problem 1) Describe the concept of periodic and aperiodic tasks with the help of appropriate exs.

problem 2) prepare an overview of value based schedulers.

problem 3) prepare down Euclid’s algorithm in ADA using recursion with suitable ex.

problem 4) Give the design procedure for an interrupt drive GEM.

problem 5) describe function of luzzy logic in detail in real time knowledge based system.

problem 6) Draw a real time system which models the operation of an automobile. The Simulator consists of the following sub-systems.

a) Steernig

b) Breaking

c) Acceleration

d) Dashboard display

problem 7) prepare an overview of TMR systems.

problem 8) Describe which type of real time kernel would be most suitable for the following systems and why.

a) Navigation system

b) Airline reservation system

c) Nuclear power station

problem 9) What do you understand by the term arbitration scheme?

problem 10) prepare the ring buffer read and prepare down procedure in ADA.