#lossycompression — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #lossycompression, aggregated by home.social.
-
🚀 Level Up Your Web Images with AVIF! 🚀
AVIF, the next-gen image format, offers dramatic file size reductions—compress a 100kb JPEG down to just 8kb without losing quality! That’s over 90% reduction! 📉
✅ Why AVIF?
• Superior Compression: Boost loading times.
• Maintained Quality: Keep visuals crisp.
• Wide Support: Compatible with most modern browsers.🌐 Embrace AVIF to enhance site speed and cut bandwidth costs. Your SEO and user experience will thank you!
➡️ Switch to AVIF for a leaner, faster website!
I am pleasantly surprised to find it is now supported across all the major browsers which got me excited to make this post. src: https://caniuse.com/?search=avif
#ImageCompression #Image #webdesign #WebDev #Website #AVIF #JPG #LossyCompression #
-
🚀 Level Up Your Web Images with AVIF! 🚀
AVIF, the next-gen image format, offers dramatic file size reductions—compress a 100kb JPEG down to just 8kb without losing quality! That’s over 90% reduction! 📉
✅ Why AVIF?
• Superior Compression: Boost loading times.
• Maintained Quality: Keep visuals crisp.
• Wide Support: Compatible with most modern browsers.🌐 Embrace AVIF to enhance site speed and cut bandwidth costs. Your SEO and user experience will thank you!
➡️ Switch to AVIF for a leaner, faster website!
I am pleasantly surprised to find it is now supported across all the major browsers which got me excited to make this post. src: https://caniuse.com/?search=avif
#ImageCompression #Image #webdesign #WebDev #Website #AVIF #JPG #LossyCompression #
-
🚀 Level Up Your Web Images with AVIF! 🚀
AVIF, the next-gen image format, offers dramatic file size reductions—compress a 100kb JPEG down to just 8kb without losing quality! That’s over 90% reduction! 📉
✅ Why AVIF?
• Superior Compression: Boost loading times.
• Maintained Quality: Keep visuals crisp.
• Wide Support: Compatible with most modern browsers.🌐 Embrace AVIF to enhance site speed and cut bandwidth costs. Your SEO and user experience will thank you!
➡️ Switch to AVIF for a leaner, faster website!
I am pleasantly surprised to find it is now supported across all the major browsers which got me excited to make this post. src: https://caniuse.com/?search=avif
#ImageCompression #Image #webdesign #WebDev #Website #AVIF #JPG #LossyCompression #
-
🚀 Level Up Your Web Images with AVIF! 🚀
AVIF, the next-gen image format, offers dramatic file size reductions—compress a 100kb JPEG down to just 8kb without losing quality! That’s over 90% reduction! 📉
✅ Why AVIF?
• Superior Compression: Boost loading times.
• Maintained Quality: Keep visuals crisp.
• Wide Support: Compatible with most modern browsers.🌐 Embrace AVIF to enhance site speed and cut bandwidth costs. Your SEO and user experience will thank you!
➡️ Switch to AVIF for a leaner, faster website!
I am pleasantly surprised to find it is now supported across all the major browsers which got me excited to make this post. src: https://caniuse.com/?search=avif
#ImageCompression #Image #webdesign #WebDev #Website #AVIF #JPG #LossyCompression #
-
🚀 Level Up Your Web Images with AVIF! 🚀
AVIF, the next-gen image format, offers dramatic file size reductions—compress a 100kb JPEG down to just 8kb without losing quality! That’s over 90% reduction! 📉
✅ Why AVIF?
• Superior Compression: Boost loading times.
• Maintained Quality: Keep visuals crisp.
• Wide Support: Compatible with most modern browsers.🌐 Embrace AVIF to enhance site speed and cut bandwidth costs. Your SEO and user experience will thank you!
➡️ Switch to AVIF for a leaner, faster website!
I am pleasantly surprised to find it is now supported across all the major browsers which got me excited to make this post. src: https://caniuse.com/?search=avif
#ImageCompression #Image #webdesign #WebDev #Website #AVIF #JPG #LossyCompression #
-
какой глитч-кракелюр! • J. C. Leyendecker, “Rowers”, circa 1905, fragment of the artwork ⋆ Germany/USA ⋆ https://en.wikisource.org/wiki/The_Praying_Skipper_and_Other_Stories/Chapter_2 #Leyendecker #JCLeyendecker #modernart #modernpainting #queerpainting #rowers #glitch #JPEGcompression #lossycompression #craquelure #1900s
-
какой глитч-кракелюр! • J. C. Leyendecker, “Rowers”, circa 1905, fragment of the artwork ⋆ Germany/USA ⋆ https://en.wikisource.org/wiki/The_Praying_Skipper_and_Other_Stories/Chapter_2 #Leyendecker #JCLeyendecker #modernart #modernpainting #queerpainting #rowers #glitch #JPEGcompression #lossycompression #craquelure #1900s
-
Text Compression Gets Weirdly Efficient With LLMs - It used to be that memory and storage space were so precious and so limited of a r... - https://hackaday.com/2023/08/27/text-compression-gets-weirdly-efficient-with-llms/ #artificialintelligence #losslesscompression #lossycompression #textcompression #softwarehacks #neuralnetwork #compression #winzip #llm
-
Text Compression Gets Weirdly Efficient With LLMs - It used to be that memory and storage space were so precious and so limited of a r... - https://hackaday.com/2023/08/27/text-compression-gets-weirdly-efficient-with-llms/ #artificialintelligence #losslesscompression #lossycompression #textcompression #softwarehacks #neuralnetwork #compression #winzip #llm
-
Text Compression Gets Weirdly Efficient With LLMs - It used to be that memory and storage space were so precious and so limited of a r... - https://hackaday.com/2023/08/27/text-compression-gets-weirdly-efficient-with-llms/ #artificialintelligence #losslesscompression #lossycompression #textcompression #softwarehacks #neuralnetwork #compression #winzip #llm
-
Text Compression Gets Weirdly Efficient With LLMs - It used to be that memory and storage space were so precious and so limited of a r... - https://hackaday.com/2023/08/27/text-compression-gets-weirdly-efficient-with-llms/ #artificialintelligence #losslesscompression #lossycompression #textcompression #softwarehacks #neuralnetwork #compression #winzip #llm
-
Text Compression Gets Weirdly Efficient With LLMs - It used to be that memory and storage space were so precious and so limited of a r... - https://hackaday.com/2023/08/27/text-compression-gets-weirdly-efficient-with-llms/ #artificialintelligence #losslesscompression #lossycompression #textcompression #softwarehacks #neuralnetwork #compression #winzip #llm
-
We use the Fast Fourier Transform (#FFT) #algorithm to do #LossyCompression for things like images (e.g. jpeg). Most of the information is dropped and only the most important information is retained, which when reversed provides a noisy but recognisable version of the original image.
If this happens with a simple matrix of multi-dimensional vectors (e.g. a bitmap) could it not also be done with word embeddings like #word2vec to perform lossy compression on text? Is this a thing?
-
We use the Fast Fourier Transform (#FFT) #algorithm to do #LossyCompression for things like images (e.g. jpeg). Most of the information is dropped and only the most important information is retained, which when reversed provides a noisy but recognisable version of the original image.
If this happens with a simple matrix of multi-dimensional vectors (e.g. a bitmap) could it not also be done with word embeddings like #word2vec to perform lossy compression on text? Is this a thing?
-
We use the Fast Fourier Transform (#FFT) #algorithm to do #LossyCompression for things like images (e.g. jpeg). Most of the information is dropped and only the most important information is retained, which when reversed provides a noisy but recognisable version of the original image.
If this happens with a simple matrix of multi-dimensional vectors (e.g. a bitmap) could it not also be done with word embeddings like #word2vec to perform lossy compression on text? Is this a thing?
-
We use the Fast Fourier Transform (#FFT) #algorithm to do #LossyCompression for things like images (e.g. jpeg). Most of the information is dropped and only the most important information is retained, which when reversed provides a noisy but recognisable version of the original image.
If this happens with a simple matrix of multi-dimensional vectors (e.g. a bitmap) could it not also be done with word embeddings like #word2vec to perform lossy compression on text? Is this a thing?
-
We use the Fast Fourier Transform (#FFT) #algorithm to do #LossyCompression for things like images (e.g. jpeg). Most of the information is dropped and only the most important information is retained, which when reversed provides a noisy but recognisable version of the original image.
If this happens with a simple matrix of multi-dimensional vectors (e.g. a bitmap) could it not also be done with word embeddings like #word2vec to perform lossy compression on text? Is this a thing?
