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const SEATS -3 set High = (high(1.3]) set Low (low[1..3]} set PASSENGERS (High, Low) const T 6 range TICKETS = 1.T LOG RIDE = (clean -> ride -> LOG RIDE). PASSENGER = (ticketſt:TICKETS] -> enter[t] -> leave -> PASSENGER). ENTRYTICKET = ENTRYTICKET[1]. ENTRYTICKET[t:TICKETS] =(ticket[t] -> ENTRYTICKET[1%T+1]).

const SEATS -3 set High = (high(1.3]) set Low (low[1..3]} set PASSENGERS (High, Low) const T 6 range TICKETS = 1.T LOG RIDE = (clean -> ride -> LOG RIDE). PASSENGER = (ticketſt:TICKETS] -> enter[t] -> leave -> PASSENGER). ENTRYTICKET = ENTRYTICKET[1]. ENTRYTICKET[t:TICKETS] =(ticket[t] -> ENTRYTICKET[1%T+1]).

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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implement this FSP Model in java const SEATS 3 set High (high[1..3]) set Low = (low[1.3]} %3D set PASSENGERS (High, Low) const T 6 range TICKETS = 1.T LOG RIDE (clean -> ride-> LOG RIDE). PASSENGER = (ticket[t:TICKETS] -> enter[t) -> leave -> PASSENGER). ENTRYTICKET = ENTRYTICKET[1). ENTRYTICKET(E TICKETS] =(ticket[t) -> ENTRYTICKET[1%T+1]). CONTROL = (clean -> EMPTY_LOG(0][1]). EMPTY_LOG[I:0.SEATS][t:TICKETS]= (when (i<SEATS) enter(t]-> EMPTY LOG[I+1][t%T+1] | when (iSEATS) ride -> FULL LOG[SEATS][1), FULL LOG[I:1.SEATS][t:TICKETS] = (when (i>1) leave -> FULL_LOG[I-1][Y | when(i==1) leave-> clean -> EMPTY LOG[0][1]). I|SPLASHMOUNTAIN = (LOG RIDE||PASSENGERS:PASSENGER || PASSENGERS:ENTRYTICKET || PASSENGERS:CONTROL/{ride/PASSENGERS.ride.clean/PASSENGERS.clean})>>(High.ent er[TICKETS]). %3D progress HIGH = (High.enter[TICKETS]) progress LOW = {(Low.enter[TICKETS]) %3D
Transcribed Image Text:implement this FSP Model in java const SEATS 3 set High (high[1..3]) set Low = (low[1.3]} %3D set PASSENGERS (High, Low) const T 6 range TICKETS = 1.T LOG RIDE (clean -> ride-> LOG RIDE). PASSENGER = (ticket[t:TICKETS] -> enter[t) -> leave -> PASSENGER). ENTRYTICKET = ENTRYTICKET[1). ENTRYTICKET(E TICKETS] =(ticket[t) -> ENTRYTICKET[1%T+1]). CONTROL = (clean -> EMPTY_LOG(0][1]). EMPTY_LOG[I:0.SEATS][t:TICKETS]= (when (i<SEATS) enter(t]-> EMPTY LOG[I+1][t%T+1] | when (iSEATS) ride -> FULL LOG[SEATS][1), FULL LOG[I:1.SEATS][t:TICKETS] = (when (i>1) leave -> FULL_LOG[I-1][Y | when(i==1) leave-> clean -> EMPTY LOG[0][1]). I|SPLASHMOUNTAIN = (LOG RIDE||PASSENGERS:PASSENGER || PASSENGERS:ENTRYTICKET || PASSENGERS:CONTROL/{ride/PASSENGERS.ride.clean/PASSENGERS.clean})>>(High.ent er[TICKETS]). %3D progress HIGH = (High.enter[TICKETS]) progress LOW = {(Low.enter[TICKETS]) %3D
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