GDevCon ANZ Inc’s Post

Excited to present our paper titled "Generation of Digital Twins for Exchanging Information via Application Programming Interfaces" at the 7th International Conference on Industrial Cyber-Physical Systems in St. Louis! Looking forward to discussing #DigitalTwins, #APIs, and #AssetAdministrationShell. #ICPS2024

August 3, 2024, 11:00 AM ————————————————————————- I will be delivering a lecture at the Computer History Museum in Mountain View, CA on computing technology. The topic of my lecture is, The Ada Advantage. I will emphasize Ada’s value as an engineering language used for safety-critical applications rather than just another programming language. One sub-topic will be Ada’s support for precision data types, a unique capability not found in most other programming languages. Precision data types enable Ada developers to design the data in the software application so it closely resembles what we can do in physical engineering: design to exact tolerances. ———————————————————————

#Day14ofRProgramming# #VectorContinued Dear Connections, Welcome to the day 14 of R Programming series. Continuing with the vectors, today we are going to learn about #Updating of vectors in R. #4Updating of vectors: we can update the element if wrongly entered by using the function: #Which(): Tell us about the location of the elements.

RxEnvironments.jl: A Reactive Programming Approach to Complex Agent-Environment Simulations in the Julia Language The Free Energy Principle

In this project, I developed an assembly language program using Emu8086 to convert temperatures from Celsius to Fahrenheit 🌡️. The program features a user-friendly interface 🖥️ for inputting Celsius values and displays the converted Fahrenheit values 📊. By implementing mathematical formulas in assembly code 🧮, the project offers an accurate and efficient conversion process ⚙️. This hands-on experience not only enhances understanding of assembly language programming 🧠 but also deepens knowledge of computer architecture and operations 🛠️. The project serves as a practical application of low-level programming concepts 📚.

Day : 45 Date: 25-12-2023 Problem Number and Title : 230. Kth Smallest Element in a BST Approach: 1. The helper function is a recursive function that traverses the BST in an in-order fashion. 2. For each node, it recursively traverses the left subtree, checks if the kth smallest element is found in the left subtree (l), increments the counter (ctr), and if the counter is equal to k, returns the current node. 3. If the kth smallest element is not found in the left subtree, the function increments the counter and continues the traversal in the right subtree. 4. The kthSmallest function initializes a counter (ctr) to 0 and calls the helper function to find the kth smallest element. 5. The result is then returned as the value of the kth smallest element or -1 if the kth smallest element is not found. Complexity Analysis: Time Complexity: The time complexity is O(N), where N is the number of nodes in the BST. Space Complexity: The space complexity is O(H), where H is the height of the BST. Happy Coding 🧑💻 #100DaysOfDSA #DataStructures #Algorithms #CodingChallenge #TechCommunity  #ProgrammingJourney Code :

HLS: How can high-level synthesis tools improve digital circuit design? (Link below) I don't see much discussion on HLS; Though I never used it (since I left then working env for 2 decades+) it does sound like an effective way to do complex designs. In HLS, designers can express their algorithms and applications using familiar programming languages such as C, C++, and SystemC. I wonder how SVA fits into this flow? Maybe, for smaller, more control-like designs, we can go from SVA directly into RTL? I tried it with GPT, but today it is not doing that well. In searching for HLS, I found this free book from: from  https://lnkd.in/gcywFCAK Below is a copy of a page that addresses the process. Comments?

“It’s interesting these days, most software courses don’t bother to talk about these things [assembly language and computer architecture]. And the reason is because as much as possible people have been insulated in writing their software, from performance considerations. But if you want to write fast code, you have to know what is going on underneath so you can exploit the strengths of the architecture. And the interface, the best interface that we have is the assembly language” From MIT 6.172 Performance Engineering of Software Systems, Fall 2018 Instructor: Charles Leiserson #software #hardware #performance #mit #computers

🚀 Excited to share my latest project! 🚀 I’ve been working on a small yet fascinating project: an Analog Clock! 🕰️ This project was a great way to dive into time-keeping mechanisms and practice my coding skills. I learned a lot about working with angles, animations, and accurate time representation. Skills used: HTML, CSS, JavaScript Visit:- https://lnkd.in/dNPgG7rF to check it out. I’d love to hear your thoughts and feedback! 🌟 #Coding #Projects #AnalogClock #TimeManagement #HTML #CSS #JavaScript #Learning #Programming

The idea of a "lego" chiplet appeals to everyone, but turning that idea into reality effectively means blowing up a semiconductor ecosystem that has evolved over 50 years. When I started Zero ASIC in 2020, I did not anticipate quite how deep the chiplet rabbit hole went. To bootstrap a chiplet ecosystem, we ended up creating hardware compilers, chiplet standards, chiplet protocols, form factors, digital twin emulators, & IP dependancy managers. Needless to say it has been an absolute blast!! To show (not tell) all the things that we have been working on Steven Herbst Aliasger Zaidy Amir Volk Peter Gadfort have put together an open source "mother of all demos" 😉 showing: - Python based testbench development (switchboard) - Our open source everything is memory type standard (umi) - Automated chiplet creation (siliconcompiler) - Our "put code here" standardized chiplet brick (ebrick) Clone/fork the repo and try it out! Blog Post: https://lnkd.in/e6dCmu5f Sources: https://lnkd.in/ekCK72fN Oh, and if you want to find out how Zero ASIC can help you tape out a chiplet in 4-8 weeks, you know where to find me....