The phrase "approaches we derive" is correct and usable in written English.
It can be used when discussing methods or strategies that have been developed or obtained through analysis or research.
Example: "In our study, we will explore the various approaches we derive from the data collected during the experiment."
Alternatives: "methods we obtain" or "strategies we develop".
While others have provided a general solution to the model using geometric approaches, we derive an equivalent general solution using a probabilistic approach.
Following Formal Concept Analysis (FCA) approaches, we derive behavioural specifications from structural and information input by the user in the context of the intelligent control of physical systems.
Using these approaches, we derive and analyze consensus (CON), ancestral (ANC), and center-of-tree (COT) sequences to represent intra-individual HIV-1 env variants encoding a range of diversities and phylogenetic structures.
In contrast to these approaches we derive an approximation of the pdf of interference based on probabilities of interfering symbols calculated in the receiver.
Using the two aforementioned approaches, we derive the maximum SNR, Wiener, tradeoff, and MVDR filters and analyze and relate their properties.
To test the biologic activity/property of the engineered novel biologics with genetic approaches, we derived transgenic cancer cell lines (PC-3, A-673 and HT-29; Supplementary Fig S2B D).
Based on this approach, we derive hypotheses on the impact of different specific regulations on innovation.
In the first approach we derive the adjoint system after mapping the problem to a fixed domain, whereas in the second approach we derive the adjoint directly in the moving domain by employing methods of the noncylindrical calculus.
Second, following a flux splitting approach, we derive a novel numerical method to discretise the resulting problem.
Applying the principle of minimum potential energy and the energy variation approach, we derive the governing equations and boundary conditions.
Based on this approach, we derive a time lower bound on cloned-tag identification and propose a suite of time-efficient protocols toward approaching the time lower bound.
