Automation or automatic control, is the use of various control systems for operating equipment such as machinery, processes in factories, boilers and heat treating ovens, switching in telephone networks, steering and stabilization of ships, aircraft and other applications with minimal or reduced human intervention. Some processes have been completely automated. Automation has been achieved by various means including mechanical, hydraulic, pneumatic, electrical, electronic and computers, usually in combination.
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Difference Between Hard Automation and Soft Automation: Definition: Hard Automation (Fixed Automation): Hard automation involves machines or systems designed for a specific task or a fixed sequence of operations. These systems are rigid and difficult to reprogram or modify once built. Soft Automation (Flexible Automation): Soft automation refers to systems designed to be adaptable and capable of performing various tasks. These systems can be reprogrammed or adjusted to accommodate different products or processes. Flexibility: Hard Automation: Limited flexibility; designed for high-volume production of a single product. Soft Automation: Highly flexible; suitable for low to medium production volumes with variations in design or processes. Cost and Investment: Hard Automation: Requires high initial investment due to custom design and specialized equipment. Soft Automation: Lower initial costs with additional expenses for software and programming. Application Areas: Hard Automation: Commonly used in industries like automotive manufacturing and mass production lines where consistent, repetitive tasks are required. Soft Automation: Ideal for industries like electronics, aerospace, and custom manufacturing where frequent changes in production processes are needed. Example: Hard Automation: Assembly line machines that only produce a single type of product. Soft Automation: Robotic arms in manufacturing that can be reprogrammed to assemble different products. Conclusion: The choice between hard and soft automation depends on the production requirements, cost considerations, and the need for flexibility in operations. Hard automation excels in efficiency for repetitive tasks, while soft automation provides adaptability for dynamic environments.
The fact is that there is no END to learning software testing. however you can be proficient and in great demand if u have these skills. Functional Testing: Read CSTE book of knowledge - for testing concepts. Winrunner for automation QTP for automation IBM's Rational for automation Performance testing: Loadrunner for automation Silktest for automation Rational Suite for automation
WHAT IS A PRV IN BUILDING AUTOMATION
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Rockwell Automation Honeywell Automation Siemens Base Automation Focaal Automation Select Automation Mells Automation Cmos Processors TCS Mahindra Satyam Wipro Mind Tree Enpro Automation
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Automation is a larger context. Robotics could be sub set of automation. Automation exists with or with out robotics.
RNA Automation, a provider of automation solutions, was established in 2007.
Difference Between Hard Automation and Soft Automation: Definition: Hard Automation (Fixed Automation): Hard automation involves machines or systems designed for a specific task or a fixed sequence of operations. These systems are rigid and difficult to reprogram or modify once built. Soft Automation (Flexible Automation): Soft automation refers to systems designed to be adaptable and capable of performing various tasks. These systems can be reprogrammed or adjusted to accommodate different products or processes. Flexibility: Hard Automation: Limited flexibility; designed for high-volume production of a single product. Soft Automation: Highly flexible; suitable for low to medium production volumes with variations in design or processes. Cost and Investment: Hard Automation: Requires high initial investment due to custom design and specialized equipment. Soft Automation: Lower initial costs with additional expenses for software and programming. Application Areas: Hard Automation: Commonly used in industries like automotive manufacturing and mass production lines where consistent, repetitive tasks are required. Soft Automation: Ideal for industries like electronics, aerospace, and custom manufacturing where frequent changes in production processes are needed. Example: Hard Automation: Assembly line machines that only produce a single type of product. Soft Automation: Robotic arms in manufacturing that can be reprogrammed to assemble different products. Conclusion: The choice between hard and soft automation depends on the production requirements, cost considerations, and the need for flexibility in operations. Hard automation excels in efficiency for repetitive tasks, while soft automation provides adaptability for dynamic environments.
Rockwell Automation Siemens ABB Honeywell Base Automation Focaal Automation Select Auotmation Enpro Automation TCS Mahindra Satyam Wipro Mind Tree Mells Automation
The most renowned manufacturers of automation systems are MAS who specialize in making automation systems. Also, McClellan Automation systems manufacture automation systems.
No, the word 'automation' is a noun. The verb form of 'automation' is 'automate' in English.
Automation Tool Company's motto is 'Automation Specialists'.
Danieli Automation's motto is 'Innovaction in Automation of Metals Industry'.
Computer Automation ended in 1992.