Pronunciation: [ˌɑːɹɪmˈa͡ɪ] (IPA) 
The spelling of the acronym "RMI" is phonetically transcribed as /ɑrɛmˈaɪ/. The first sound "ɑr" represents the vowel sound of "a" in "car," followed by the consonant sound of "m" and the long "i" sound as in "hi." The final sound is the stressed syllable with the same "ɑr" sound as the beginning. RMI stands for "Remote Method Invocation," which is a protocol used for communication between remote systems in the computer science field.
RMI stands for Remote Method Invocation, which is a Java-based application programming interface (API) that allows for the communication and interaction between distributed systems or objects over a network. It enables one Java program to invoke methods on objects residing in another Java virtual machine (JVM), possibly on a different physical machine.
RMI facilitates the development of distributed applications in a networked environment by enabling remote objects to be accessed as if they were local objects. It provides the ability to remotely invoke methods on objects and transfer serialized Java objects between the client and server, thereby allowing for the execution of operations on remote objects. RMI utilizes a combination of Java interfaces, stubs, and skeletons to handle the method invocations and object serialization between the client and server.
This technology allows Java developers to create distributed applications that can harness the power and capabilities of multiple systems, while abstracting the complexities of low-level network programming. RMI provides a seamless and transparent mechanism for communication between distributed objects, enabling developers to build robust, scalable, and distributed applications.
Overall, RMI is a powerful tool for creating distributed systems in Java, allowing for the remote invocation of methods on objects residing in different JVMs.
