Computerization refers to the process of converting manual processes and tasks into digital formats using computers, enhancing efficiency and data management. Automation, on the other hand, involves using technology to perform tasks with minimal human intervention, often including computerization as a component but extending to various technologies, such as robotics or software systems. While computerization focuses on digitizing information and processes, automation emphasizes the execution of tasks automatically.
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Computerization in an organization enhances efficiency by automating tasks, streamlining processes, and reducing human error. It facilitates better data management and analysis, enabling informed decision-making and strategic planning. Additionally, computerization improves communication and collaboration among teams, ultimately leading to increased productivity and competitiveness in the market. Overall, it is essential for organizations to adapt to technological advancements to stay relevant and responsive to changing demands.
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the difference between manual system and computerized system is manual system is too difficult to organize the data, and also has so Marney duplicate data, and also non-updated, out of search the previous data or record, computerized data system is also updated system and new version, you can able to manage Essie and flaxible that is the different.
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Adding value to increase the quality of services offered, such as in Automation (computerization) BY SAMUEL OCQUAYE
M. A. Sadiq has written: 'The challenges of the computerization of libraries in Nigeria' -- subject(s): Automation, Libraries
Flexible automation ; You have to consider it when you need low production rate, varying in demand and shot product cycle. As you see the difference between these two automation's name Flexible automation has flexibility to deal with design variations. Fixed automation ; In the opposite of Flexible automation should be consider when you have high demand volume and long product cycles. The product unit of fixed automation is more cheaper than the one which made in flexible manufacturing system.
Computerization has led to increased efficiency in various sectors such as business, healthcare, education, and government. It has also improved communication networks and made information more accessible. However, there are concerns about data privacy, cybersecurity, and potential job displacement due to automation.
Flexible automation allows for easy reprogramming and quick changeovers for different products or processes, while programmable automation typically involves fixed programming that is more difficult to change. Flexible automation provides greater versatility and adaptability in manufacturing processes, whereas programmable automation is more suited for repetitive tasks with minimal variation.
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Flexible automation ;You have to consider it when you need low production rate, varying in demand and shot product cycle. As you see the difference between these two automation's name Flexible automation has flexibility to deal with design variations.Fixed automation ;In the opposite of Flexible automation should be consider when you have high demand volume and long product cycles.The product unit of fixed automation is more cheaper than the one which made in flexible manufacturing system.
Programmable automation is less flexible than flexible automation when it comes to producing variety product. Programmable automation need to reprogram when new kind of product need to be produce, while flexible automation don't. The system with programmable automation must undergo physical setup, such as tools must be loaded, machine setting need to be entered and feature must be attached to the machine table. While system under flexible automation can product multiple kind of product at the same time without physical setup.
The difference between a robot and automation lies in their function and scope. A robot is a physical machine designed to perform tasks, often mimicking human actions, whereas automation is the broader concept of using technology to execute tasks with minimal human intervention. Robots are a part of automation, but automation can also include software systems, sensors, and control processes without any physical robot. At ControlSoft, we integrate robot processing automation with advanced control engineering to enhance industrial efficiency. By combining automated equipment, software, and smart instrumentation, we deliver innovative solutions that streamline operations and drive continuous improvement.
Knowledge work systems and office automation systems serve the information needs at the knowledge level of the organization. , where as office automation systems primary aid data workers (although they are also used extensively by knowledge workers)