(4.Non-Causal System)
(Part A: Understanding System’s Properties)
 
(3 intermediate revisions by one other user not shown)
Line 1: Line 1:
 
=Part A: Understanding System’s Properties=
 
=Part A: Understanding System’s Properties=
==1.Memoryless system==
+
==1.Causal system==
==2.System With Memory==
+
==3.Causal system==
+
 
It's Output at any given time only depends on past or present events/information.
 
It's Output at any given time only depends on past or present events/information.
 +
y(t) = x(t-5) + 8
  
==4.Non-Causal System==
+
==2.Non-Causal System==
 
Output at any given time depends on a future event or piece of information.
 
Output at any given time depends on a future event or piece of information.
 +
y(t) = x(t+5) +8
  
==5.Linear system==
 
==6.Non-Linear System ==
 
A system is called non-linear if it doesn't uphold both the multiplicity and additive properties.
 
  
==7.Time invariant system==
+
Jayanth's comments: This is the correct deinition for a causal System.
==8.Time-Variant System==
+
==9.Stable system==
+

Latest revision as of 15:10, 19 September 2008

Part A: Understanding System’s Properties

1.Causal system

It's Output at any given time only depends on past or present events/information. y(t) = x(t-5) + 8

2.Non-Causal System

Output at any given time depends on a future event or piece of information. y(t) = x(t+5) +8


Jayanth's comments: This is the correct deinition for a causal System.

Alumni Liaison

Basic linear algebra uncovers and clarifies very important geometry and algebra.

Dr. Paul Garrett