Assignments, Mid Term Exam, Final Exam

Guidelines for Assignments
Assigment 1 Due before Friday 2pm [25 Jan]
[1] R plot, as mentioned in class along with R code.
[2] Summary of Chapter 1 ''Feedback Systems: An Introduction for Scientists and Engineers'' [V 2.11b].

Assigment 02 Due Fri 2pm [01 Feb] Summary of Chapter 2 ''Feedback Systems'' [V 2.11b]
Assigment 03 Due Fri 2pm [08 Feb] Summary of Chapter 3 ''Feedback Systems'' [V 2.11b]
Assigment 04 Due Fri 2pm [15 Feb] Summary of Chapter 4 ''Feedback Systems'' [V 2.11b]
Assigment 05 Due Fri 2pm [22 Feb] Summary of Chapter 5 ''Feedback Systems'' [V 2.11b]
Assigment 06 Due Fri 2pm [01 Mar] Summary of Chapter 6 ''Feedback Systems'' [V 2.11b]
Assigment 07 Due Fri 2pm [08 Mar] Summary of Chapter 7 ''Feedback Systems'' [V 2.11b]

MID TERM EXAM [14 March, Thur 4pm-6pm] Chapter 1-7, ''Feedback Systems'' [V 2.11b]
Pay particular attention to Chapter 6 and Chapter 7, but all chapters will be examined.

Assigment 08 Due Mon 2pm [25 Mar] Summary of Chapter 8 ''Feedback Systems'' [V 2.11b]
Assigment 09 Due Mon 2pm [01 Apr] Summary of Chapter 9 ''Feedback Systems'' [V 2.11b]
Assigment 10 Due Mon 2pm [08 Apr] Summary of Chapter 10 ''Feedback Systems'' [V 2.11b]
Assigment 11 Due Mon 2pm [15 Apr] Summary of Chapter 11 ''Feedback Systems'' [V 2.11b]
Assigment 12 Due Fri 2pm [26 Apr] Summary of Chapter 12 ''Feedback Systems'' [V 2.11b]

FINAL EXAM [8 May, Wed, 2pm-5pm ]
One focus will be on Robustness [Chapter 12], applied to non-delayed and delayed systems.

Q: Write a mathematical essay on robustness for non-delayed systems.
Q: Write a mathematical essay on robustness for time-delayed systems.
Q: Analyse robustness for the various models / parameters in
Delay and loss-based transport protocols: buffer-sizing and stability