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Digital media refers to technologies that allow for new forms of communication, interaction and entertainment in a digital format, and can be created, viewed, distributed, modified and preserved on digital devices. Digital media software encompasses any computer-based presentation or application software that uses multimedia elements, and includes types such as animation, drawing, DVD authoring, file conversion, image editing, painting, podcasting, sound editing, video editing and web design. Interactive digital media allows users to interact with a program through input devices like a mouse, keyboard, voice or touch, and the media will respond to the user's actions.
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Educational Technology
Digital media refers to technologies that allow for new forms of communication, interaction and entertainment in a digital format. Digital media software uses multimedia elements for computer-based presentations and applications. There are many types of digital media software including animation, drawing, DVD authoring, file conversion, image editing, painting, podcasting, sound editing, video editing and web design. Interactive digital media allows users to interact with and provide input to the program through pointing devices, keyboards, voice, taps or movements, and the digital media will respond. The document discusses how digital media applications have changed learning dynamics in classrooms and are effective educational tools when integrated into teaching as students remember and learn more through hearing, seeing and doing.
Digital Media
Digital media refers to technologies that allow for new forms of communication, interaction and entertainment in a digital format. It is defined by its interactivity, which enriches the educational experience. Digital media software uses multimedia elements and allows users to interact with programs through inputs like a mouse, keyboard, voice or touch, with the media responding accordingly. The integration of digital media applications has changed learning dynamics in classrooms.
Digital Media
Digital media refers to technologies that allow users to communicate, interact and be entertained in a digital format. Interactivity is key for digital media in education as it enhances the learning experience. The integration of digital media applications has changed learning dynamics in classrooms by allowing interactive experiences through inputs from users.
Adil ppt gesture
Gesture technology allows humans to interact with computers through motions of the body, face or hands. Common uses of gesture technology include sign language recognition, remote control devices through gestures, and more immersive video game experiences. Gestures can be captured using technologies like cameras, data gloves, and sensors. Microsoft Surface is a prominent example of gesture-based computing - it uses infrared cameras and projection to turn regular surfaces into interactive digital displays that can recognize objects and gestures. The future of surfaces may include intelligent displays integrated into everyday objects like kitchen counters and coffee tables.
Chapter 4 universal design
The document discusses universal design and emerging technologies in interface design. It defines universal design as designing systems to be used by anyone in any circumstance. It describes seven principles of universal design for interactive systems including equitable use, flexibility in use, and perceptible information. It also discusses multimodal technology, accessibility features like narrators, and emerging technologies like wearable computing and their impact.
iPhone is here!
This document lists features and capabilities of a device including music, video, calling, voicemail, photos, web browsing, email, maps, widgets, multi-touch interface, OS X operating system, wireless connectivity, and built-in sensors.
Android os by jje
Android is an open-source, mobile operating system based on the Linux kernel. It was developed by Android Inc, which was founded in 2003 and later acquired by Google. The default user interface is based on direct manipulation using touch inputs like swiping and tapping. Key features include a home screen, app icons, widgets, built-in applications, and connectivity options. It uses the Java programming language and supports features such as messaging, web browsing, multitasking and media playback. There have been several versions released under confectionery code names in alphabetical order since 2008.
Latest user interface designs
These are the latest user interfaces, here I've discussed 4, some are still in progress, while google glass is said to be released this year.
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Educational Technology
Digital media refers to technologies that allow for new forms of communication, interaction and entertainment in a digital format. Digital media software uses multimedia elements for computer-based presentations and applications. There are many types of digital media software including animation, drawing, DVD authoring, file conversion, image editing, painting, podcasting, sound editing, video editing and web design. Interactive digital media allows users to interact with and provide input to the program through pointing devices, keyboards, voice, taps or movements, and the digital media will respond. The document discusses how digital media applications have changed learning dynamics in classrooms and are effective educational tools when integrated into teaching as students remember and learn more through hearing, seeing and doing.
Digital Media
Digital media refers to technologies that allow for new forms of communication, interaction and entertainment in a digital format. It is defined by its interactivity, which enriches the educational experience. Digital media software uses multimedia elements and allows users to interact with programs through inputs like a mouse, keyboard, voice or touch, with the media responding accordingly. The integration of digital media applications has changed learning dynamics in classrooms.
Digital Media
Digital media refers to technologies that allow users to communicate, interact and be entertained in a digital format. Interactivity is key for digital media in education as it enhances the learning experience. The integration of digital media applications has changed learning dynamics in classrooms by allowing interactive experiences through inputs from users.
Adil ppt gesture
Gesture technology allows humans to interact with computers through motions of the body, face or hands. Common uses of gesture technology include sign language recognition, remote control devices through gestures, and more immersive video game experiences. Gestures can be captured using technologies like cameras, data gloves, and sensors. Microsoft Surface is a prominent example of gesture-based computing - it uses infrared cameras and projection to turn regular surfaces into interactive digital displays that can recognize objects and gestures. The future of surfaces may include intelligent displays integrated into everyday objects like kitchen counters and coffee tables.
Chapter 4 universal design
The document discusses universal design and emerging technologies in interface design. It defines universal design as designing systems to be used by anyone in any circumstance. It describes seven principles of universal design for interactive systems including equitable use, flexibility in use, and perceptible information. It also discusses multimodal technology, accessibility features like narrators, and emerging technologies like wearable computing and their impact.
iPhone is here!
This document lists features and capabilities of a device including music, video, calling, voicemail, photos, web browsing, email, maps, widgets, multi-touch interface, OS X operating system, wireless connectivity, and built-in sensors.
Android os by jje
Android is an open-source, mobile operating system based on the Linux kernel. It was developed by Android Inc, which was founded in 2003 and later acquired by Google. The default user interface is based on direct manipulation using touch inputs like swiping and tapping. Key features include a home screen, app icons, widgets, built-in applications, and connectivity options. It uses the Java programming language and supports features such as messaging, web browsing, multitasking and media playback. There have been several versions released under confectionery code names in alphabetical order since 2008.
Latest user interface designs
These are the latest user interfaces, here I've discussed 4, some are still in progress, while google glass is said to be released this year.
Mr Donnan Technicolor Smart Devices What's next ?
1) Smart devices are increasingly defined by their applications and content rather than just their hardware capabilities.
2) As more sophisticated devices with varied display sizes coexist in shared spaces, ensuring visual harmony across transitions between displays will be important to provide an immersive experience.
3) High-performance devices allow content to be adapted to a user's personality and context, optimizing the experience just before delivery through algorithms that integrate environmental and sensory data.
Project oxygen
The document discusses Project Oxygen, a research project aimed at developing technologies for pervasive and human-centered computing. It describes the challenges of creating a computing system that is embedded, nomadic, adaptable, and eternal. The project focuses on developing device technologies like intelligent spaces (E21) and mobile devices (H21), network technologies (N21), and user technologies including speech and visual interfaces. It provides examples of prototypes developed, including an intelligent room capable of voice recognition and identifying faces, as well as a mobile device. The goal of the project is to realize Mark Weiser's vision of ubiquitous computing integrated naturally into people's daily lives.
SiiCS - Surface Independent Interactive Computer System
SiiCS is a wearable and portable device that can convert any surface into an interactive touch screen and users can interact using natural finger gestures. SiiCS can recognize many objects from the real world and extract related information from the internet and either display it on the object itself or speak it out to the user in case of Visually impaired people. SiiCS derives its motivation from MIT Sixth sense technology, Microsoft surface and Nintendo Wii. The difference here is that SiiCS is dedicated to Visually impaired people and handicapped people apart from regular users.SiiCS represents the intersection of the Computer Science most significant concepts like Human Computer Interaction, Surface independent computing, Machine Vision & Object detection, Gestural computing and Text to speech systems. SiiCS is winner of Microsoft Imagine Cup Software Design Accessibility Innovation Award 2010 and is still in the pre beta stage.
Surface Computing & Devices
Surface computing is a multi-touch technology that allows users to interact with digital content using natural hand gestures on a flat surface, replacing traditional mouse and keyboard interfaces. It uses near-infrared light and cameras to detect touch inputs and physical objects placed on the screen. Microsoft PixelSense is an example of this technology, developed over 12 years of research. It consists of infrared light sources, cameras, and a projector that work together to detect touch inputs. Surface computing enables direct interaction, multi-touch recognition, multi-user collaboration, and physical object detection. While providing a more natural user experience, surface computers are currently very expensive and best suited for enterprise rather than household use.
Project Oxygen
This document describes Project Oxygen, which aims to make computation human-centered by making it freely available everywhere through various integrated technologies. It discusses the vision of ubiquitous computing, the user and system technologies like speech/vision recognition and adaptive software. It outlines the intelligent room and handheld devices that are being developed, and how networks and perpetual interaction techniques will allow natural human communication with these systems. The challenges of developing a fully embedded, nomadic, adaptable and eternal computing system are also mentioned.
Multi-touch Technologies; Hardware and Optical Tracking Techniques
Lecture series. Topic Covers: Introduction to MT technologies, MT hardware tracking technique, Hardware equipments, Optical tracking techniques.
Microsoft Surface Hub
The document discusses Surface Computing and Microsoft Surface Hub. Surface Computing allows natural interaction with digital content through touch gestures rather than mouse/keyboard. The Microsoft Surface Hub is an interactive whiteboard that runs Windows 10, comes in 55" or 84" 4K displays, and is aimed at businesses for collaboration. Key features include the OneNote whiteboard, ability to share work, natural ink experience, and connectivity options. It uses technologies like pen computing, touch, Windows 10, and Cortana. Applications include business, education, medicine, and current customers include AT&T and T-Mobile. Benefits are easy sharing and engagement, while drawbacks include the high cost and limited portability.
34191701 project-oxygen-vijeth
Project Oxygen aims to create a human-centered computing environment where computation is freely available everywhere through configurable generic devices. It seeks to allow users to communicate naturally using speech and gestures rather than requiring interaction on computers' terms. The project involves developing technologies like handheld and embedded devices (H21 and E21), self-configuring networks (N21), and speech, vision, automation and collaboration tools to realize this vision. Several challenges around pervasive, embedded, nomadic and adaptive computing must be addressed. The project is a $50 million multi-company effort started in 1999, but key concepts like N21 and INS remain difficult to implement practically.
Microsoft Surface
Microsoft Surface is a technology platform that allows people to interact with a flat computing table using touch. Users can manipulate content on the table's touch-sensitive screen using their fingers and hands, without needing a mouse or keyboard. Possible applications include browsing menus and ordering at restaurants, downloading content to mobile phones, and trip planning. The Surface recognizes touch inputs from multiple users simultaneously using infrared cameras and projected light. It uses common computer components like a Core 2 Duo processor and can interact wirelessly with devices placed on its surface.
Surface computer
Surface computing is an interface that replaces traditional GUI elements with physical objects. Users interact directly with a touch-sensitive screen instead of a keyboard and mouse. The surface computer can recognize multiple touch points and physical objects simultaneously. It uses cameras and infrared light to sense touch gestures and objects, processes the input, and displays output using rear projection. Future applications could include controlling devices like TVs and appliances using surfaces integrated into everyday objects like countertops.
Multi-Touch System
The document summarizes research on several multi-touch systems including Jeff Han's FTIR tabletop, ThinSight, and direct-touch tabletop designs. It describes the contributions of each system, such as Han's use of acrylic as an inexpensive medium and ThinSight's thin form factor. It also discusses the advantages and disadvantages of different approaches as well as research on evaluating direct-touch tabletop interfaces and interaction techniques.
Multi Touch Tomorrow's Interface
The document discusses multi-touch technology used in interfaces like Minority Report, the iPhone, MacBook Air, and Microsoft Surface. It explains how multi-touch surfaces use infrared light and cameras to detect finger touches. It also provides instructions for a DIY multi-touch project using a webcam and discusses potential applications for multi-touch technologies.
Pervasive Computing - Let us Pervade our Future
Pervasive Computing or Ubiquitous computing is one of the latest trends in computing. Get to know the principles, mechanism and the possible applications of pervasive computing. Come, let us pervade our future.
IO_Infographic_final_041015
Digital assistants, real-time speech translations, crowdsourcing product information, prediction markets, and recommender systems are examples of smart machines that can take over repetitive or difficult tasks. Social sensing uses data gathered from the internet and mobile devices to understand the world. New interfaces like augmented reality glasses and interactive displays are more advanced than traditional screens and mice. The document discusses how Genpact and MIT work together to identify new technologies and crowdsource their applications from people to develop innovative uses.
multi touch screen
Multi touch screen technology allows users to interact directly with digital content on a screen using multiple simultaneous finger touches. It recognizes differences in touch points and gestures like swiping and pinching. Multi touch screens are made of layers that can detect electrical charges from fingers. They are used in devices like phones and tables and allow for richer interaction than single-point devices. Applications include maps, photos, and games where users can directly manipulate content with gestures. While more flexible than other inputs, multi touch screens are still more expensive and may not be suitable for long data entry.
5.0 pervasive computing
Pervasive computing refers to technology becoming embedded in everyday devices and having constant connectivity. It involves computers becoming smaller and more powerful, allowing chips and software to be embedded in many objects from clothing to homes. The goal is to create a constantly connected environment where devices seamlessly interact without obstructing the user. Examples include smartphones, which are mobile phones with operating systems and apps, and personal digital assistants (PDAs), which are handheld computers that can also function as mobile phones, web browsers and media players by connecting to wireless networks.
Multi touch interactive screen, MIE Competition
Multi touch Interactive Screen is a Graduation Project for the 2010 year,computer science, Ain Shams University, It is extended project of Interactive Wall 2009. Multi touch interactive Screen won the first rank in Made in Egypt Competition, IEEE Egypt section
Multi touch technology
This document discusses multi-touch technology, which allows multiple touch points to be recognized simultaneously. It describes how multi-touch uses Frustrated Total Internal Reflection (FTIR) to sense touch points through infrared light reflection. FTIR multi-touch works by generating an infrared light mesh on the screen and using a camera to detect where light is frustrated by touch points. This provides a simple and inexpensive way to enable high-resolution multi-touch sensing. The document outlines some applications of multi-touch technology including personal computers, mobile phones, and interactive tabletop displays.
Context Aware Computing
This is completely based on Context Awareness.This will give you some basic idea about smart technology.
Context-Aware Computing
1. Context-aware computing uses information about a user's environment and situation to provide tailored services, with the goal of delivering the right service at the right moment.
2. Context includes information such as location, identity, activity, schedule, nearby resources and more. It comes from various sources and changes over time.
3. Designing context-aware applications and systems requires acquiring context information, reasoning about it, and using it intelligently to benefit users or services while maintaining user privacy and control. Many technical and research challenges remain open.
History of Astronomy
1) The document provides a history of astronomy from ancient Babylonians to modern times, outlining major discoveries and theories.
2) Key figures discussed include Ptolemy, Copernicus, Kepler, Galileo, and Newton, who developed increasingly accurate models of the solar system and universe.
3) Milestones include Copernicus' heliocentric theory, Kepler's laws of planetary motion, Galileo's astronomical observations with telescopes, and Einstein's theories of relativity.
Water (prevention & control of pollution) act, 1974
The document outlines key aspects of the Water (Prevention and Control of Pollution) Cess Act, 1977 which provides for the levy and collection of a cess on water consumed by certain industries and local authorities. It establishes Central and State Pollution Control Boards to prevent and control water pollution. The boards are empowered to coordinate and ensure enforcement of the provisions of the Water Act. Appeals against board orders can be made to appellate authorities set up by state governments. The act also covers funds, accounts, and audits of the Central and State Boards.
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Mr Donnan Technicolor Smart Devices What's next ?
1) Smart devices are increasingly defined by their applications and content rather than just their hardware capabilities.
2) As more sophisticated devices with varied display sizes coexist in shared spaces, ensuring visual harmony across transitions between displays will be important to provide an immersive experience.
3) High-performance devices allow content to be adapted to a user's personality and context, optimizing the experience just before delivery through algorithms that integrate environmental and sensory data.
Project oxygen
The document discusses Project Oxygen, a research project aimed at developing technologies for pervasive and human-centered computing. It describes the challenges of creating a computing system that is embedded, nomadic, adaptable, and eternal. The project focuses on developing device technologies like intelligent spaces (E21) and mobile devices (H21), network technologies (N21), and user technologies including speech and visual interfaces. It provides examples of prototypes developed, including an intelligent room capable of voice recognition and identifying faces, as well as a mobile device. The goal of the project is to realize Mark Weiser's vision of ubiquitous computing integrated naturally into people's daily lives.
SiiCS - Surface Independent Interactive Computer System
SiiCS is a wearable and portable device that can convert any surface into an interactive touch screen and users can interact using natural finger gestures. SiiCS can recognize many objects from the real world and extract related information from the internet and either display it on the object itself or speak it out to the user in case of Visually impaired people. SiiCS derives its motivation from MIT Sixth sense technology, Microsoft surface and Nintendo Wii. The difference here is that SiiCS is dedicated to Visually impaired people and handicapped people apart from regular users.SiiCS represents the intersection of the Computer Science most significant concepts like Human Computer Interaction, Surface independent computing, Machine Vision & Object detection, Gestural computing and Text to speech systems. SiiCS is winner of Microsoft Imagine Cup Software Design Accessibility Innovation Award 2010 and is still in the pre beta stage.
Surface Computing & Devices
Surface computing is a multi-touch technology that allows users to interact with digital content using natural hand gestures on a flat surface, replacing traditional mouse and keyboard interfaces. It uses near-infrared light and cameras to detect touch inputs and physical objects placed on the screen. Microsoft PixelSense is an example of this technology, developed over 12 years of research. It consists of infrared light sources, cameras, and a projector that work together to detect touch inputs. Surface computing enables direct interaction, multi-touch recognition, multi-user collaboration, and physical object detection. While providing a more natural user experience, surface computers are currently very expensive and best suited for enterprise rather than household use.
Project Oxygen
This document describes Project Oxygen, which aims to make computation human-centered by making it freely available everywhere through various integrated technologies. It discusses the vision of ubiquitous computing, the user and system technologies like speech/vision recognition and adaptive software. It outlines the intelligent room and handheld devices that are being developed, and how networks and perpetual interaction techniques will allow natural human communication with these systems. The challenges of developing a fully embedded, nomadic, adaptable and eternal computing system are also mentioned.
Multi-touch Technologies; Hardware and Optical Tracking Techniques
Lecture series. Topic Covers: Introduction to MT technologies, MT hardware tracking technique, Hardware equipments, Optical tracking techniques.
Microsoft Surface Hub
The document discusses Surface Computing and Microsoft Surface Hub. Surface Computing allows natural interaction with digital content through touch gestures rather than mouse/keyboard. The Microsoft Surface Hub is an interactive whiteboard that runs Windows 10, comes in 55" or 84" 4K displays, and is aimed at businesses for collaboration. Key features include the OneNote whiteboard, ability to share work, natural ink experience, and connectivity options. It uses technologies like pen computing, touch, Windows 10, and Cortana. Applications include business, education, medicine, and current customers include AT&T and T-Mobile. Benefits are easy sharing and engagement, while drawbacks include the high cost and limited portability.
34191701 project-oxygen-vijeth
Project Oxygen aims to create a human-centered computing environment where computation is freely available everywhere through configurable generic devices. It seeks to allow users to communicate naturally using speech and gestures rather than requiring interaction on computers' terms. The project involves developing technologies like handheld and embedded devices (H21 and E21), self-configuring networks (N21), and speech, vision, automation and collaboration tools to realize this vision. Several challenges around pervasive, embedded, nomadic and adaptive computing must be addressed. The project is a $50 million multi-company effort started in 1999, but key concepts like N21 and INS remain difficult to implement practically.
Microsoft Surface
Microsoft Surface is a technology platform that allows people to interact with a flat computing table using touch. Users can manipulate content on the table's touch-sensitive screen using their fingers and hands, without needing a mouse or keyboard. Possible applications include browsing menus and ordering at restaurants, downloading content to mobile phones, and trip planning. The Surface recognizes touch inputs from multiple users simultaneously using infrared cameras and projected light. It uses common computer components like a Core 2 Duo processor and can interact wirelessly with devices placed on its surface.
Surface computer
Surface computing is an interface that replaces traditional GUI elements with physical objects. Users interact directly with a touch-sensitive screen instead of a keyboard and mouse. The surface computer can recognize multiple touch points and physical objects simultaneously. It uses cameras and infrared light to sense touch gestures and objects, processes the input, and displays output using rear projection. Future applications could include controlling devices like TVs and appliances using surfaces integrated into everyday objects like countertops.
Multi-Touch System
The document summarizes research on several multi-touch systems including Jeff Han's FTIR tabletop, ThinSight, and direct-touch tabletop designs. It describes the contributions of each system, such as Han's use of acrylic as an inexpensive medium and ThinSight's thin form factor. It also discusses the advantages and disadvantages of different approaches as well as research on evaluating direct-touch tabletop interfaces and interaction techniques.
Multi Touch Tomorrow's Interface
The document discusses multi-touch technology used in interfaces like Minority Report, the iPhone, MacBook Air, and Microsoft Surface. It explains how multi-touch surfaces use infrared light and cameras to detect finger touches. It also provides instructions for a DIY multi-touch project using a webcam and discusses potential applications for multi-touch technologies.
Pervasive Computing - Let us Pervade our Future
Pervasive Computing or Ubiquitous computing is one of the latest trends in computing. Get to know the principles, mechanism and the possible applications of pervasive computing. Come, let us pervade our future.
IO_Infographic_final_041015
Digital assistants, real-time speech translations, crowdsourcing product information, prediction markets, and recommender systems are examples of smart machines that can take over repetitive or difficult tasks. Social sensing uses data gathered from the internet and mobile devices to understand the world. New interfaces like augmented reality glasses and interactive displays are more advanced than traditional screens and mice. The document discusses how Genpact and MIT work together to identify new technologies and crowdsource their applications from people to develop innovative uses.
multi touch screen
Multi touch screen technology allows users to interact directly with digital content on a screen using multiple simultaneous finger touches. It recognizes differences in touch points and gestures like swiping and pinching. Multi touch screens are made of layers that can detect electrical charges from fingers. They are used in devices like phones and tables and allow for richer interaction than single-point devices. Applications include maps, photos, and games where users can directly manipulate content with gestures. While more flexible than other inputs, multi touch screens are still more expensive and may not be suitable for long data entry.
5.0 pervasive computing
Pervasive computing refers to technology becoming embedded in everyday devices and having constant connectivity. It involves computers becoming smaller and more powerful, allowing chips and software to be embedded in many objects from clothing to homes. The goal is to create a constantly connected environment where devices seamlessly interact without obstructing the user. Examples include smartphones, which are mobile phones with operating systems and apps, and personal digital assistants (PDAs), which are handheld computers that can also function as mobile phones, web browsers and media players by connecting to wireless networks.
Multi touch interactive screen, MIE Competition
Multi touch Interactive Screen is a Graduation Project for the 2010 year,computer science, Ain Shams University, It is extended project of Interactive Wall 2009. Multi touch interactive Screen won the first rank in Made in Egypt Competition, IEEE Egypt section
Multi touch technology
This document discusses multi-touch technology, which allows multiple touch points to be recognized simultaneously. It describes how multi-touch uses Frustrated Total Internal Reflection (FTIR) to sense touch points through infrared light reflection. FTIR multi-touch works by generating an infrared light mesh on the screen and using a camera to detect where light is frustrated by touch points. This provides a simple and inexpensive way to enable high-resolution multi-touch sensing. The document outlines some applications of multi-touch technology including personal computers, mobile phones, and interactive tabletop displays.
Context Aware Computing
This is completely based on Context Awareness.This will give you some basic idea about smart technology.
Context-Aware Computing
1. Context-aware computing uses information about a user's environment and situation to provide tailored services, with the goal of delivering the right service at the right moment.
2. Context includes information such as location, identity, activity, schedule, nearby resources and more. It comes from various sources and changes over time.
3. Designing context-aware applications and systems requires acquiring context information, reasoning about it, and using it intelligently to benefit users or services while maintaining user privacy and control. Many technical and research challenges remain open.
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SiiCS - Surface Independent Interactive Computer System
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3) Milestones include Copernicus' heliocentric theory, Kepler's laws of planetary motion, Galileo's astronomical observations with telescopes, and Einstein's theories of relativity.
Water (prevention & control of pollution) act, 1974
The document outlines key aspects of the Water (Prevention and Control of Pollution) Cess Act, 1977 which provides for the levy and collection of a cess on water consumed by certain industries and local authorities. It establishes Central and State Pollution Control Boards to prevent and control water pollution. The boards are empowered to coordinate and ensure enforcement of the provisions of the Water Act. Appeals against board orders can be made to appellate authorities set up by state governments. The act also covers funds, accounts, and audits of the Central and State Boards.
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Xilinx Training in Phagwara Jalandhar
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The document defines multimedia and its key elements. It discusses how multimedia involves various media like text, graphics, audio, video and animation. It also explains how multimedia applications allow nonlinear interactivity for users to navigate content. Common file formats and authoring tools for developing multimedia are also covered.
Features in Multimedia
This document discusses multimedia and provides an overview of key topics. It defines multimedia as content that uses a combination of different media types like text, audio, images, video and interactive content. The history of multimedia is explored, noting how newspapers were early adopters of multiple media elements. Multimedia is then categorized as either linear or non-linear, with linear following a set sequence and non-linear allowing free movement. Features of multimedia like text, audio, images, video and animation are described. The document also outlines applications of multimedia in areas like commercial, entertainment, education and engineering. It concludes by discussing the future potential of multimedia.
Multimedia is a way of combining different types of media, such as text, audi...
Multimedia is a way of combining different types of media, such as text, audio, images, animations, and video, into a single presentation. This can be done in a variety of ways, including on computers, tablets, smartphones, and even game consoles. Multimedia can be used for a variety of purposes, including education, entertainment, marketing, and communication.
1 introduction multimedia
Multimedia refers to interactive computer applications that combine various media types such as text, audio, images, video and animation. Professionals in the field of multimedia technology develop and manage online graphics and content to be used in training programs, websites and news sites. There is a need to study multimedia as it allows for ideas and information to be communicated in engaging digital formats and its use is widespread across various media.
Chap1
This document provides an overview of multimedia and discusses several key topics:
1. It defines multimedia and its basic elements of text, images, audio, animation, and video. Interactivity is also a key feature.
2. Hypertext and hypermedia are introduced as forms of linking multimedia components.
3. Examples are given for where multimedia can be used, such as presentations, education, and data analysis.
4. Several multimedia-related professional occupations are described, including animators, sound producers, graphic designers, programmers, writers, and video producers. Each plays an important role in a multimedia project team.
Multimedia
The document discusses multimedia, defining it as any system that uses multiple physical or digital mediums to present or communicate information. It can include various mediums like text, images, animation, sound, video and interactivity. Multimedia is interactive when the user has control over what content they view and when. It is commonly used in entertainment, education, business and more. It allows for a more engaging experience by combining different content types.
Intro to Multimedia.ppt
The document introduces multimedia as the use of more than one media element such as text, graphics, sound, animation and video in an interactive online experience. It discusses what multimedia is, provides examples of multimedia applications, and explains the importance and benefits of using multimedia to engage multiple senses and improve retention of information. The document also covers where multimedia is used in various contexts such as business, education, homes, public places, and on the internet and mobile devices.
Multimedia 110526120716-phpapp01
Multimedia is media that uses a combination of different content forms such as text, audio, images, video and interactivity. It is defined as any combination of full-motion video, animation, graphics, sound and text. Multimedia was first used in the 1970s for slideshows with an audio track and gained its current meaning in the 1990s with the advent of personal computers. Today, multimedia is used widely for entertainment, advertising, education and more through various devices and platforms. The future of multimedia is promising with new technologies enabling more immersive experiences through virtual and augmented reality.
Multimedia Development and Evaluation
Multimedia development and evaluation discusses key aspects of multimedia including definitions, elements, uses, advantages, disadvantages, and evaluation. It defines multimedia as the combination of various media types including sound, image, video, and text. Common elements are described as text, graphics, audio, animation, and video. Multimedia has various uses in commercial, entertainment, education, and engineering applications. Evaluation of multimedia involves assessing how well it meets its objectives at both the content and technological levels. Formative and summative evaluations provide feedback during and after development.
Multimedia
Multimedia combines various forms of media like text, graphics, audio, video and animation that can be interactively delivered to users. It can be categorized as linear or non-linear. Linear multimedia like movies do not allow user interactivity, while non-linear forms like games and courseware are interactive. Multimedia has various applications in fields like business, education, entertainment and more. It can be delivered using physical media or broadband internet connections.
Introduction to Multimedia Applications
This document discusses multimedia and its applications. Multimedia represents, stores, and transmits various forms of media like text, animation, graphics, audio, and video digitally. It allows for interactive elements and live user participation. Multimedia enhances learning by helping the brain absorb and retain information more easily. It finds useful applications in education, medicine, science, business, mass media, entertainment, and advertising. The document also describes common multimedia file formats, software, and basic concepts like image resolution and color modes.
Multimedia Evolution
Multimedia refers to content that uses a combination of different media types, such as text, audio, images, video, and interactivity. It is usually experienced through electronic devices like computers. Multimedia uses digital formats and requires hardware and software to integrate different media elements. It allows for interactive, nonlinear experiences where users can control what content they access. Multimedia has many applications, including advertising, education, entertainment, and more. It has grown significantly since the 1980s as technology has advanced.
Zhora Bakbergen ICT.pdf Information computer technology
This document provides an overview of multimedia technologies and their uses. It defines multimedia as the combination of text, graphics, sound, animation, and video delivered interactively to users through electronic or digital means. It describes the basic elements of multimedia like text, graphics, audio, animation, and video. It explains how each element is represented digitally and can be used to convey information. The document also discusses how multimedia technologies can be used for business purposes like planning, describing processes, and visualizing workflows.
Exploring the Dynamic World of Multimedia: A Journey Through Digital Creativity
Multimedia is a term that refers to the integration of various forms of media such as text, graphics, audio, video, and animation to convey information or entertain users.
Exploring the Multifaceted World of Multimedia: A Comprehensive Overview
Multimedia is a form of communication that combines different types of media like text, audio, images, animations, and video into an interactive presentation. Popular examples include video podcasts, audio slideshows, and animated videos. The five main components of multimedia are text, images, audio, video, and animation. Multimedia is used across different industries for purposes like education, business presentations, marketing, and entertainment.
Multimedia IT Presentation
This document discusses multimedia and its characteristics. Multimedia is defined as the integration of various digital media types, including text, graphics, audio, video and animation. It allows for all types of information to be represented, stored and processed digitally. The document outlines the types of multimedia like audio, images, video and animation. It also describes features such as text, audio, pictures, video, animation and interactivity. Advantages and disadvantages as well as common uses of multimedia in areas like commercial, entertainment, education and engineering are provided.
Multimedia and ICT.pptx
This document discusses empowerment technologies in the context of Web 2.0 and user participation in online experiences. It defines key terms like multimedia, ICT, user experience, and rich content. Multimedia combines different content forms like text, audio, images, etc. into interactive presentations. ICT covers communication devices and applications. User experience is how users interact with and perceive products, systems or services. Rich content uses different media formats together for visual appeal and interactivity.
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Educational Technology
- 1. EDUCATIONAL TECHNOLOGY ANNE E. DANTES BSE III- PHYSICAL SCIENCE
- 2. DIGITAL MEDIA Is defined as those technologies that enable users to make new forms of communication, interaction, and entertainment in a digital format. Can be created, viewed, distributed, modified and preserved on digital electronics devices.
- 3. DIGITAL MEDIA SOFTWARE Refers to any computer-based presentation or application software that uses multimedia elements.
- 4. TYPES OF DIGITAL MEDIA SOFTWARE Animation Drawing DVD Authoring File Conversion Image Editing Painting Podcasting Sound Editing Video Editing Web Design
- 5. INTERACTIVE DIGITAL MEDIA Allows users to interact with the program by means of input coming from the user through a pointing device (mouse and stylus), keyboard, voice, finger taps, movements, then the digital media performs an action in response.
- 6. THE IMPACT OF DIGITAL APPLICATIONS IN EDUCATION