The phrase "autonomous range" is correct and usable in written English.
It can be used in contexts related to technology, vehicles, or systems that operate independently within a certain scope or area.
Example: "The new electric vehicle boasts an impressive autonomous range, allowing it to navigate without human intervention for over 300 miles."
Alternatives: "independent range" or "self-sufficient range".
Surely the task now is to avoid the cartels of both market and state and create a genuinely autonomous range of intermediate associations that can hold intermediate amounts of capital that we need to have loans and a life.
Hox proteins can, however, restrict the non-cell autonomous range of Epha4 induction by Krox20.
In both the Krox20/Hoxa3 or the Krox20/Hoxb4 combinations, we observed that co-electroporated cells strongly expressed Epha4 in even rhombomeres but that the non-cell autonomous range of Epha4 induction in non-electroporated cells was greatly restricted (supplementary material Fig. S9E,F,I,J).
Onboard test results show that the mean of the user range error of autonomous orbit determination is less than 6 m in 9 days using the system error of inter-satellite-link measurements calibrated according to the proposed method.
This concept is maybe one of the more fully fleshed out visions of what a truly autonomous long-range car would look like in practice.
Apex.AI is application agnostic, meaning this can be used in all autonomous systems — ranging from cars to drones to flying taxis.
For seven subfamilies, we identified autonomous elements ranging in size from 4178 bp (AgaP13-ref) to 7545 bp AgaP4-reff) (Table 1).
Similarly, the TIRs of Anopheles gambiae autonomous P element range from 27 to 31 bp (Quesneville et al. 2006).
On the other hand, there were autonomous movements that ranged from back-to-nature groups, such as the German Wandervögel or the British Woodcraft Folk, to consumerist types, such as 1920s flappers or swing kids in the 1930s.
Many algorithms have been proposed to be implemented in a number of different autonomous mobile robots ranging from indoor and outdoor robots to underwater and airborne vehicles.
In this paper, we explore a mid-range autonomous rendezvous control system based on augmented proportional navigation (APN), establishing a three-dimensional kinematic equation set constructed in a rotating coordinate system.
