Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Continuous time and discrete time signals are classified according to their properties as follows. 1. Periodic and aperiodic signals 2. Energy and power signals 3. Deterministic and random signals.
Signal, Elementary Signals
Subject and UNIT: Signals and Systems: Unit I: Classification of Signals and Systems,,
Signal is a physical quantity that carries some information and it depends upon one or more independent variable. (Time, spatial co-ordinates, temperature etc., are independent variable)
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Discuss about the Adjoint of a Linear Operator
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Problems under Inner Product spaces - Parseval's identity - Bessele's Inequality
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Problems about Inner Product spaces - Orthonormal projection
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Problems about Inner product spaces - Orthogonal complement, Finite - Dimensional subspace
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Problems under Inner product spaces Orthogonal sets R2, R3, R4, C4, P(R)
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Problems under Inner product space - Matrices
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Discuss about The Gram-Schmidt Orthogonalization Process and Orthogonal Complements and theorems
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Discuss about two vectors are orthogonal (perpendicular)
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Important theorems, definitions and problems
Subject and UNIT: Random Process and Linear Algebra: Unit V: Linear Transformation and Inner Product Spaces,,
Problems about Matrix Vector