Explain using illustrations, how we resolved the deadlock (Read commitment) in KPN models using Synchronous data flow models? (20 points). Q5:> Embedded System Design
Explain using illustrations, how we resolved the deadlock (Read commitment) in KPN models using Synchronous data flow models? (20 points). Q5:> Embedded System Design SDF (20 points): A B 2 3 C Q1:A> Consider the following Synchronous Data flow (SDF) model shown above. Let QA, QB, and QC denote the number of firing of actors A, B, and C respectively. FIFO1 =3 (Between QA and QB) and FIFO2=4 (Between QB and QC) Write down the balance equations for each channel and Find a firing schedule for an unbounded execution? (20 points)
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Q4 Resolving Deadlock in KPN models using Synchronous data flow models In a KPN model processes communicate by sending messages over FIFO channels A deadlock may occur if there is a cyclic dependency ...
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Authors: Gerald E. Whittenburg, Martha Altus Buller, Steven L Gill
31st Edition
1111972516, 978-1285586618, 1285586611, 978-1285613109, 978-1111972516
