In biology we found many applications of FCA to the analysis of gene expression data. Authors not only used basic FCA structures such as a concept lattice but also more complex descriptions of FCA including pattern structures. In medicine FCA has been applied amongst others to time series data,...
Let us refer to any object that we broadly regard as a unit of replication as a 'replicon', thereby extending the original meaning used by molecular geneticists. Each replicon has a definite genetic state and undergoes birth and death. Therefore, in addition to 'attraction and repulsion', ...
14.The protein lattice according to claim 13, wherein said first type of protomer in the repeating unit has a first monomer being assembled into said first oligomer assembly that is homologous and said first monomer of the first type of protomer fused to a second monomer which is one of s...
Interestingly, COOH groups on CRGO did not change its electrochemical response significantly (CV and EIS curves) meaning no significant damage was introduced during grafting. This seemed in good agreement with the fact that the grafted COOH groups did not introduced many defects in the structure as...
crystal is known as crystal lattice and the smallest repeating pattern in the lattice is called unit cell. The unit cells are characterised by the edge lengths a, b, c and the angles between themα,βandγrespectively. Based on this, there are seven crystal systems. In a cubic unit cell...
It is important to stress that this optimization is performed in a fully unsupervised manner, meaning that it only processes the raw time series {𝐅(𝑡)}{F(t)} and is blind to the system variables used to generate the data. To ensure robustness and to mitigate the effect of ...
It is important to stress that this optimization is performed in a fully unsupervised manner, meaning that it only processes the raw time series {𝐅(𝑡)}{F(t)} and is blind to the system variables used to generate the data. To ensure robustness and to mitigate the effect of ...
In what follows below, we derive some approximations of important observables from these types of dynamics, which have a clear biological meaning. We discuss both single-type populations and the co-dynamics of wild-type and mutant individuals. 3. Analytical Approximations for Steady-State Density ...
In what follows below, we derive some approximations of important observables from these types of dynamics, which have a clear biological meaning. We discuss both single-type populations and the co-dynamics of wild-type and mutant individuals. 3. Analytical Approximations for Steady-State Density ...
It is understood that the total number of clusters to be calculated by a computer as well as the meaning of each cluster is subjective. However, such assumptions may result in a computer-supported analysis of human behavior toward an effective human–robot interaction design. In conclusion, a ...