Linear Pipeline
Non-Linear Pipeline
Linear pipeline are static pipeline because they are used to perform fixed functions.
Non-Linear pipeline are dynamic pipeline because they can be reconfigured to perform variable functions at different times.
Linear pipeline allows only streamline connections.
Non-Linear pipeline allows feed-forward and feedback connections in addition to the streamline connection.
It is relatively easy to partition a given function into a sequence of linearly ordered sub functions.
Function partitioning is relatively difficult because the pipeline stages are interconnected with loops in addition to streamline connections.
The Output of the pipeline is produced from the last stage.
The Output of the pipeline is not necessarily produced from the last stage.
The reservation table is trivial in the sense that data flows in linear streamline.
The reservation table is non-trivial in the sense that there is no linear streamline for data flows.
A single Reservation table is needed for the evaluation of different functions.
Multiple Reservation tables can be generated for the evaluation of different functions.
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In the case of linear optical transitions, an electron absorbs a photon from the
incoming light and makes a transition to the next higher unoccupied allowed state. When
this electron relaxes it emits a photon of frequency less than or equal to the frequency of
the incident light (Figure 1.3a). SHG on the other hand is a two-photon process where this
excited electron absorbs another photon of same frequency and makes a transition to
reach another allowed state at higher energy. This electron when falling back to its original
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state emits a photon of a frequency which is two times that of the incident light (Figure
1.3b). This results in the frequency doubling in the output.
The elements that follow ohm's law is called linear device..
The elements that does not follow ohm's law is called non-linear device;
NOTE: In reality,all the elements are non-linear but they behave linear behavior in certain range this range is called non-saturation region..
In a linear sensor, the output changes evenly as the input changes.
Such that, if you were to plot a graph, with the X and Y axis showing the values of input verses output, it would follow a straight line.
Hence linear.
Non linear sensors will have a greater, or lesser, output as the input changes. Plotted on a graph, the line will be curved.
Our own ears are non linear sensors. For a sound to appear twice as loud, the pressure level has to increase in a logarithmic scale.
difference between cgi and non cgi sites
Active means devices that perform functions in a non linear fashion [amplifiers] passive are components that perform according to a set of linear rules
A: THE WORD IS LINEAR. yes it is not a very linear device as a function of current
difference between engineered fill and non engineered fill material
When we speak of linear and no-linear data structures, we are referring to the links between one element and the next. These links determine how we traverse the structure such that we "visit" every element in the structure. When every element has only one possible link to the next in sequence, then the structure is said to be linear. If any element has two or more possible links, it is said to be non-linear. Arrays, lists, stack and queues are examples of linear structures. Trees, networks and graphs are examples of non-linear structures. A binary tree is the simplest example of a non-linear structure because every element has, at most, two possible links, a left link and a right link. If we follow the left link, then at some point we must return to that same element in order to follow its right link. This means we must backtrack. Any structure that requires us to backtrack during a traversal is therefore non-linear. Linear traversal is more efficient than non-linear traversal because there is no need to backtrack to traverse a linear data structure.