Discover and read the best of Twitter Threads about #encoding
Most recents (3)
Go is a programming language that comes with a rich standard library containing many useful packages and modules. In this, I provide an overview of the standard library modules in Go.
#golang #library
🧵👇
#golang #library
🧵👇
#Highlights2021 for me: our #survey on efficient processing of #sparse and compressed tensors of #ML/#DNN models on #hardware accelerators published in @ProceedingsIEEE.
Paper: dx.doi.org/10.1109/JPROC.…
arXiv: arxiv.org/abs/2007.00864
RT/sharing appreciated. 🧵
Paper: dx.doi.org/10.1109/JPROC.…
arXiv: arxiv.org/abs/2007.00864
RT/sharing appreciated. 🧵
Context: Tensors of ML/DNN are compressed by leveraging #sparsity, #quantization, shape reduction. We summarize several such sources of sparsity & compression (§3). Sparsity is induced in structure while pruning & it is unstructured inherently for various applications or sources. 
Likewise, leveraging value similarity or approximate operations could yield irregularity in processing. Also, techniques for size-reduction make tensors asymmetric-shaped. Hence, special mechanisms can be required for efficient processing of sparse and irregular computations.
Right, I've had enough. We need to talk about what #encryption, #hashing and #encoding are. They are distinct things that do distinct jobs and whether you are in #CyberSecurity or not, every #coder should know the difference. So... 🧵👇
#learning #webdev #100DaysofCode
#learning #webdev #100DaysofCode
Let's start with the simplest; encoding. This is a reversible process where you transform some data into another format, then transform it back (decode) to the original without any keys etc.
Examples: json encoding, base64 encoding, html characters conversion and compression.
Examples: json encoding, base64 encoding, html characters conversion and compression.
Encoding is most useful for transmitting and storing data. For instance, base64 is great to ensure that "unusual" characters like {};[]!'" etc can be saved / sent safely.
ENCODING PROVIDES ZERO SECURITY. None. Anyone can decode your data, it's not meant for that.
I'm calm... 😅
ENCODING PROVIDES ZERO SECURITY. None. Anyone can decode your data, it's not meant for that.
I'm calm... 😅
