A real-time system has 2 processes, P and Q with 4 and 3 instances respectively. The table below shows the arrival time, execution time and deadline for each instance of the 2 processes. The period for P and Q are 20 and 32 respectively. Q5. Process Arrival Time Execution Time (ms) Deadline (ms) (ms) P1 10 20 P2 20 10 40 P3 40 10 60 P4 60 10 80 Qi 14 32 Q2 32 14 64 Q3 64 14 96 Illustrate the execution of the processes with Gantt chart based on the following real-time scheduling algorithms:-

A MISD machine is modelled after a systolic array, a kind of array. A systolic array is a collection of data processing units organised in a pipeline or "wavefront" network. Each of these components does not need the usage of a programme counter since execution is commenced when fresh data is received. Systolic arrays that are clock-synchronized compute in "lock-step," with each unit completing alternate calculation and communication phases on a single clock cycle.

(a) When pumping or compression costs are high, incentive exists for controlling flows at minimum cost. Suggest approaches for controlling flow rates with low pressure drops across sensors and valves. (b) Discuss the response of systems when the sensor, rather than the valve, fails to function properly. How can safety be ensured in such situations? (c) Discuss a quick method for determining the maximum number of variables that can be controlled for a completed process design. Assume that a detailed process schematic (piping and instrumentation drawing) is available, but a detailed mathematical model is not. (d) Discuss why controllability is analyzed with a linear model whereas the operating window is determined based on a nonlinear model. (e) If a system is controllable and has a sufficient operating window, will all possible loop pairings provide stable dynamic performance (assuming proper constant tuning)? (f) If the process dynamics are overdamped, would variable values…

Please don’t post wrong answer