www.businessinsider.com/microsoft-cp...
Just thought about this recently, what will happen with the CS studies and I like the way she is explaining this shift - higher level programming and operations, you will still need to understand the underlying..
I’ve spent years in architecture roles and I observe the natural change in the last years - the traditional "architect" role no longer fits modern software development and companies started adjusting.
levyeran.medium.com/the-architec...
Very nice post by Tim O'Reilly - We are at a historic moment and Im really curious to see how AI will shape the future of software engineering. Im one of the people that dont think that our job as engineers will be obsolete- rather they will evolve
www.oreilly.com/radar/the-en...
Very nice use case for utilizing Ray at Uber
www.uber.com/en-JO/blog/h...
Hilarious;)
The new @awscloud.bsky.social S3 #iceberg tables (while still seems broken) theoretically solve 3 challenges: 1.metadata-solve today complexities with data retention, tag, security.. 2.Performance-a good promise, 3. Unify all under the same umbrella? competing with #azure fabric and others?
aws.amazon.com/blogs/aws/ne... now AWS fully supports Iceberg with a new type of S3 table buckets with all the data maintenance built in, great news!
www.infoq.com/news/2024/11... very nice approach and out of the box thinking
Some experiment done with my kids and @OpenAI #ChatGPT ;) and some discovery after reading my daughter's @MSFTCopilot chat history. Fascinated by how LLMs are starting to impact education, especially for our children
levyeran.medium.com/an-experimen...
Illustration of how a Bloom filter works. At the top are three keys that exist in the Bloom filter; for each we show the hash as an 18-bit binary number broken up into 3 groups of 6 bits. In the middle are 64 boxes each representing one bit. The boxes are numbered to 0 to 63, and each of the 6-bit values is interpreted as an index into the array of boxes. There are arrows from each 6-bit value to the corresponding box, and the boxes with an incoming arrow have a 1, whereas the others have a 0. At the bottom is a key being queried, which also has an 18-bit hash, and the arrows from the three 6-bit parts of that hash also point at the appropriate boxes.
For the second edition of Designing Data-Intensive Applications we want to add a brief explanation of what a Bloom filter is (even though it's quite a well-known concept, we don't want to assume readers already know it). Here's my attempt at showing it diagramatically. What do you think?
