The phrase "amorphous computing" is correct and usable in written English.
It can be used in discussions related to computer science, particularly in contexts involving flexible, adaptable computing systems or architectures.
Example: "Researchers are exploring the potential of amorphous computing to create more efficient and scalable computing solutions."
Alternatives: "flexible computing" or "adaptive computing".
Programming is the question that the Amorphous Computing project at MIT is trying to answer.
Nagpal specializes in a field called amorphous computing, which uses inspiration from collective behavior in nature – such as how social insects cooperate with each other in a colony – to design collective behavior in computer networks and robot swarms.
Swarm robotics, active self-assembly, and amorphous computing are fields that focus on designing systems of large numbers of small, simple components that can cooperate to complete complex tasks.
The proposal was on amorphous computing.
Any living creature is an example of an amorphous computing system.
The object of amorphous computing is to understand how identical entities in nature work together toward a common purpose, like a swarm of bees building a hive.
The mechanism of a home agent puts a burden on the infrastructure, which may hamper the scalability of the approach, in particular, in massively distributed systems, such as the amorphous computer or the ubiquitous/pervasive computing environment.
The plasmodium of slime mold Physarum polycephalum behaves as an amorphous reaction-diffusion computing substrate and is capable of apparently 'intelligent' behavior.
Slime mold Physarum polycephalum's vegetative life cycle stage, the plasmodium (plural plasmodia, Fig. 1 ), is a macroscopic, multinucleate, acellular organism which behaves as a living amorphous reaction-diffusion computing substrate.
The battle between Google and Apple has shifted from devices, operating systems, and apps to a new, amorphous idea called "contextual computing".
