Logic flow chart

Computerized Analytical Approach. The logic flow-chart for the analysis is shown in Figure 1. An assumption is first made about the nature of the polymer mixture. For example, in a two-component mixture different combinations of statistical... 

Figure 12. HASL logic flow chart. [A] input of Cartesian coordinates for structure, [B] generation of lattice containing spatial and physlochemlcal information, [C] fitting routine Involving superposition of molecular lattice on HASL, [D] generation of results, which Include binding prediction, record (HISTORY) files, and options to merge lattices and/or calculate partial pKl distribution.

Fig. 3. Logical flow chart of program operations unbroken lines, standard procedures and calculations broken lines, operations that can be optionally performed, depending on the version of the program used.

Figure 29. Pretreatment option logical decision flow chart.

Handbook of Emergency Response to Toxic Chemical Releases Figure 29. Pretreatment option logical decision flow chart. 

Figure 6. Flow chart for the computer program logic in IMD-4 analytical converter model.

Similar logical tests can be applied to increases in surface contamination levels, which may be due to increases in source intensity, or decreases in the efficiency of barrier controls or cleaning and sanitizing procedures. Flow charts illustrating the logical evaluation of data, and investigation of out-of-limit results are useful as starting points in the development of corrective action plans. ... 

Expert systems technology can be useful. We have demonstrated the ease of use and logic-documentation capabilities of a prototype using the UN flow chart and the KDS expert system development software. KDS Corp personnel have also demonstrated the relative ease with which our Loss Prevention Data Sheets can be represented in expert systems format. They will be happy to explain their demo "PEROX" based on our D.S. 7-81 (48). At present, however, the "PEROX" demo has been neither funded nor endorsed by the FM System. 

The EOPs, reviewed in this apphcation, define the step-by-step operator actions in logic diagrams including important considerations for diagnosis and implementation (cautions, warnings, notes and graphs). Typically, the flow charts in the BWR control room... 

Method of Purification. Develop a flow chart that summarizes the sequence of operations that will be used to purify the desired product. The chart will show at what stages of the work-up procedure unchanged starting materials and unwanted by-products are removed. By understanding the logic of the purification process, you will know why each of the various operations specified in the purification process is performed. 

Figure 4.15 PI flow chart of the leaching solution settling tank for butene, corrected according to results obtained from the preliminary hazard analysis, with element designation for determination of the logic structure.

This type of task analysis is applied when there are issues related to decision making, complex situation handling, time-based system interlock checking, etc. This is somewhat like a program flow chart in which action sequences are described. The system is described with the help of very short burner management logic, as shown in... 

Figure 1 is a flow chart showing the logic of defence in depth. Success is defined for each level of defence in depth. According to the philosophy of defence in depth, if the provisions of a given level of defence fail to control the evolution of a sequence, the subsequent level will come into play. 

To quickly size the component models of the powertrain, an automated sizing process was developed. A flow chart illustrating the sizing process logic is shown in Fig. 5. While the engine power is the only variable for conventional vehicles, HEVs have two variables engine power and electric... 

The proposed method is suitable for acquiring knowledge for the development of an expert system applied in the diagnosis of deviations in the process including operational failures in order to search for the components which fail can cause these deviations. It is emphasized the importance of following the proposed flow chart that shows the sequence of activities that allows to make detailed and reliable analysis, because they are used and organized in a logical order, so that the method is applied correctly. 

The IF-Devices (Device 60) of the TAGS (Lines 28 and 29) are used for the logical judgments illustrated in the flow chart (Figure 4.6). The output SWIGTL is used for the OPEN/GLOSE signal of the TYPE-13 switch in the electrical part (Line 77). 

CUDA is carried out by means of a hybrid computing architecture that includes a GPU and CPU. The CPU is responsible for the sequential and logical tasks, and the GPU is used to implement the massive parallel computing tasks. A typical flow chart for a CUDA program is illustrated as follows. First, data are copied from the main memory to the GPU memory. Next, the CPU insfructs the main processing and the GPU executes in parallel in each core. Finally, the result is copied from the GPU memory to the main memory. 

A general overview of the subprograms of Groups 1 and 11 (all called by the highest-level SR RUNNBO) is shown in the accompanying flow chart, which indicates the logical relationship of the routines to one another and to the order of discussion in Sections C.5 and C.6 of the NBO Manual. The sequence of execution is... 

Figure 11-1 Flow chart showing long if-xelse-end if logic.

The semiformal methods chosen should be appropriate to the application and typically include logic/function block diagrams, cause and effect charts, sequence diagrams, state transition diagrams, time Petri nets, truth tables, and data flow diagrams. 

---