Common use of Table 14 Clause in Contracts

Table 14. The code of an iDSL study Section Study Scenario BiPlane_Image_Processing_run DesignSpace (offset {"0" "10000" "20000" "30000"} ) Table 15. The code of an iDSL measure Section Measure Measure ServiceResponseTimes PTA scalable Measure ServiceResponseTimes PTA scalable efficient ServiceResponseTimes using 1 run of 1000 requests Transformation. The Modest code comprises a parallel process at its highest level, with services “Frontal Image Processing Service” and a lateral equivalent, a resource “CPU”, a resource queue “CPU queue”, and two generators that each call a different service. The two services alternately wait for incoming requests from different generators and call the same process. Atomic processes all call “CPU queue”, providing taskloads that Resource “CPU” processes.

Table 14. The code of an iDSL study Section Study Scenario BiPlane_Image_Processing_run DesignSpace (offset {"0" "10000" "20000" "30000"} ) Table 15. The code of an iDSL measure Section Measure Measure ServiceResponseTimes PTA scalable Measure ServiceResponseTimes PTA scalable efficient ServiceResponseTimes using 1 run of 1000 requests Transformation. The Modest code comprises a parallel process at its highest level, with services “Frontal Image Processing Service” and a lateral equivalent, a resource “CPU”, a resource queue “CPU queue”, and two generators that each call a different different service. The two services alternately wait for incoming requests from different different generators and call the same process. Atomic processes all call “CPU queue”, providing taskloads that Resource “CPU” processes.