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* Super computers: They are the biggest, the most expensive and the fastest ones. It can process at a speed of trillion instruction per second. * Main frame: Can process millions of information, smaller than a super and can receive huge data. Usually used by the hospitals, and airline companies.
* Mini: Lesser than a mainframe in performance and work. * Micro: Used in home, low cost size and speed also known as personal computers. * Super computers: They are the biggest, the most expensive and the fastest ones. It can process at a speed of trillion instruction per second. * Main frame: Can process millions of information, smaller than a super and can receive huge data. Usually used by the hospitals, and airline companies.
* Mini: Lesser than a mainframe in performance and work. * Micro: Used in home, low cost size and speed also known as personal computers. * Super computers: They are the biggest, the most expensive and the fastest ones. It can process at a speed of trillion instruction per second. * Main frame: Can process millions of information, smaller than a super and can receive huge data. Usually used by the hospitals, and airline companies.
* Mini: Lesser than a mainframe in performance and work. * Micro: Used in home, low cost size and speed also known as personal computers.
What else can I help you with?
What are examples of support classification systems?
Support classification information systems are transaction processing systems, management information systems, knowledge management systems, office automation systems, decision support systems, group support systems.
Are all classification systems the same?
No, classification systems can vary in terms of their purpose, criteria for categorization, structure, and methodology. Different disciplines and industries often develop their own unique classification systems to suit their specific needs and objectives.
What are the 3 types of transaction processing systems?
The three types of transaction processing systems are batch processing systems, real-time processing systems, and online transaction processing (OLTP) systems. Batch processing systems collect and process transactions in groups at scheduled intervals, while real-time processing systems handle transactions immediately as they occur. OLTP systems facilitate and manage transaction-oriented applications, allowing for quick query processing and maintaining data integrity in multi-user environments. Each type serves different operational needs based on the speed and volume of transactions.
What are classification systems?
classification systems that are willing to wait a long time.
How do classification systems group living things?
because there are so many different living things
What are the strenghths and limitations of psychiatric classification systems?
what are the stengths and limitations of psychiatric classification systems
What are the key strength of psychiatric classification system?
what are the stengths and limitations of psychiatric classification systems
What is decentrized data processing?
Decentralized data processing are computer systems in different locations. These implies to limited daily communications. It is the opposite of distributed computing.
What are classification?
classification systems that are willing to wait a long time.
What are the different types of coding systems?
hierarchial classification faceted classification serial coding sequential coding block coding interpretative coding mnemonic coding check digits
What are the classifications of biotechnology?
There are four main classifications of biotechnology: red biotechnology (medical applications), white biotechnology (industrial applications), green biotechnology (agricultural applications), and blue biotechnology (marine and aquatic applications). Each classification focuses on different sectors and industries utilizing biological systems and organisms for various purposes.
Why are all living organisms grouped in classification systems?
Living organisms are grouped in classification systems to organize and categorize the diverse forms of life on Earth. These systems help scientists study and understand the relationships between organisms based on their evolutionary history, genetic similarities, and shared characteristics. Classification also allows for easier communication and comparison of organisms across different fields of biology.
