The phrase "autonomously define" is correct and usable in written English.
It can be used in contexts where you want to express the ability to define something independently or without external influence.
Example: "The software is designed to autonomously define its parameters based on user behavior."
Alternatives: "independently establish" or "self-define".
For any person, the interests she has autonomously defined for herself are her most important interests.
Their capability of communicating and coordinating to each other will create the conditions for the implementation of a virtual traffic light (VTL) architecture, where priorities are autonomously defined by the involved vehicles.
However, there remains a strong tension between the rules set by social partners autonomously, which define a strict hierarchy between bargaining levels, and jurisprudence, according to which a firm-level agreement can always depart from sector-level agreements (OECD, 2017).
A unique combination of cell-surface markers (CD45−Sca-1−Mac-1−CXCR4+β1-integrin+) defines autonomously myogenic cells within the myofiber-associated satellite cell compartment of adult mouse skeletal muscle and allows their direct isolation by fluorescence-activated cell sorting (FACS) [41].
To investigate the frequency multiplier behaviour, continuation of limit cycles of a periodically forced system was performed on a modified set of equations with the oscillating input (forcing) defined autonomously (see File S4).
A third kind of recognition self-respect involves the appreciation of the importance of being autonomously self-defining.
Unlike in bacteria, where origins are DNA sequences that show both sequence and positional conservation in different species' genomes (Robinson and Bell, 2005), only in Saccharomyces cerevisiae are similarly conserved sequences, termed the autonomously replicating sequence (ARS), found that define the sites of replication initiation (Wyrick et al., 2001).
These binding sites define a set of potential Autonomously Replicating Sequences (ARSs), which we term nimARSs.
To define whether HS 3 -O-sulfotransferases act more likely autonomously, i.e., in the affected neurons or nonautonomously, i.e., in surrounding tissues to control neurite branching we first determined where hst-3.1 and hst-3.2 are expressed.
