures, or changes in gage location or surrounding conditions. The purpose of this Interactive Double Mass Analysis (IDMA) tool is to provide an effective and efficient way for users to perform consistency checking using double mass analysis and to produce the correction factors that are used in subsequent processing by NWSRFS preprocessor tools to account for any discovered inconsistencies.
Computations of mean areal time series for use in calibration and ESP have traditionally been made using the appropriate preprocessing software (MAP, PXPP, MAT etc.). The preprocessors have traditionally taken point time series as input and have provided facilities for estimation of missing data, and for consistency checking and correction in addition to the mean areal computations. The IDMA tool has been designed to run in conjunction with the preprocessors in an iterative fashion. It performs the consistency checking function, leaving the estimation, correction and mean areal computations to the preprocessors. ...
As shown in Figure ... the preprocessor software generates a data file that contains accumulated data values for each station and the associated group base, as well as flags indicating whether the values were estimated or not. This data file along with the input card file used by the preprocessor are used by the IDMA tool. The IDMA tool then allows the user to perform consistency checks and to calculate correction factors. The correction factors are then returned so that the preprocessors can perform the corrections, re-estimate missing data and perform the mean areal computations. Note that there is an interdependence between the estimation of missing values in the preprocessors and the correction factors computed in the IDMA and so there needs to be iteration between the two processes until the user is satisfied that an appropriate balance has been reached."
[nws.noaa.gov/ oh/ hrl/ idma/ users_ guide/ html/ dma_ overview.php]
The example "Interaction between IDMA and preprocessor" was created using the ConceptDraw PRO diagramming and vector drawing software extended with the Data Flow Diagrams solution from the Software Development area of ConceptDraw Solution Park.
Cross-Functional Flowchart
Cross-Functional Flowchart - to draw cross functional process maps is by starting with a cross-functional flowchart samples and templates. Easy to draw sample cross functional Process Flow Diagrams. Using a Cross-Functional flowchart is a clear way of showing each team member’s responsibilities and how processes get shared or transferred between different teams and departments.Use cross-functional flowcharts to show the relationship between a business process and the functional units (such as departments) responsible for that process. To create it use the best flowchart maker of ConceptDraw PRO.
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