Flowchart of the proposed eWaOA for the FJSP_PBPO. Full size image Step 1—Data input: Operation set, operation sequence for the N jobs, alternative machines with their associated processing times for each operation, and the PBPOs, with both operations and PBPOs collectively described as tasks...
Flowchart of the proposed eWaOA for the FJSP_PBPO. Full size image Step 1—Data input: Operation set, operation sequence for theNjobs, alternative machines with their associated processing times for each operation, and the PBPOs, with both operations and PBPOs collectively described as tasks. ...
function to use for parallel processing below. The upper flowchart is raster-oriented and the lower is vector-oriented. They are supplementary to each other. When a user follows the raster-oriented one, they might visit the vector-oriented flowchart at each end of the raster-oriented flowchart....
and after specifying a program selection part through an input device 16 copies the program selection part 14 in a data flow graph display area on a display 18 according to an indication made by a user through the input device 16 and inputs it to a parallel process flowchart generation part...
decision which indicates a decision points between two or more paths in a flowchart, symbol of delay. Major symbols includes symbol of data, document or multiple documents, subroutine, preparation for processing of documents. Also includes symbols: display, manual input, manual loop, loop limit, ...
Here is a quick Compute Context Data Source flowchart to understand the different supported scenarios for rxExecBy() : [caption id="attachment_1005" align="aligncenter" width="861"] rxExecBy() ComputeContext - DataSource Support FlowChart[/caption] Now let us look at code samples for all ...
1. Create a flowchart and pseudocode for this program in a Word document. Create two parallel arrays that represent a standard deck of 52 playing cards. One array is a string and holds the values (Ace A. Create a flowchart and pseudocode for this program in a Word document. Create two ...
FIG. 3 is a flowchart used for explaining the operation of the preferred exemplary embodiment of the present invention; FIG. 4 is a block diagram showing the configuration of a processing element (PE) which does not execute in a pipeline process mode, to explain the function and effect of ...
FIG. 5 is a flowchart illustrating an example process for image labeling using parallel processing. Briefly, in FIG. 5, labeling is performed by a general purpose computer which has a CPU interfaced to a GPGPU having a SIMD architecture. The general purpose computer performs labeling on image ...
A method is disclosed for controlling execution in a parallel processing device of a plurality of processing jobs for communication reception in a communication network. The method