Sentence examples for matrix that described from inspiring English sources

Runx1 was also cleaved, predominantly at other nearby positions, by caspases-3 and -8, illustrating the limitation of using a PoPS matrix that described the specificity of caspase-2 but did not impose penalties for sequences that were likely to be sensitive to cleavage by other proteases.

Normal-form is simply a matrix that describes strategies and payoffs of the games (Morrow 1994).

This, however, applies to the density matrix that describes the statistical distribution over all the measurement outcomes.

The output is an origin destination matrix that describes the sources and sinks of the commodity flows.

Extension to the third dimension provides another matrix that describes the energy distribution of each basis component on every channel, which can also be regarded as spatial information.

At the same time, we associate the LN with a Markov matrix that describes the probabilities of passing from one state to other in the new 2D space.

A new relation is proposed, based only on the particle size, volume fraction, and relative moduli of filler and matrix, that describes the experimental results for reinforcement of both filled rubbers and a model system.

where S denotes the N-dimensional vector of transmitted symbols, Z represents the N-dimensional vector of Gaussian noise, C is an N×N correlation matrix that describes that the interference between the sub-carriers and R is an N-dimensional vector of distorted symbols after demodulating the received SEFDM symbols using a DFT operation.

We introduce the G matrix that describes the maximum time delays (critical path lengths) between operators on the data flow graph that can be derived from the analysis of the data dependencies between operators and the operator execution times: G = g 1, 1 ⋯ g 1, n ⋮ ⋱ ⋮ g n, 1 ⋯ g n, n, where g i, j at i, j ∈ N is a real value.

In the first case, we mainly modified the 'disturbance matrix' that describes the proportion of C transferred between pools and to the forest product sector or released to the atmosphere [8], in order to be consistent with the disturbance impact reported by the FORESTORMS database.

The ionospheric tomography problem can then be expressed mathematically by a set of simple linear algebraic equations, such as (2) where Y is a vector of the observed TEC data, x is a vector of the unknown electron densities, and A is the geometry matrix that describes the relationship between the line-of-sight TEC data and the electron densities.