Cloud Robotics

C1 16+
Pronunciation Definitions Examples Grammatical Forms Origin and Evolution

Pronunciation: /klaʊd roʊˈbɑtɪks/

Definitions of cloud robotics

noun a field of study or research related to the development and implementation of robots that rely on cloud computing

Example Sentences

A1 Cloud robotics is a type of technology.

A2 Many companies are exploring the possibilities of cloud robotics.

B1 The integration of cloud robotics with AI has led to significant advancements in automation.

B2 Researchers are studying the impact of cloud robotics on various industries.

C1 Cloud robotics allows for real-time data processing and analysis.

C2 The future of manufacturing may be heavily influenced by cloud robotics.

Examples of cloud robotics in a Sentence

formal Cloud robotics refers to a field of robotics that utilizes cloud computing to enhance robot capabilities.

informal Have you heard about cloud robotics? It's when robots use the internet to do cool stuff.

slang Cloud robotics is like robots on steroids with internet superpowers.

figurative In the world of technology, cloud robotics is like giving robots a direct line to the cloud for infinite knowledge and power.

Grammatical Forms of cloud robotics

plural

cloud robotics

comparative

more cloud robotics

superlative

most cloud robotics

present tense

cloud robotics

future tense

will be cloud robotics

perfect tense

have been cloud robotics

continuous tense

are being cloud robotics

singular

cloud robotics

positive degree

cloud robotics

infinitive

to cloud robotics

gerund

cloud robotics

participle

cloud robotics

Origin and Evolution of cloud robotics

First Known Use: 2009 year
Language of Origin: English
Story behind the word: The term 'cloud robotics' was coined to describe a new approach to robotics that leverages cloud computing and network connectivity to enhance robot capabilities.
Evolution of the word: Initially, 'cloud robotics' referred to the concept of offloading computational tasks to the cloud to improve robot performance. Over time, it has evolved to encompass a broader range of applications, including collaborative robotics, data sharing among robots, and remote robot control.