This article takes a closer look at three new developments, and gives readers a sense of how they could be useful to the future of the #RISC-V design process. Check it out! ⬇️ https://bit.ly/4eGgK9Y
All About Circuits’ Post
More Relevant Posts
-
Engineers, a friendly reminder: simplicity triumphs over complexity! 🛠️ Avoid overcomplicating solutions for simple problems just to align with modern design patterns. Let's keep it straightforward and effective. #engineering #SimplicityOverComplexity #softwaredevelopment #solutiondesign #softwarearchitecture
To view or add a comment, sign in
-
A great system design results from the changes made during the system evolution rather than the initial design. #systemdesign #softwareengineering
To view or add a comment, sign in
-
-
The successful development of a product requires seamless collaboration among its components, with each team member recognizing their interdependence. Despite working on code and building independently, they must understand that their efforts aims at a unified goal which is to create a cohesive solution to problems of the users or organization . Therefore, collaboration is paramount and should never be undervalued.
I don't want to hear it😌😆😂 #softwaredevelopment #softwareengineering #design
To view or add a comment, sign in
-
5 Steps in Modern Designing System - Determine System Requirements and Constraints - Identify Shortcomings in Initial Design - Recognize Components - Generate Design - Discuss Trade-offs and Improve Interactively
How Modern System Design Powers Today's Tech Giants - Tzed Tech
tzedtech.com
To view or add a comment, sign in
-
ML Engineer @Martian | Research Assistant @NTNU | GSoC 2024@CERN | Open Source Maintainer @collabnix @docker | Winner @SIH @YamahaExplore
IRCTC System design is so much underrated which is literally handling millions of requests a day
To view or add a comment, sign in
-
Prompt engineering allows you to accurately pass instructions to the model on how to behave which is essential to how perfectly it executes its tasks. It's good practice to spend a few minutes crafting an excellent prompt tailored to your use case. https://lnkd.in/gvv3jqgB
To view or add a comment, sign in
-
-
🚀 5 Reasons Why You Should Consider an Event-Driven Architecture 🚀 I'm (unsurprisingly) a huge fan of EDAs, but they're hard to get right. Here are the top benefits of building an event-driven system: Loose Coupling: Promotes independent component design. You'll focus on interfaces, and produce components that scale independently of one another Traceability: With traditional application design, you rely on logging and end state at failure to debug an application. With event-driven systems, you can trace HOW you got to the failing state Isolated Failures: You will minimize system-wide disruptions by containing failures in individual components. Asynchronicity: Since all a component has to worry about is publishing an event, it becomes much easier to parallelize and distribute operations. A component publishes an event and is now free to go about its business without having to wait for a response. Replayability: My favorite. By replaying events, you can recreate, rebuild, backfill, and simulate system states. If you're already event-driven, great! Comment with your thoughts & challenges. If not, there is no shortage of resources to get started. With the multiplication of specialized platforms that depend on the exchange of events to communicate, the future is event-driven!
To view or add a comment, sign in
-
Engineer Innovative Products 🚀 Architect Entrepreneurial Solutions | Copywriter | For Visionary Entrepreneurs , who aspire to Build the most exceptional product right now!
An element “good enough” in a small system is unlikely to be good enough in a more complex one.* [Systems Engineering Heuristic #1 ] We all do design at some stage of our life, as if it is integral part of our lives. Design is not restricted to making product or systems but we do design entities through out our lives. Entity can be an object, process or both. we make systems and its dynamics by combining these two object and processes. and it is as if it is a Universal language. we create plans for future, we schedule our trips, we devise plan for making money. it is in one way or the other a derivative of design. But one crucial mistake that we often make is we when design a philosophy or a process. Saves its internal working in our memory. ultimately, when we build a new system we use the elements of the previous structure in the new one once again. This is Hazardous as, it is not or never guaranteed that the structure used previously will generate the same results. But we as humans, cannot let go of our habit of using structures and entities back again into our new models. This specially becomes important when you are building something new and more complex with the same elements that you have used earlier. There is no guarantee that these old structures when incorporated into the new environment, interacting with new entities will produce the same result and dynamics as it did earlier.
To view or add a comment, sign in