The phrase "asynchronous communicating" is not entirely correct; it should be "asynchronous communication." You can use it when discussing methods of communication that do not require participants to be engaged at the same time.
Example: "In our remote team, we rely heavily on asynchronous communication to accommodate different time zones."
Alternatives: "asynchronous messaging" or "asynchronous interaction."
The robots are asynchronous, communicate through read/write shared registers and eventually (in a wait-free manner) each one chooses a final vertex and halts.
In this way, students' involvement can increase along the continuum, and they can learn to communicate with other groups within this continuum, by engaging in synchronous and asynchronous communication with their fellow peers.
The components of a mOSAIC application can be written in several different languages (Java, Python, Erlang, Node.js) and are able to communicate with each other using a component bus (similar to CORBA's one) and asynchronous communications (as being loosely coupled).
Asynchronous communication.
From dataflow, it takes the concept of "black box", asynchronous processes which communicate via message passing over pre-defined connections.
The behavior of each component is assumed to be specified in a formalism based on communicating finite state machines with addressing variables, and inter-component communications are achieved via asynchronous message passing.
In this article, we consider this kind of distributed components that are additionally loosely coupled and communicate by asynchronous invocations.
Facebook launched its unified messaging product in November 2010 that lets users seamlessly communicate across asynchronous messages, instant message chats, and emails.
Similarly, Shadiev, Hwang, and Huang (2015) had students from different countries which play cultural-themed games and communicate through asynchronous and synchronous platforms online.
The main trends are the increasing number of sensors and sensory systems that communicate through asynchronous digital signals analogous to neural spikes; the improved performance and usability of these sensors; and novel sensory processing methods which capitalize on the timing of spikes from these sensors.
