Can Any One Convert This Pseudo Code in Matlab Code

Convert pseudo code to matlap and this is the code :

Algorithm 3 Iterative Target-Oriented Algorithm (ITOA)

Input: S= set of cameras; T = set of targets; P= set of discrete pans;

K= No. of set covers Output: C=Collection of Set Covers C1, C2....CK

1: SENSORS= S

2: /*SENSORS keeps track of the list of unused sensors */

3: k = 0

4: while SENSORS 6= ∅ do

5: /* a new set cover Ck will be formed */

6: k= k + 1

7: Ck=∅

8: TARGETS= T

9: /*TARGETS contains the uncovered targets */

10: while TARGETS 6= ∅ do

11: /* more targets have to be covered */

12: Find Dmin = minD(t) : t ∈ T

13: if |Dmin| = 0 then

14: /*TARGETS contains some uncoverable targets*/

15: goto marker

16: else

17: S ′ = ∅

18: Find the targets having cardinality equals Dmin and create a set T ′

19: for each t ∈ T ′

20: for each (si , pj) ∈ Φ −1 (t)

21: S ′ = S ′ ∪ {(si , pj)}

22: Find the most contributing (su, pv) such that:

23: (su, pv)←argmaxsu∈S’,1≤v≤qΦuv∩TARGETS

24: /* selects (su, pv) covering maximum targets */

25: In case of tie, create a subset S ′′ ⊆ S ′ with all sensor-pan pairs having same contribution

26: Let (si , pj ) ∈ S ′′ has the maximum force F ′ ij among all sensor-pan pairs in S ′′, i.e.:

27: F ′ ij = argmaxvFuv; ∀su ∈ S; ∀pv ∈ P; ∀si ∈ S; ∀pj ∈ P;

28: Ck = Ck ∪{(si , pj )}

29: SENSORS = SENSORS \ {si}

30: TARGETS = TARGETS \ {Φij}

31: end if

32: end while

33: C = C ∪ Ck

34: end while

35: marker: return the collection of set covers C

[Rik]

Have a read here (or here for more general advice). It will greatly improve your chances of getting an answer.

[Image Analyst]

Can't you tackle it one line at a time.

Also, what do you think "SENSORS 6= ∅ do 5" means? I have no idea.

[madhan ravi]

This is not a homework service.