GDevCon ANZ Inc’s Post

This week, my group and I presented our final project at the EECS183 showcase event. For our project, we developed an AI algorithm to manage the operation of multiple elevators in a multi-floor building. The algorithm leverages various control mechanisms and data structures to ensure efficient and optimized elevator service. Throughout this course, I have significantly enhanced my understanding of C++ and object-oriented programming. The experience has inspired me to learn more about data structures and algorithms. Additionally, the course has equipped me with valuable skills for applying programming in engineering contexts.

Programming becomes easy when you try to remind yourself the history of computers. George Stibitz model K, Painful punching, difference machine(which wasn’t funded - so those painful drawings of engine design) From Filament tubes to 🥹Transistors - thanks to Edison effect or his obsession with DC (People working at Bell Labs) Now, these processors🎛️ and then architecture specific assembly :( also C/Unics/RushofOS Fortran <- in the pursuit of scientific calculations…. And me before actually starting programming this is what I had gone through🫠(that’s how you learn WHY behind what you are doing) — So, the next when you write a simple line of code, remind yourself, “It’s not that big deal.”

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

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

#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.

VisualSpice is a web-based electronic simulator designed to demonstrate the implementation of complex mathematical algorithms and techniques. This is an attempt to develop a similar simulator using C++ and OpenGL.

The Experimental Digital Twin demo - with LLM integration. The open source code and Kanban Board exercises are part of my Building Digital Twins course at Northeastern University College of Engineering. https://lnkd.in/e2vRiFit

Exciting news for developers and tech enthusiasts! We are pleased to announce the publication of a new blog post that delves into Avremu, an innovative 8-bit AVR microcontroller simulator crafted entirely in LaTeX. This simulator provides a unique tool for both learning and experimenting with AVR microcontroller programs, bridging the gap between theoretical knowledge and practical application. By utilizing Avremu, users can enhance their understanding of microcontroller architecture and programming in a visually engaging way. Whether you are an educator, a student, or a hobbyist, this tool offers valuable insights into the workings of AVR microcontrollers. To explore the full article and discover how Avremu can benefit your projects, please visit the following link: [Avremu: An 8-Bit AVR Microcontroller Simulator Written in LaTeX](https://ift.tt/lITnOZL).

🖥️ For developers wanting to inspect radar returns or develop new processing algorithms, SPx Open Access provides a streamlined set of capabilities and supporting tools that simplify access to the data, including MATLAB support. SPx Open Access is a set of software tools and libraries that support reading and decoding of radar video, held as Cambridge Pixel Recording (CPR) files, taken from SPx Server, RadarView or RDR (or other Cambridge Pixel applications with recording function). This supports the development of custom code in C++ or .NET to analyse radar recordings, for example for new algorithm development. Find out more here: 👉 https://lnkd.in/etd8EUy5 #radars #sensorProcessing #radarDevelopment #radarAnalysis #radarTechnology

Excited to share our latest blog post that delves into the nuances of TCP "slow-start" simulation developed in Go. This insightful piece not only explains the fundamental workings of the TCP slow-start algorithm but also provides a practical demonstration through a hands-on simulation. Whether you're a seasoned developer or new to network programming, this post will enhance your understanding of TCP dynamics and its significance in network performance. Explore the details and see the simulation in action by visiting our GitHub repository: https://ift.tt/ugtkICc. Join us in refining our network programming skills and understanding the implications of TCP behavior in real-world scenarios.