A strictly proper transfer function is a transfer function where the degree of the numerator is less than the degree of the denominator.
If the degree of the numerator equals the degree of the denominator, the transfer function is biproper.
Read more about Strictly Proper: Example, Implications
Famous quotes containing the words strictly and/or proper:
“The human imagination ... has great difficulty in living strictly within the confines of a materialist practice or philosophy. It dreams, like a dog in its basket, of hares in the open.”
—John Berger (b. 1926)
“Television programming for children need not be saccharine or insipid in order to give to violence its proper balance in the scheme of things.... But as an endless diet for the sake of excitement and sensation in stories whose plots are vehicles for killing and torture and little more, it is not healthy for young children. Unfamiliar as yet with the full story of human response, they are being misled when they are offered perversion before they have fully learned what is sound.”
—Dorothy H. Cohen (20th century)