Lesson 6 computer hardware systems
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Computers are electronic systems designed to manipulate data through four basic functions: input, processing, storage, and output. Programs are sequences of instructions that control how the computer performs operational functions. Computers can be classified by purpose as general-purpose, which can handle a variety of problems, or special-purpose, designed for a specific task. They can also be classified by the type of data handled as analog, digital, or hybrid.
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This document defines computers and outlines their main types. It explains that a computer accepts input, processes data according to stored instructions, stores data, and produces output. The main types are analog, digital, and hybrid computers. Digital computers function with discrete values and a typical digital computer has a control unit, processor, storage, input devices, and output devices. Hybrid computers combine features of analog and digital computers. General purpose computers can perform any task while special purpose computers are designed for predetermined tasks.
Classification of computers
Computers can be classified in various ways, including by purpose, size, and functionality. They can be general purpose computers designed to run many different programs, or specialized computers designed for a specific task. Computers also differ in how they process and represent data, operating as digital computers which use binary representations, analog computers which represent values as continuous quantities, or hybrid computers which combine aspects of both. Finally, computers are also classified by size from the largest and most powerful supercomputers down to palmtop computers.
Classification of computers
This document summarizes different types of computers based on their purpose, data handling abilities, and functionality. It describes general purpose and specific purpose computers, analog, digital, and hybrid computers. It also discusses different types of computers like supercomputers, mainframes, desktops, laptops, palmtops, and workstations. The document concludes by describing the basic components of a computer including memory, storage devices, input/output devices, the central processing unit, and its main components like the arithmetic logic unit and control unit.
Analog computers digital computers & Hybrid computers
The document discusses three types of computers based on their operating principles: analog computers which provide continuous information with physical quantity inputs like pressure or voltage; digital computers which represent physical quantities with numbers and provide discrete information; and hybrid computers which exhibit features of both analog and digital computers, having the speed of analog and accuracy of digital. Examples are provided of each type of computer.
Hybrid computer
Hybrid computer
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classifacation of computer
There are four main categories of computers based on their size and capabilities: mainframe computers, mini computers, micro computers, and super computers. Mainframe computers are the largest, can process vast amounts of data, but require trained operators. Micro computers are the smallest, most affordable, and user-friendly, commonly used as personal computers. There are also three basic types of computers based on how they process data: analog computers which handle continuous data like temperature, digital computers which operate using binary digits, and hybrid computers which combine aspects of analog and digital to process both continuous and discrete data.
Ppt on analog digit and hybrid computers
Vivek Parhi gave a presentation covering three types of computers: analog computers, digital computers, and hybrid computers. Analog computers process and store continuous analog data directly without conversion to numbers. They were commonly used for control systems but have been replaced by digital computers. Digital computers represent all variables numerically using binary numbers, allowing for versatility, reprogrammability, and accuracy. Hybrid computers combine analog and digital elements, utilizing analog systems for their parallel processing speed in solving differential equations while achieving the precision of digital computers.
Presentation 1
Digital, analog, and hybrid computers are the three main types. Digital computers operate using binary digits while analog computers represent continuous values. Hybrid computers have qualities of both.
The document also distinguishes between computer professionals and users, as well as literacy and competency. Professionals have advanced degrees and create software, while users operate existing programs. Literacy means basic understanding and tasks, while competency performs simple operations without full understanding.
Recommended
134
This document defines computers and outlines their main types. It explains that a computer accepts input, processes data according to stored instructions, stores data, and produces output. The main types are analog, digital, and hybrid computers. Digital computers function with discrete values and a typical digital computer has a control unit, processor, storage, input devices, and output devices. Hybrid computers combine features of analog and digital computers. General purpose computers can perform any task while special purpose computers are designed for predetermined tasks.
Classification of computers
Computers can be classified in various ways, including by purpose, size, and functionality. They can be general purpose computers designed to run many different programs, or specialized computers designed for a specific task. Computers also differ in how they process and represent data, operating as digital computers which use binary representations, analog computers which represent values as continuous quantities, or hybrid computers which combine aspects of both. Finally, computers are also classified by size from the largest and most powerful supercomputers down to palmtop computers.
Classification of computers
This document summarizes different types of computers based on their purpose, data handling abilities, and functionality. It describes general purpose and specific purpose computers, analog, digital, and hybrid computers. It also discusses different types of computers like supercomputers, mainframes, desktops, laptops, palmtops, and workstations. The document concludes by describing the basic components of a computer including memory, storage devices, input/output devices, the central processing unit, and its main components like the arithmetic logic unit and control unit.
Analog computers digital computers & Hybrid computers
The document discusses three types of computers based on their operating principles: analog computers which provide continuous information with physical quantity inputs like pressure or voltage; digital computers which represent physical quantities with numbers and provide discrete information; and hybrid computers which exhibit features of both analog and digital computers, having the speed of analog and accuracy of digital. Examples are provided of each type of computer.
Hybrid computer
Hybrid computer
If you liked it don't forget to follow me-
Instagram-yadavgaurav251
Facebook-www.facebook.com/yadavgaurav251
classifacation of computer
There are four main categories of computers based on their size and capabilities: mainframe computers, mini computers, micro computers, and super computers. Mainframe computers are the largest, can process vast amounts of data, but require trained operators. Micro computers are the smallest, most affordable, and user-friendly, commonly used as personal computers. There are also three basic types of computers based on how they process data: analog computers which handle continuous data like temperature, digital computers which operate using binary digits, and hybrid computers which combine aspects of analog and digital to process both continuous and discrete data.
Ppt on analog digit and hybrid computers
Vivek Parhi gave a presentation covering three types of computers: analog computers, digital computers, and hybrid computers. Analog computers process and store continuous analog data directly without conversion to numbers. They were commonly used for control systems but have been replaced by digital computers. Digital computers represent all variables numerically using binary numbers, allowing for versatility, reprogrammability, and accuracy. Hybrid computers combine analog and digital elements, utilizing analog systems for their parallel processing speed in solving differential equations while achieving the precision of digital computers.
Presentation 1
Digital, analog, and hybrid computers are the three main types. Digital computers operate using binary digits while analog computers represent continuous values. Hybrid computers have qualities of both.
The document also distinguishes between computer professionals and users, as well as literacy and competency. Professionals have advanced degrees and create software, while users operate existing programs. Literacy means basic understanding and tasks, while competency performs simple operations without full understanding.
Part 2 Classification of Computers
Classification of Computers
1. Classification on the basis of size.
2. Classification on the basis of functionality.
3. Classification on the basis of data handling.
Three types of computer
Analog computers operate on continuous quantities like voltage and pressure, and can only approximate results, while digital computers use binary numbers ("0" and "1") for exact results and are faster. Hybrid computers combine aspects of analog and digital by facilitating conversion between analog and digital formats to leverage the strengths of both.
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This is a preview of the databases we use in the Center. The presentation overviews our data collection GUI, data storage (datawarehouse), and our project management database. Each of these databases work together to allow us to efficiently run our operations.
Type of computer
There are three main types of computers based on their principles of operation: analog computers, which operate on continuous ranges of values like voltage and temperature; digital computers, which use binary numbers and logic gates; and hybrid computers, which combine aspects of analog and digital. Digital computers are now more common and can be classified as general purpose or special purpose machines.
Classfication of computer Lecture no 3
Computers can be classified in several ways: by purpose as general purpose or special purpose computers, by technology as analog, digital or hybrid, and by size and capacity as super computers, mainframe computers, mini computers or micro computers. General purpose computers are used for a variety of tasks in homes and offices while special purpose computers perform specialized tasks. Digital computers represent data with binary digits and are commonly used today, while analog computers were used for scientific problems. Hybrid computers combine analog and digital elements. Classification by size ranges from very large super computers for complex tasks, to mainframe, mini then micro computers which are small, low-cost personal computers.
Analog and digital
This document provides an introduction to analog and digital computers by defining each type, giving examples, and explaining their differences. It defines analog computers as those that perform functions continuously based on varying inputs like voltage or temperature using electrical or mechanical parts. Digital computers are defined as those that perform and accept converted binary data. Key differences outlined are that digital computers show results on screens while analog uses continuous voltage signals, digital works discretely while analog is continuous, and digital requires memory storage versus analog having no memory concept.
Classification of computers
This document classifies computers based on their size, technology, and purpose. The main types of computers discussed are microcomputers, workstations, minicomputers, mainframe computers, and supercomputers. Microcomputers are the most common and include desktops, laptops, and tablets. Workstations are powerful single-user computers used for tasks requiring significant processing power. Minicomputers are more powerful than microcomputers and can support multiple users. Mainframe computers are very large and powerful machines that can support hundreds or thousands of users. Supercomputers are the most powerful and expensive computers used for advanced tasks like weather forecasting.
Chapter 5. computer system
The document discusses the components of a computer system, including hardware and software. It describes the central processing unit (CPU) in detail, including the arithmetic logic unit (ALU), control unit, and registers. It also discusses the motherboard, microprocessor technologies, input devices like keyboards and mice, and output devices like monitors. The CPU, motherboard, and buses that connect components are key parts of the computer hardware architecture.
Electronic data-processing
Electronic data processing (EDP) is the process of converting data into useful information using computers. The EDP cycle involves inputting data, processing it, storing it, and outputting the results. Input refers to recording and formatting data for processing. Data is then manipulated through arithmetic, logical, and other operations during processing. Processed data and instructions are stored for future use. Output decodes and formats the information into a human-readable form. Hardware, software, and people are all essential components of EDP systems.
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The document summarizes key hardware components of a computer:
1. A monitor displays pictures and is used to view programs, differing from a television in lacking a tuner for changing channels. Some monitors can function as televisions and vice versa.
2. Computer memory, often called storage, retains digital data for computing and provides core functioning, working with the processor to implement the basic computer model.
3. A central processing unit (CPU) or processor can execute computer programs, with its fundamental operation remaining the same despite dramatic changes to its form and design over time.
4. A motherboard is the central printed circuit board that serves as the base for complex electronic systems like personal computers.
C++ ppt
The document summarizes different types of computers:
1) It describes analog computers, digital computers, and hybrid computers. Analog computers use continuous signals and outputs while digital computers use discrete signals and counts.
2) It then discusses various types of digital computers based on size and power - microcomputers, mini computers, mainframe computers, supercomputers. Microcomputers are smallest while mainframes are largest and most powerful.
3) The document concludes by mentioning that hybrid computers combine features of analog and digital computers and lists some examples of personal computing devices.
Components of a complete electronic data processing
Computer hardware refers to the physical parts of a computer system, while software is the non-tangible programs. Peopleware involves the human roles in developing and using computer systems. The document defines computer hardware, software, and peopleware/knoware and their relationships. It also provides examples of occupations related to different computer components.
Cmp104 lec 4 types of computer
This document discusses different types of computers including analog, digital, and hybrid computers. It describes the key characteristics of microcomputers, mainframe computers, supercomputers, mini computers, desktop PCs, laptops, and handheld devices. The document also discusses dumb terminals, intelligent terminals, and provides examples of Indian supercomputers like PARAM and applications of computers in various fields.
Ahmad sameer types of computer
This document classifies and describes different types of computers. It discusses computers by size (microcomputers, minicomputers, mainframes, supercomputers), by function (servers, workstations, information appliances, embedded computers), and by analog/digital qualities (analog, digital, hybrid). Each type is defined and examples are provided. For instance, it notes that analog computers use continuous voltages to represent values while digital computers use discrete 0s and 1s, and hybrid computers combine both approaches.
Electronic data processing
Electronic data processing (EDP) is the use of computers to record, classify, manipulate, and summarize data. It is also known as automatic data processing, data processing, or information processing. EDP involves using computers to organize and analyze various types of data.
Computers and Information Processing
The document discusses information systems management and information processing. It defines key terms like data, information, and information processing systems. It describes the functions of an information processing system as accepting input, processing data into information, storing data and information, and presenting output. It outlines the six components of an information processing system as hardware, software, data, procedures, people, and feedback. It also discusses the evolution of management information systems and provides examples of different types of information systems used.
CLASSIFICATION OF COMPUTERS
The document discusses different types of computers:
- Analog computers represent data with continuous physical quantities like voltage. Accuracy depends on precision of measurements.
- Digital computers use discrete values like binary digits to represent data symbols. They are used for business/science data processing and storing large quantities of data magnetically.
- Hybrid computers combine analog and digital, using analog input converted to digital for processing and accuracy.
- Other computer types discussed are mainframes for CPU/I/O intensive jobs, mini computers for real-time multi-user apps, microcomputers for simple tasks, and supercomputers for large data and intensive computing.
Components of a computer-Unit-2
This document provides an introduction to the basic components of a computer system. It defines key terms like peripheral devices, input devices, output devices, and the system unit. It describes the basic operations of fetching/inputting, storing, executing/processing, outputting, and controlling that all computer systems perform. It explains the central processing unit (CPU) and its main components - the control unit, arithmetic logic unit, and memory unit. It also discusses other important components like buses, computer memory, ports, and different types of memory like primary/internal memory and secondary/external auxiliary memory.
Data processing
This document provides an overview of computers and data processing. It defines key terms like data, information, and data processing. It describes the basic functional units and components of a computer system, including input, output, central processing, and memory units. It also distinguishes between computer hardware and software. Common hardware components are described along with system software and application software categories. The document provides examples of commonly used application software packages like word processors, spreadsheets, and database management systems. It explains the concepts of data, information, and how data is processed into useful information through various data processing methods and cycles.
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This document discusses the central processing unit (CPU) of a computer system. The CPU contains a control unit and an arithmetic/logic unit to perform input, processing, and output operations on data. Input operations involve reading data from input devices and transmitting it to the CPU. Processing operations include transferring, arithmetic, and logic functions performed on the input data. Output operations transmit processed data from the CPU to output devices to be written or recorded.
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1. Classification on the basis of size.
2. Classification on the basis of functionality.
3. Classification on the basis of data handling.
Three types of computer
Analog computers operate on continuous quantities like voltage and pressure, and can only approximate results, while digital computers use binary numbers ("0" and "1") for exact results and are faster. Hybrid computers combine aspects of analog and digital by facilitating conversion between analog and digital formats to leverage the strengths of both.
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this power point presentation is made by JOEL from the Youtube channel CAMOUFLAGE MARIO EDUCATES and it is about the computer
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This is a preview of the databases we use in the Center. The presentation overviews our data collection GUI, data storage (datawarehouse), and our project management database. Each of these databases work together to allow us to efficiently run our operations.
Type of computer
There are three main types of computers based on their principles of operation: analog computers, which operate on continuous ranges of values like voltage and temperature; digital computers, which use binary numbers and logic gates; and hybrid computers, which combine aspects of analog and digital. Digital computers are now more common and can be classified as general purpose or special purpose machines.
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Computers can be classified in several ways: by purpose as general purpose or special purpose computers, by technology as analog, digital or hybrid, and by size and capacity as super computers, mainframe computers, mini computers or micro computers. General purpose computers are used for a variety of tasks in homes and offices while special purpose computers perform specialized tasks. Digital computers represent data with binary digits and are commonly used today, while analog computers were used for scientific problems. Hybrid computers combine analog and digital elements. Classification by size ranges from very large super computers for complex tasks, to mainframe, mini then micro computers which are small, low-cost personal computers.
Analog and digital
This document provides an introduction to analog and digital computers by defining each type, giving examples, and explaining their differences. It defines analog computers as those that perform functions continuously based on varying inputs like voltage or temperature using electrical or mechanical parts. Digital computers are defined as those that perform and accept converted binary data. Key differences outlined are that digital computers show results on screens while analog uses continuous voltage signals, digital works discretely while analog is continuous, and digital requires memory storage versus analog having no memory concept.
Classification of computers
This document classifies computers based on their size, technology, and purpose. The main types of computers discussed are microcomputers, workstations, minicomputers, mainframe computers, and supercomputers. Microcomputers are the most common and include desktops, laptops, and tablets. Workstations are powerful single-user computers used for tasks requiring significant processing power. Minicomputers are more powerful than microcomputers and can support multiple users. Mainframe computers are very large and powerful machines that can support hundreds or thousands of users. Supercomputers are the most powerful and expensive computers used for advanced tasks like weather forecasting.
Chapter 5. computer system
The document discusses the components of a computer system, including hardware and software. It describes the central processing unit (CPU) in detail, including the arithmetic logic unit (ALU), control unit, and registers. It also discusses the motherboard, microprocessor technologies, input devices like keyboards and mice, and output devices like monitors. The CPU, motherboard, and buses that connect components are key parts of the computer hardware architecture.
Electronic data-processing
Electronic data processing (EDP) is the process of converting data into useful information using computers. The EDP cycle involves inputting data, processing it, storing it, and outputting the results. Input refers to recording and formatting data for processing. Data is then manipulated through arithmetic, logical, and other operations during processing. Processed data and instructions are stored for future use. Output decodes and formats the information into a human-readable form. Hardware, software, and people are all essential components of EDP systems.
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The document summarizes key hardware components of a computer:
1. A monitor displays pictures and is used to view programs, differing from a television in lacking a tuner for changing channels. Some monitors can function as televisions and vice versa.
2. Computer memory, often called storage, retains digital data for computing and provides core functioning, working with the processor to implement the basic computer model.
3. A central processing unit (CPU) or processor can execute computer programs, with its fundamental operation remaining the same despite dramatic changes to its form and design over time.
4. A motherboard is the central printed circuit board that serves as the base for complex electronic systems like personal computers.
C++ ppt
The document summarizes different types of computers:
1) It describes analog computers, digital computers, and hybrid computers. Analog computers use continuous signals and outputs while digital computers use discrete signals and counts.
2) It then discusses various types of digital computers based on size and power - microcomputers, mini computers, mainframe computers, supercomputers. Microcomputers are smallest while mainframes are largest and most powerful.
3) The document concludes by mentioning that hybrid computers combine features of analog and digital computers and lists some examples of personal computing devices.
Components of a complete electronic data processing
Computer hardware refers to the physical parts of a computer system, while software is the non-tangible programs. Peopleware involves the human roles in developing and using computer systems. The document defines computer hardware, software, and peopleware/knoware and their relationships. It also provides examples of occupations related to different computer components.
Cmp104 lec 4 types of computer
This document discusses different types of computers including analog, digital, and hybrid computers. It describes the key characteristics of microcomputers, mainframe computers, supercomputers, mini computers, desktop PCs, laptops, and handheld devices. The document also discusses dumb terminals, intelligent terminals, and provides examples of Indian supercomputers like PARAM and applications of computers in various fields.
Ahmad sameer types of computer
This document classifies and describes different types of computers. It discusses computers by size (microcomputers, minicomputers, mainframes, supercomputers), by function (servers, workstations, information appliances, embedded computers), and by analog/digital qualities (analog, digital, hybrid). Each type is defined and examples are provided. For instance, it notes that analog computers use continuous voltages to represent values while digital computers use discrete 0s and 1s, and hybrid computers combine both approaches.
Electronic data processing
Electronic data processing (EDP) is the use of computers to record, classify, manipulate, and summarize data. It is also known as automatic data processing, data processing, or information processing. EDP involves using computers to organize and analyze various types of data.
Computers and Information Processing
The document discusses information systems management and information processing. It defines key terms like data, information, and information processing systems. It describes the functions of an information processing system as accepting input, processing data into information, storing data and information, and presenting output. It outlines the six components of an information processing system as hardware, software, data, procedures, people, and feedback. It also discusses the evolution of management information systems and provides examples of different types of information systems used.
CLASSIFICATION OF COMPUTERS
The document discusses different types of computers:
- Analog computers represent data with continuous physical quantities like voltage. Accuracy depends on precision of measurements.
- Digital computers use discrete values like binary digits to represent data symbols. They are used for business/science data processing and storing large quantities of data magnetically.
- Hybrid computers combine analog and digital, using analog input converted to digital for processing and accuracy.
- Other computer types discussed are mainframes for CPU/I/O intensive jobs, mini computers for real-time multi-user apps, microcomputers for simple tasks, and supercomputers for large data and intensive computing.
Components of a computer-Unit-2
This document provides an introduction to the basic components of a computer system. It defines key terms like peripheral devices, input devices, output devices, and the system unit. It describes the basic operations of fetching/inputting, storing, executing/processing, outputting, and controlling that all computer systems perform. It explains the central processing unit (CPU) and its main components - the control unit, arithmetic logic unit, and memory unit. It also discusses other important components like buses, computer memory, ports, and different types of memory like primary/internal memory and secondary/external auxiliary memory.
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This document provides an overview of computers and data processing. It defines key terms like data, information, and data processing. It describes the basic functional units and components of a computer system, including input, output, central processing, and memory units. It also distinguishes between computer hardware and software. Common hardware components are described along with system software and application software categories. The document provides examples of commonly used application software packages like word processors, spreadsheets, and database management systems. It explains the concepts of data, information, and how data is processed into useful information through various data processing methods and cycles.
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A computer is an electronic device that processes data according to instructions given to it. It takes in data through input devices, manipulates the data according to programmed instructions, and outputs the results. Computers have evolved through several generations from vacuum tube-based machines to today's digital devices based on integrated circuits. They have become indispensable tools in organizations due to their speed, accuracy, memory capacity, and ability to perform repetitive tasks without tiring. A computer's central processing unit (CPU) controls the various components and executes instructions. Input devices allow data and instructions to enter the computer, while output devices such as monitors and printers allow the processed results to be seen or printed.
About computers
This document provides an introduction to computers, including definitions and explanations of key concepts. It describes what a computer is and its basic components, including input devices, a central processing unit, memory, output devices, and storage devices. It explains the basic functions of inputting, processing, outputting, and storing data. It also discusses different types of computers from microcomputers to mainframes and supercomputers.
Introduction to computing
This document provides an introduction to computing. It defines a computer as an electronic machine that can accept input data, manipulate the data according to programmed instructions, store the output, and provide results. The document outlines the key characteristics of computers, including their ability to work quickly and accurately without breaks. It also discusses the advantages and disadvantages of computer usage. Additionally, it defines data and information, comparing their differences, and describes the main types of computers as analog, digital, and hybrid. The document concludes by explaining that computers are digital machines that use binary digits to process information.
For first periodical test
This document provides an overview of computers and data processing. It discusses what a computer is, the basic components of a computer system including hardware like the CPU, input/output devices, and storage. It describes the three main stages of the data processing cycle: input, process, output. It also discusses different types of data processing like manual and electronic, and classifications of computers according to data handled, purpose, and size. The document is intended to help students in Grade 6 understand basic computer concepts and prepare for an upcoming test on the topic.
What is computer
This document provides an overview of computers and data processing. It discusses what a computer is, the basic components of a computer system including hardware like the CPU, input/output devices, and storage. It describes the three main stages of the data processing cycle: input, process, output. It also discusses different types of data processing like manual and electronic, and classifications of computers according to data handled, purpose, and size. The document is intended to help students in Grade 6 understand basic computer concepts and prepare for an upcoming test on the topic.
For first periodical test
This document provides an overview of computers and data processing. It discusses what a computer is, the components of a computer system including hardware like the CPU, input/output devices, and storage. It describes the cycle of data processing as input, process, output. It discusses different types of data processing such as manual, mechanical, and electronic. It also categorizes computers based on the data they handle, their purpose, and size. The document is intended to help students in Grade 6 understand basic concepts about computers as outlined in their coverage for an upcoming test.
What Is Computer
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Introduction to computers MRS. SOWMYA JYOTHI
The document provides an introduction to computers including:
- A computer is defined as an electronic device that processes data under programmed instructions to produce information.
- The main components of a computer are the input, output, storage, and central processing units. The CPU contains the control unit, arithmetic logic unit, and memory unit.
- Computers can be classified based on their construction (analog, digital, hybrid), application (general purpose, special purpose), and size/speed (supercomputer, mainframe, mini computer, workstation, microcomputer).
- Software includes system software like operating systems and application software for specific tasks. Hardware refers to the physical and electronic components of a computer system.
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Lesson 6 computer hardware systems
- 1. Computer Systems Hardware Lesson 6
- 2. The Computer An electronic system designed to manipulate data . They are machines for storing , moving, adding, and subtracting, and evaluating data.
- 3. Four Basic Functions of Computer Input Processing Storage Output
- 4. Program Sequences of instructions These instructions control the manner in which the computer carries out its operational functions. A computer will perform only what it is
- 5. Classification of Computers by Purpose General-Purpose Computer These machines have the capability of dealing with a variety of different problems , and are able to act in response to progress created to meet different needs. It has the ability to store different programs of instruction and thus to perform a variety of operations.
- 6. Classification of Computers by Purpose Special – Purpose Computer It is designed to perform one specific task. They are referred to as dedicated.
- 7. Classification of Computers by type of data handled Analog Computers are used for scientific , engineering and process-control purposes. It provides an analog or simulation of the object or system it represents. Digital Computers It is a machine that specializes in counting.
- 8. Classification of Computers by type of data handled Hybrid Computers Combines the measuring capabilities of the analog computer and the logical and control capabilities of the digital computer. It offers an efficient and economical method of working out special types of problems in science and various areas of engineering.