unit-5e.ppt
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This document discusses computer hardware and its components. It defines hardware as any physical device connected to or part of the computer. The main functions of hardware are listed as input, processing, output, storage, and communication. Input devices discussed include keyboards, mice, scanners, and microphones. Output devices covered are monitors, printers, plotters, and speakers. The document provides examples and descriptions of common input and output hardware used in computer systems.
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Input and output devices allow users to interact with computers. Input devices, like keyboards and mice, allow users to enter data. Keyboards contain standard keys and come in wired or wireless varieties. Mice control on-screen pointers and come in digital, analog, or mechanical forms. Scanners capture images and microphones input audio. Output devices, such as monitors, printers, and speakers convey information. Monitors come in LCD, LED, or CRT varieties. Printers include dot matrix, inkjet, laser, line, and thermal printers.
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Input devices gather information from various sources and translate it into a format understood by computers. Common input devices include keyboards, mice, scanners, and digital cameras. Scanners allow importing of text, graphics, and images, while specialized software helps translate this information.
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Input devices gather information from various sources and translate it into a format understood by computers. Common input devices include keyboards, mice, scanners, and digital cameras. Scanners allow importing of text, graphics, and images, while specialized software helps translate this information.
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Here are the answers to the questions:
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Unit 2 Basic Computer Organization and Computer Peripherals By Sulav Acharya
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Here are the answers to the questions:
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Unit 2 Basic Computer Organization and Computer Peripherals By Sulav Acharya
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus nec sem a eros sodales varius non vitae metus. Suspendisse venenatis ullamcorper gravida. Donec venenatis, dui eu scelerisque finibus, risus sapien molestie risus, et tincidunt mi eros eget metus. Vestibulum feugiat elit quis erat commodo faucibus. Curabitur vel congue nibh. Etiam turpis sem, aliquet congue magna ac, elementum ullamcorper velit. Etiam eget lobortis nisi. Mauris vulputate ligula eget fringilla blandit. Integer ac lobortis nibh, vitae fringilla massa. Vestibulum ut metus est. Duis nec accumsan metus, a vulputate turpis. Maecenas vulputate mi eget nunc sollicitudin porttitor.
Vestibulum commodo leo felis. Donec elementum iaculis orci non cursus. Nam mauris quam, volutpat viverra vestibulum nec, facilisis vitae risus. Quisque ipsum mi, tincidunt non tellus sed, vulputate vehicula elit. Pellentesque id iaculis quam, vitae faucibus elit. Integer aliquam a ipsum at cursus. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Sed non suscipit neque, id dictum libero.
Fusce quis mollis nulla, sit amet ultrices purus. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam eros quam, ultricies in malesuada id, mollis non velit. Morbi leo nulla, hendrerit vitae varius non, hendrerit finibus magna. Nunc porta elit eu leo finibus suscipit. Sed ac euismod risus. Quisque maximus justo vel efficitur bibendum.
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There are seven steps to connecting decisions modeled in DMN to business processes modeled in BPMN: 1) identify and develop the high-level business process, 2) identify decisions, 3) develop the decision model, 4) identify the data model, 5) map each decision to the business process, 6) detail the decision logic, and 7) use assignment values from decisions to direct the business process flow. Decisions can trigger and control multiple aspects of business processes, though not all business rules are decisions that are formally modeled.
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The document discusses business event modeling and event thinking as an alternative to traditional process modeling. It focuses on modeling non-process elements like external events, states, decisions, and activities, rather than pre-planned process sequences. Examples of business events include customer orders and payments as well as supplier deliveries and invoices. The document also distinguishes between simple event processing, which involves extracting, transforming and loading data, and complex event processing, which can detect organized events directed through decisions without a predefined process.
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The document discusses different types of events in BPMN modeling including throwing and catching events, message events, timer events, conditional events, and signal events. Specifically:
- Throwing events trigger conditions and catching events receive thrown conditions. Message events use filled icons for throwing and unfilled icons for catching.
- There are important rules for modeling message events including start message events exclusively receiving messages, end message events exclusively sending messages, and intermediate events can send or receive messages.
- Timer events include start and intermediate events and express time intervals or wait times. Conditional events are more sophisticated than timer or message events and assume an active system to trigger conditions.
- Signal events use triangles inside circles and allow broadcasting
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This document discusses different types of activities, tasks, and events in business process modeling and notation (BPMN). It describes specific task types, looping and multiple instance subprocesses, looping without a looping subprocess, and advanced event types like message events. The figures show examples of connections between BPMN processes and decision modeling notation (DMN), use cases for activity types, looping subprocesses, and looping using upstream sequence flow.
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This document provides an overview of business process modeling notation (BPMN) and decision modeling notation (DMN) concepts. It discusses how BPMN is used to model business processes and manage process instances, while DMN is used to document and implement business decisions and rules. The document outlines the basic elements of BPMN, such as tasks, subprocesses, and message flows, and the basic elements of DMN, such as the rule task. It also describes process flows and the phases of activities in BPMN models.
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Use strong, unique passwords for all accounts and enable two-factor authentication to protect personal data like names, phone numbers, credit card details and passport IDs. Store sensitive files in secure cloud services instead of local devices. Verify any unusual requests and avoid sharing login credentials to prevent identity theft when personal information falls into the wrong hands.
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This document discusses business process monitoring and mining. It introduces different types of process dashboards for operational, tactical, and strategic monitoring. It then covers process mining, including automated process discovery from event logs, commonly used process mining tools, and how to generate and analyze process maps from event logs. Key process mining techniques discussed are conformance checking, performance analysis, and variants analysis to understand differences between processes. Exercises are provided to help apply these techniques using a process mining tool.
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This document provides an overview of a step-by-step method for transforming a conceptual business process model into an executable process model that can be implemented in a business process management system (BPMS). It discusses four main steps: 1) Identifying the automation boundaries by specifying whether each task is automated, a user task, or manual; 2) Reviewing manual tasks and finding ways to support them through IT; 3) Completing the process model by adding exception handlers and specifying business objects; and 4) Adjusting task granularity by aggregating consecutive tasks assigned to the same resource or refining tasks that are too coarse-grained. The document uses a running example of a customer, supplier, and seller process to illustrate applying
FBPM2-Chapter09-ProcessAwareInformationSystems.pptx
This chapter discusses process-aware information systems that support process automation. It explains business process management systems (BPMSs) which are domain-agnostic systems that can achieve process automation through components like an execution engine, process modeling tool, and administration/monitoring tools. The chapter covers some advantages of introducing a BPMS like workload reduction and execution transparency, as well as challenges including technical integration challenges and organizational resistance to change.
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This document discusses quantitative process analysis techniques. It begins by explaining why flow analysis alone is not sufficient and how queuing analysis and simulation can address its limitations by considering waiting times due to resource contention. It then provides an overview of key concepts in queuing theory such as utilization, waiting time, and Little's Law. The document also introduces common probability distributions used in queuing analysis and simulation like the Poisson process and negative exponential distribution. It presents an example queuing analysis of an emergency room and demonstrates how additional doctors could reduce waiting times. Finally, it discusses process simulation methodology and tools that can be used to model processes and analyze performance under different scenarios.
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Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
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Chapter 6
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- 2. 6 elements of communication computer system • Human being • Hardware • Software • Data / information • Procedure • Communication
- 3. What is hardware? • Hardware is best described as a device that is physically connected to your computer or something that can be physically touched. A CD-ROM, monitor, and printer are all examples of computer hardware.
- 4. • Without any hardware your computer would not exist and software would have nothing to run on.
- 5. 5 main function of hardware • Input • Processing • Output • Storage • Communication
- 7. Input Device • Input device is a tool to interpret the symbol that understand by human being to the symbol that computer understand to process. • Device for entering information into a computer.
- 8. INPUT DEVICE Keyboard entry Direct entry
- 9. Keyboard Entry Numeric key Escape key Data will be input into the computer using the keyboard Function key Windows key Space bar key Cursor key
- 10. Direct Entry Device – This device is to create data that can be read by machine and direct enter to the CPU. – Direct entry device is divide to • pointing, • scanner and • voice input device
- 11. Direct entry device – Pointing Devices • Mouse • Trackball • Touch screen • Digital camera
- 12. Direct entry device • Example: – Digitizer – Joystick – Game Controller – Gamepad
- 13. Direct entry device • Scanner Devices – Scan text, image, drawing or special symbol – Images are recorded in digital form.
- 14. Scanner • Image scanner • Bar code reader • Fax machine • Character recognition
- 15. Voice Input Device • This device is change the human voice into digital code. • Example : – microphone
- 16. OUTPUT DEVICE • Output device is a tool to interpret the code that understand by computer to the symbol or language that understand by human being. • Device for appearing an information from computer.
- 17. Output Device • Output Devices are divided by 4 : –Monitor –Printer –Plotter –Voice output device
- 18. Types of monitor CRT – cathode ray tube LCD – Liquid crystal display monitor
- 19. Printer • Printer is a tools for transferring information onto paper, that is truly external to the other functions of the computer.
- 20. Printer • 4 types of printer : – Ink jet – Dote matrix – Thermal – Laser jet
- 21. Plotter • Plotter is a special device to create chart, map, 3D illustration and architectural drawing • Plotter is divide by 4 : – Pen plotter – Electrostatic plotter – Ink jet plotter – Direct image plotter
- 22. Voice Output Device • This device is function to outward the sound.