A Smart Semipartitioned Real-Time Scheduling Strategy for Mixed-Criticality Systems in 6G-Based Edge Computing

Algorithm 3

SSPS.

Inputs:

 ;

 ;

 ;

 ;

 ;

Output:

 Acceptance Ratio.

1: = schedulability analysis()

 /, where

  is the tasks allocated to /

2: ifthen

3:  for each in do

4:  Get the top element out of ;

5:  ;

6: then

7:  if is HI-criticality and

   then

8:   Abort all Jobs of LO-criticality in PT;

9:   Insert LO-criticality jobs into as

     in descending order;

10:  ;

11:  Execute in HI-criticality;

12:  ;

13: else

14:   Abort ;

15:   continue;

16  end if

17: else

18:  Execute ;

19:  ;

20:  Que_Slack= slack time collection(, );

21:  continue;

22: end if

23: ifthen

24:  for each from do

25:   Get the top element out of ;

26:  ifthen

27:   Execute ;

28:   ;

29:   Que_Slack= slack time collection(, );

30:  else

31:   continue;

32:  end if

33:  end for

34: end if

35: end for

36: return ;

37: end if