Image formats
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The document discusses different image file formats. It describes JPEG as a compression method stored in JFIF files that is best for quality when compressed. TIFF is a flexible format that saves 8 or 16 bits per color. GIF is limited to 256 colors, making it suitable for simple diagrams, shapes, and cartoons. JPEG is identified as providing better quality when compressed and being more suitable for web design compared to TIFF and GIF.
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Graphic aids pictures A lecture By Allah Dad Khan VP The University Of Agr...
Mr. Allah Dad Khan gave a lecture on common image file formats. He discussed that JPG is the most commonly used format for digital photos and web images due to its ability to greatly reduce file sizes through lossy compression. TIFF files are larger than JPG but support lossless compression and higher bit depths, making them a standard for printing. GIF was designed for early online images but only supports indexed color, while PNG can replace GIF and also offers many options supported by TIFF such as indexed or RGB color and bit depths from 1 to 48 bits.
Image File Fomat
Image file formats dictate how digital images are stored and interpreted. Pixels that make up pictures are arranged according to the specific format. Common formats include JPEG, which uses lossy compression to greatly reduce file sizes while retaining image quality. TIFF can use either lossless or lossy compression. GIF is popular for images with fewer colors and uses lossless compression, supporting up to 256 colors. PNG was created as a free, open alternative to GIF and also uses lossless compression, making it suitable for editing applications.
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The document discusses different image file formats including JPEG, GIF, BMP, TIFF, and PNG. JPEG is the most popular web format but is "lossy", meaning image quality is lost during compression. GIF supports up to 256 colors but has small file sizes. BMP files are large and uncompressed but high quality. TIFF was created for desktop publishing and is popular in graphic design. PNG was designed for the web and is superior to GIF, supporting transparency and more efficient color storage. The document also covers mouse pointers and handles when working with pictures in Word and different text wrapping styles.
Graphic Concepts
Graphics can take many forms such as charts, drawings, photos, and more. They can be black and white, grayscale, or color images. Graphics on computers are either bitmapped (raster) images made of pixels or vector images using mathematical formulas. Common programs used to edit graphics are paint programs for bitmapped images and draw programs for vectors. Resolution and color depth determine graphic quality, with higher resolution producing sharper images. Popular graphic file formats include GIF, JPEG, TIFF, PNG and others, with different formats suited to different uses depending on factors like compression type and color support.
Technical glossary
Higher resolution means more image detail, with the pixel being the smallest component of an image. Common file formats include BMP for bitmap images, PNG for lossless compression, GIF for images under 256 colors like logos, and JPG for photographs with over 256 colors. Other formats include PSD for Photoshop, PDF for documents, EPS for illustrations, and AI for Adobe Illustrator artwork. Compression reduces file size, image capture obtains digital images from sensors, and optimizing improves efficiency of data retrieval and processing from storage.
File Formats
This document provides information on various audio, graphic, video, and document file formats. It discusses uncompressed and lossy/lossless compressed audio formats such as WAV, FLAC, MP3, and WMA. For graphics, it covers JPEG, GIF, TIFF, PNG, vector vs raster images, and SVG. It also summarizes the MPEG video standards including MPEG-1, MPEG-2, MPEG-4, and container formats like MOV and AVI. Finally, it mentions several document formats such as XML, PDF, plain text, DOC, and HTML.
File types
This document discusses and compares various digital image file formats including JPG, GIF, TIFF, PNG, BMP, and RAW. It explains the differences between lossy and lossless compression and how different formats support varying numbers of colors. Key points covered include the intended uses of formats for print versus web, how layers and transparency are supported, and recommendations for when to use specific formats for photographs, graphics, and other image types.
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Graphic aids pictures A lecture By Allah Dad Khan VP The University Of Agr...
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Image File Fomat
Image file formats dictate how digital images are stored and interpreted. Pixels that make up pictures are arranged according to the specific format. Common formats include JPEG, which uses lossy compression to greatly reduce file sizes while retaining image quality. TIFF can use either lossless or lossy compression. GIF is popular for images with fewer colors and uses lossless compression, supporting up to 256 colors. PNG was created as a free, open alternative to GIF and also uses lossless compression, making it suitable for editing applications.
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Graphic Concepts
Graphics can take many forms such as charts, drawings, photos, and more. They can be black and white, grayscale, or color images. Graphics on computers are either bitmapped (raster) images made of pixels or vector images using mathematical formulas. Common programs used to edit graphics are paint programs for bitmapped images and draw programs for vectors. Resolution and color depth determine graphic quality, with higher resolution producing sharper images. Popular graphic file formats include GIF, JPEG, TIFF, PNG and others, with different formats suited to different uses depending on factors like compression type and color support.
Technical glossary
Higher resolution means more image detail, with the pixel being the smallest component of an image. Common file formats include BMP for bitmap images, PNG for lossless compression, GIF for images under 256 colors like logos, and JPG for photographs with over 256 colors. Other formats include PSD for Photoshop, PDF for documents, EPS for illustrations, and AI for Adobe Illustrator artwork. Compression reduces file size, image capture obtains digital images from sensors, and optimizing improves efficiency of data retrieval and processing from storage.
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This document provides information on various audio, graphic, video, and document file formats. It discusses uncompressed and lossy/lossless compressed audio formats such as WAV, FLAC, MP3, and WMA. For graphics, it covers JPEG, GIF, TIFF, PNG, vector vs raster images, and SVG. It also summarizes the MPEG video standards including MPEG-1, MPEG-2, MPEG-4, and container formats like MOV and AVI. Finally, it mentions several document formats such as XML, PDF, plain text, DOC, and HTML.
File types
This document discusses and compares various digital image file formats including JPG, GIF, TIFF, PNG, BMP, and RAW. It explains the differences between lossy and lossless compression and how different formats support varying numbers of colors. Key points covered include the intended uses of formats for print versus web, how layers and transparency are supported, and recommendations for when to use specific formats for photographs, graphics, and other image types.
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The document discusses various image file formats including JPEG, JPEG 2000, Exif, TIFF, RAW, GIF, BMP, PNG, PPM/PGM/PBM, WEBP, HDR formats, and vector formats like CGM. It describes the key features and uses of each format, such as JPEG being a common format for photographs that uses lossy compression, while PNG supports lossless compression and transparency and is better for images with large uniform areas.
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There are several common graphic file formats for images, with TIFF, JPEG, and GIF being the most widely used. The best format depends on factors like the image content, intended use, need for editing, and compatibility. TIFF is a versatile, lossless format best for master copies. JPEG uses lossy compression and is best for photos. GIF is limited to 256 colors but works well for logos and is widely compatible. The document provides details on the characteristics and use cases of various formats.
IMAGE FILE FORMAT IN EMPOWERMENT TECHNOLOGY
The document discusses common image file formats used on the web. JPEG is the most popular format and uses lossy compression to keep file sizes small. GIF uses an 8-bit palette that limits it to 256 colors and was popular for early web animation. BMP is the format used by Windows but results in large file sizes. TIFF is good for graphics storage and printing but large files. PNG was developed as an open alternative to GIF and works well for line art, text and logos.
Image file types in html5
PNG files support truecolor images with 16 million colors and alpha channels for transparency. They are best for images that will be edited further. JPEG files use lossy compression to produce smaller file sizes but lower quality images best as a final product. GIF files are limited to 256 colors but support animation and are best for simple images like logos. BMP files are uncompressed but widely supported on Windows.
Image file types in html5
PNG is a lossless image format that supports transparency and truecolor, while JPEG is a lossy format that supports millions of colors but is best for final images. GIF supports animation and up to 256 colors, making it suitable for simple images. BMP is an uncompressed Windows format that is large in size but simple and widely accepted. The different formats have different strengths regarding image quality, file size, animation, and transparency.
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Graphics can be any non-text elements on a page, ranging from simple lines to complex images. Common graphic file formats include JPEG, PNG, GIF, TIFF, and RAW. JPEG uses lossy compression to produce small file sizes but degraded quality, while PNG, TIFF, and RAW can be lossless, maintaining exact quality but producing larger file sizes. GIF is limited to 256 colors making it suitable for simple images like diagrams, while BMP is uncompressed and large in size but widely supported on Windows.
Image formats
The document discusses several common image file formats: TIFF, JPEG, GIF, PNG, and EXIF. TIFF files are uncompressed, high quality images used in design software. JPEG files are for photographs and use lossy compression for smaller file sizes. GIFs use lossless compression but have a limited color palette, making them suited for images with few colors like logos. PNG is an alternative to GIF with better compression and more colors. EXIF stores camera metadata in JPEG files.
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Vector images are mathematical representations of geometric shapes and lines, while bitmap images are made up of grids of pixels containing color information. GIF supports 256 colors and is best for icons, while JPEG supports millions of colors and is best for photos due to its lossy compression. Embedded images are contained within a file, while linked images reference external files and can change size. A color palette is a set of colors used by pixels, with examples being the 256 color GIF palette or the 24-bit TIFF/JPEG palettes. Lossless compression encodes data without information loss, unlike JPEG's lossy compression. PNG overcomes GIF and JPEG limitations but lacks animation. BMP files are large and unsuitable for uploading due to file size.
Presentation3
Vector images are mathematical representations of geometric shapes and lines, while bitmap images are made up of grids of pixels containing color information. GIF supports 256 colors and is best for icons, while JPEG supports millions of colors and is best for photos due to its lossy compression. Embedded images are contained within a file, while linked images reference external files and can change size. A color palette defines the set of colors used in an image. Lossless compression encodes data without information loss, unlike JPEG. PNG overcomes some GIF and JPEG limitations but lacks animation. BMP files are large and unsuitable for uploading due to file size. Flickr is a photo sharing site similar to Myspace used for recreational rather than academic purposes.
Graphics
Graphics are visual images used to inform, illustrate or entertain. The <IMG> tag is used to embed graphics in HTML pages. Common image file formats include JPEG, TIFF, PNG and GIF. JPEG uses lossy compression while TIFF, PNG and GIF can use lossless compression. Lossy compression achieves smaller file sizes but reduces image quality, while lossless compression preserves a perfect copy of the original image.
Presentación info
This document discusses and compares three common image file formats: JPG, GIF, and BMP. JPG is best for photos and is the most widely used format for images on the web. GIF was created for small file sizes and animations, and supports up to 256 colors. BMP can store high color depth images but results in large file sizes. While each format has advantages, JPG and GIF are generally better suited than BMP for sharing images online due to their superior compression abilities.
Picture Formats
JPEG files use lossy compression which produces relatively small file sizes but can reduce image quality. JPEG supports 24-bit color. PNG was created as a free and open successor to GIF and supports true color while GIF is limited to 256 colors. PNG is best for editing while JPEG is best for final distribution due to smaller file sizes. GIF supports animation and is effective for images with large uniform color areas but not detailed images.
Webquest
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This document discusses various image file formats. It describes the key formats such as JPEG for photos, GIF for web graphics with a limited color palette, PNG as a replacement for GIF with no restrictions on colors, and TIFF as a standard format for printing. It covers aspects like color depth, compression types, and common uses of each format.
Technical glossary steve task 1
Pixels are the tiny dots that make up images on screens. The display resolution is the number of pixels that can be shown. Common file formats include BMP for bitmaps, PNG for lossless web images, GIF for simple images and animations with 256 colors, TIFF for professional photos, JPEG for digital camera photos, PSD for Photoshop files, PDF for documents, EPS for graphics, and AI for Adobe Illustrator files. File compression reduces file sizes using algorithms, while digital asset management involves ingesting, cataloging, storing and distributing digital media like photos and videos.
JPG vs. GIF vs. PNG
JPG uses lossy compression to reduce file size, sacrificing some image quality. It works best for photos but can reduce clarity of simple graphics. GIF uses lossless compression and supports animation and transparency but is limited to 256 colors. PNG was developed as a patent-free alternative to GIF, offering better compression than GIF with support for transparency and preservation of quality when images are edited.
Digital image formats
The document discusses various digital image file formats including TIFF, GIF, PNG, and JPEG. TIFF files can contain multiple images and compression methods but have large file sizes. GIF is suitable for images with few colors but loses color variation. PNG uses lossless compression and supports more colors than GIF but may have large file sizes. JPEG is used for photographs and uses lossy compression to reduce file size, but information is lost in the process. The optimal file format depends on the image type and intended use.
Technical glossary steve task 1
Pixels make up images on displays and their number determines resolution. Common file formats include BMP for bitmaps, PNG for lossless web images, GIF for animations and logos with 256 colors, TIFF for publishing, JPEG for photos, PSD for Photoshop, PDF for documents, EPS for encapsulated PostScript, and AI for Adobe Illustrator. File compression reduces file sizes using algorithms, while digital asset management involves ingesting, cataloging, storing, and distributing digital assets like photos.
Week 6 Task File Formats
The document discusses different file formats used to share files between documents. It compares vector and bitmap images, explains the differences between GIF and JPEG files, embedded versus linked graphics, color palettes, lossless compression, using PNG files, issues with BMP files, and the purpose of the photo sharing website Flickr.
Technical glossary
Higher image resolution means more image detail. Vector graphics uses geometrical primitives like points and lines based on mathematical expressions, while raster images have fixed resolution. File formats like JPEG, PNG, and TIFF specify how image data is encoded, with JPEG best for small web files but introducing quality loss, while TIFF is highest quality but larger files. Image compression reduces file size by removing irrelevant or redundant image data, and can be lossy or lossless.
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madhu
The document discusses various image file formats including JPEG, JPEG 2000, Exif, TIFF, RAW, GIF, BMP, PNG, PPM/PGM/PBM, WEBP, HDR formats, and vector formats like CGM. It describes the key features and uses of each format, such as JPEG being a common format for photographs that uses lossy compression, while PNG supports lossless compression and transparency and is better for images with large uniform areas.
Image Files Formats
There are several common graphic file formats for images, with TIFF, JPEG, and GIF being the most widely used. The best format depends on factors like the image content, intended use, need for editing, and compatibility. TIFF is a versatile, lossless format best for master copies. JPEG uses lossy compression and is best for photos. GIF is limited to 256 colors but works well for logos and is widely compatible. The document provides details on the characteristics and use cases of various formats.
IMAGE FILE FORMAT IN EMPOWERMENT TECHNOLOGY
The document discusses common image file formats used on the web. JPEG is the most popular format and uses lossy compression to keep file sizes small. GIF uses an 8-bit palette that limits it to 256 colors and was popular for early web animation. BMP is the format used by Windows but results in large file sizes. TIFF is good for graphics storage and printing but large files. PNG was developed as an open alternative to GIF and works well for line art, text and logos.
Image file types in html5
PNG files support truecolor images with 16 million colors and alpha channels for transparency. They are best for images that will be edited further. JPEG files use lossy compression to produce smaller file sizes but lower quality images best as a final product. GIF files are limited to 256 colors but support animation and are best for simple images like logos. BMP files are uncompressed but widely supported on Windows.
Image file types in html5
PNG is a lossless image format that supports transparency and truecolor, while JPEG is a lossy format that supports millions of colors but is best for final images. GIF supports animation and up to 256 colors, making it suitable for simple images. BMP is an uncompressed Windows format that is large in size but simple and widely accepted. The different formats have different strengths regarding image quality, file size, animation, and transparency.
Different types of graphics formats
Graphics can be any non-text elements on a page, ranging from simple lines to complex images. Common graphic file formats include JPEG, PNG, GIF, TIFF, and RAW. JPEG uses lossy compression to produce small file sizes but degraded quality, while PNG, TIFF, and RAW can be lossless, maintaining exact quality but producing larger file sizes. GIF is limited to 256 colors making it suitable for simple images like diagrams, while BMP is uncompressed and large in size but widely supported on Windows.
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The document discusses several common image file formats: TIFF, JPEG, GIF, PNG, and EXIF. TIFF files are uncompressed, high quality images used in design software. JPEG files are for photographs and use lossy compression for smaller file sizes. GIFs use lossless compression but have a limited color palette, making them suited for images with few colors like logos. PNG is an alternative to GIF with better compression and more colors. EXIF stores camera metadata in JPEG files.
Presentation3
Vector images are mathematical representations of geometric shapes and lines, while bitmap images are made up of grids of pixels containing color information. GIF supports 256 colors and is best for icons, while JPEG supports millions of colors and is best for photos due to its lossy compression. Embedded images are contained within a file, while linked images reference external files and can change size. A color palette is a set of colors used by pixels, with examples being the 256 color GIF palette or the 24-bit TIFF/JPEG palettes. Lossless compression encodes data without information loss, unlike JPEG's lossy compression. PNG overcomes GIF and JPEG limitations but lacks animation. BMP files are large and unsuitable for uploading due to file size.
Presentation3
Vector images are mathematical representations of geometric shapes and lines, while bitmap images are made up of grids of pixels containing color information. GIF supports 256 colors and is best for icons, while JPEG supports millions of colors and is best for photos due to its lossy compression. Embedded images are contained within a file, while linked images reference external files and can change size. A color palette defines the set of colors used in an image. Lossless compression encodes data without information loss, unlike JPEG. PNG overcomes some GIF and JPEG limitations but lacks animation. BMP files are large and unsuitable for uploading due to file size. Flickr is a photo sharing site similar to Myspace used for recreational rather than academic purposes.
Graphics
Graphics are visual images used to inform, illustrate or entertain. The <IMG> tag is used to embed graphics in HTML pages. Common image file formats include JPEG, TIFF, PNG and GIF. JPEG uses lossy compression while TIFF, PNG and GIF can use lossless compression. Lossy compression achieves smaller file sizes but reduces image quality, while lossless compression preserves a perfect copy of the original image.
Presentación info
This document discusses and compares three common image file formats: JPG, GIF, and BMP. JPG is best for photos and is the most widely used format for images on the web. GIF was created for small file sizes and animations, and supports up to 256 colors. BMP can store high color depth images but results in large file sizes. While each format has advantages, JPG and GIF are generally better suited than BMP for sharing images online due to their superior compression abilities.
Picture Formats
JPEG files use lossy compression which produces relatively small file sizes but can reduce image quality. JPEG supports 24-bit color. PNG was created as a free and open successor to GIF and supports true color while GIF is limited to 256 colors. PNG is best for editing while JPEG is best for final distribution due to smaller file sizes. GIF supports animation and is effective for images with large uniform color areas but not detailed images.
Webquest
Flickr is a photo sharing website that allows users to upload, tag, and categorize photos. It can be used recreationally for photo sharing purposes or academically by bloggers as a photo repository. The tagging and categorization features allow photos to be organized and searched by topic, making it useful for academic research purposes as well.
MM1
This document discusses various image file formats. It describes the key formats such as JPEG for photos, GIF for web graphics with a limited color palette, PNG as a replacement for GIF with no restrictions on colors, and TIFF as a standard format for printing. It covers aspects like color depth, compression types, and common uses of each format.
Technical glossary steve task 1
Pixels are the tiny dots that make up images on screens. The display resolution is the number of pixels that can be shown. Common file formats include BMP for bitmaps, PNG for lossless web images, GIF for simple images and animations with 256 colors, TIFF for professional photos, JPEG for digital camera photos, PSD for Photoshop files, PDF for documents, EPS for graphics, and AI for Adobe Illustrator files. File compression reduces file sizes using algorithms, while digital asset management involves ingesting, cataloging, storing and distributing digital media like photos and videos.
JPG vs. GIF vs. PNG
JPG uses lossy compression to reduce file size, sacrificing some image quality. It works best for photos but can reduce clarity of simple graphics. GIF uses lossless compression and supports animation and transparency but is limited to 256 colors. PNG was developed as a patent-free alternative to GIF, offering better compression than GIF with support for transparency and preservation of quality when images are edited.
Digital image formats
The document discusses various digital image file formats including TIFF, GIF, PNG, and JPEG. TIFF files can contain multiple images and compression methods but have large file sizes. GIF is suitable for images with few colors but loses color variation. PNG uses lossless compression and supports more colors than GIF but may have large file sizes. JPEG is used for photographs and uses lossy compression to reduce file size, but information is lost in the process. The optimal file format depends on the image type and intended use.
Technical glossary steve task 1
Pixels make up images on displays and their number determines resolution. Common file formats include BMP for bitmaps, PNG for lossless web images, GIF for animations and logos with 256 colors, TIFF for publishing, JPEG for photos, PSD for Photoshop, PDF for documents, EPS for encapsulated PostScript, and AI for Adobe Illustrator. File compression reduces file sizes using algorithms, while digital asset management involves ingesting, cataloging, storing, and distributing digital assets like photos.
Week 6 Task File Formats
The document discusses different file formats used to share files between documents. It compares vector and bitmap images, explains the differences between GIF and JPEG files, embedded versus linked graphics, color palettes, lossless compression, using PNG files, issues with BMP files, and the purpose of the photo sharing website Flickr.
Technical glossary
Higher image resolution means more image detail. Vector graphics uses geometrical primitives like points and lines based on mathematical expressions, while raster images have fixed resolution. File formats like JPEG, PNG, and TIFF specify how image data is encoded, with JPEG best for small web files but introducing quality loss, while TIFF is highest quality but larger files. Image compression reduces file size by removing irrelevant or redundant image data, and can be lossy or lossless.
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The presentation aims to deliver a comprehensive overview of AI usage in XML development, providing attendees with the necessary knowledge to make informed decisions. Whether you’re at the early stages of adopting AI or considering integrating it in advanced XML development, this presentation will cover all levels of expertise.
By highlighting the potential advantages and challenges of integrating AI with XML development tools and languages, the presentation seeks to inspire thoughtful conversation around the future of XML development. We’ll not only delve into the technical aspects of AI-powered XML development but also discuss practical implications and possible future directions.
Epistemic Interaction - tuning interfaces to provide information for AI support
Paper presented at SYNERGY workshop at AVI 2024, Genoa, Italy. 3rd June 2024
https://alandix.com/academic/papers/synergy2024-epistemic/
As machine learning integrates deeper into human-computer interactions, the concept of epistemic interaction emerges, aiming to refine these interactions to enhance system adaptability. This approach encourages minor, intentional adjustments in user behaviour to enrich the data available for system learning. This paper introduces epistemic interaction within the context of human-system communication, illustrating how deliberate interaction design can improve system understanding and adaptation. Through concrete examples, we demonstrate the potential of epistemic interaction to significantly advance human-computer interaction by leveraging intuitive human communication strategies to inform system design and functionality, offering a novel pathway for enriching user-system engagements.
UiPath Test Automation using UiPath Test Suite series, part 6
Welcome to UiPath Test Automation using UiPath Test Suite series part 6. In this session, we will cover Test Automation with generative AI and Open AI.
UiPath Test Automation with generative AI and Open AI webinar offers an in-depth exploration of leveraging cutting-edge technologies for test automation within the UiPath platform. Attendees will delve into the integration of generative AI, a test automation solution, with Open AI advanced natural language processing capabilities.
Throughout the session, participants will discover how this synergy empowers testers to automate repetitive tasks, enhance testing accuracy, and expedite the software testing life cycle. Topics covered include the seamless integration process, practical use cases, and the benefits of harnessing AI-driven automation for UiPath testing initiatives. By attending this webinar, testers, and automation professionals can gain valuable insights into harnessing the power of AI to optimize their test automation workflows within the UiPath ecosystem, ultimately driving efficiency and quality in software development processes.
What will you get from this session?
1. Insights into integrating generative AI.
2. Understanding how this integration enhances test automation within the UiPath platform
3. Practical demonstrations
4. Exploration of real-world use cases illustrating the benefits of AI-driven test automation for UiPath
Topics covered:
What is generative AI
Test Automation with generative AI and Open AI.
UiPath integration with generative AI
Speaker:
Deepak Rai, Automation Practice Lead, Boundaryless Group and UiPath MVP
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• Communication Mining Overview
• Why is it important?
• How can it help today’s business and the benefits
• Phases in Communication Mining
• Demo on Platform overview
• Q/A
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