SAPSOL Technologies Inc. : Systems and Process Solutions for your Enterprise’s Post

#nightOwl #coding😴😴😴😴😴😴 Search a 2D Matrix Question : https://lnkd.in/eMrF3U2w The question gives you hands-on knowledge on 2D arrays.

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One of my loves is sharing my knowledge and experience, a few weeks ago, I raised a question about running some free and confidential code reviews, judging from the response I think people liked the idea. This got me thinking that it could be a little time consuming, so I reached out to Blue Pearl Software, who generously agreed to sponsor my time to perform these reviews. This is great as part of my original plan was to run the code through VVS against the Adiuvo coding standard as part of the review.   If you're interested in having your code reviewed, please send it over from your corporate or academic email address to code_review@adiuvoengineering.com I am happy to sign NDAs and as I said all results are confidential. Keep in mind, availability is limited, and it'll be a first-come, first-served basis, but I will get back to everyone who submits even if I am unable to review.   Looking forward to your submissions and to the exciting discussions that will follow. #fpga #codereview #embeddedsystems #electronics #engineering

Crunching number is a difficult task. This equivalents to exactly 1 arithmetic operation per logit node. Atomic page operation solves the problem but can degrade performance if not managed correctly.

Scientific Computing Infrastructure: Join our team! The cost of scientific computing matters to you. You would never compromise data security, but you know that there is a world of computing resources beyond your in-house LINUX cluster. As a Scientific Software Developer, you push the limits of scientific computing by navigating through company networks and clouds to make calculations run on the most cost-effective hardware. Avant-garde Materials Simulation is spearheading the scientific field of organic crystal structure prediction. Our success hinges on a unique combination of industry focus, moral integrity, technical excellence and academic curiosity. https://swll.to/Apply-now #CrystalStructurePrediction #SoftwareDeveloper

🚀 Project Showcase: 2-Stage Pipelined 8-Bit Processor Design 🚀 I'm excited to share my recent project from my Computer Organization and Architecture course! 🎉 Problem Statement: Design and simulate a 2-stage pipelined 8-bit processor that executes a 2-address format code snippet using Register Addressing mode. Project Highlights: 🔹 Pipelining: Implemented a 2-stage pipeline to enhance the processor's efficiency. 🔹 8-Bit Processor: Designed a processor that handles 8-bit data operations. 🔹 2-Address Format: Executed instructions in a 2-address format for streamlined data handling. 🔹 Register Addressing Mode: Utilized register addressing for faster data access and execution. Simulation & Results: Achieved improved instruction throughput with the 2-stage pipeline. Successfully demonstrated the execution of code snippets with precise timing and control. This project has been a fantastic journey in understanding processor design and the intricacies of pipeline architecture. It has significantly deepened my knowledge of computer organization and the practical aspects of implementing theoretical concepts. A huge thanks to my professors and peers for their support and guidance throughout this project! 🙌 #COA #ProcessorDesign #Pipelining #ComputerArchitecture #Engineering #Simulation #ProjectShowcase

More insite of previous post for point 3 and 5 ### Step 4: RAID Analysis in 3D STA RAID analysis is crucial for ensuring accurate timing signoff across multiple dies in a 3D IC design. Here's how it's typically performed: 1. **Data Preparation**: Collect all relevant data, including the design netlist, timing constraints, and library files for each die. 2. **Timing Model Generation**: Create a comprehensive timing model that accounts for inter-die variations and interactions. 3. **Path Analysis**: Identify critical timing paths that span across dies and analyze their timing characteristics. 4. **Timing Closure**: Adjust the design to meet timing requirements, which may involve optimizing the placement and routing of inter-die connections. 5. **Verification**: Use simulation tools to verify that the timing adjustments have not introduced new issues and that the design meets all timing constraints. ### Step 5: Timing Signoff in 3D STA Timing signoff is the final step to ensure that the design will operate correctly at the desired speed. Here's the process: 1. **Setup and Hold Checks**: Perform comprehensive setup and hold checks for all timing paths, including those that cross dies. 2. **Clock Domain Analysis**: Analyze clock domains and ensure that clock skew and jitter are within acceptable limits. 3. **Power Analysis**: Assess the impact of power supply variations on timing and make necessary adjustments. 4. **Final Verification**: Run a final set of simulations to confirm that all timing constraints are met. 5. **Documentation**: Generate reports and documentation detailing the timing analysis and signoff process. These steps are part of a complex and iterative process that requires specialized software tools and expertise in 3D IC design and STA. It's important to note that the specific steps and tools used can vary depending on the design requirements and the technology used. For a more detailed, step-by-step guide, consulting the documentation of the specific STA tools and methodologies you're using is recommended.

Test Your Knowledge! 💭 🤔 Quiz Time! 📝 Question: What is the purpose of the logic data type in System Verilog ? A) Represents digital signals with four states : 0,1,Z,X. B) Represents floating-point numbers with four states. C) Represents digital signals with two states : 0,1. D) Represents digital signals with two states : 0,1 and can store numeric values. Comment your answer below and let's see how well you know your techniques!

Ever wondered, why most software engineers always use "i" in for loop? Here is the answer 👇 Do you guys know, in vector algebra there are three unit vectors (i cap, j cap, k cap). i cap represents the x-axis j cap represents the y-axis k cap represents the z-axis So, think about a linear 1D Array's element are on x-axis, we can access these elements from an array by passing its x-coordinates like this: array[i]. if we have a 2D Array, then we can use j along with i because j represents j cap which is y-axis (rows in 2D array), and we can get any element in 2D array like this: array[j][i] I've observed this when I was solving a 2D array DSA problem, What was the problem? I'll let you know in the next post so stay tuned.

🌟 Gratitude Post 🌟 I had the pleasure of attending a fantastic webinar on Timing Constraints today by Puneet Mittal Sir. He made complex topics easy to grasp through relatable, day-to-day examples and patiently resolved numerous queries. 🙌 The knowledge I gained on key concepts such as I2R, O2R, and R2R constraints, clock constraints, fixing timing violations during RTL design and Synthesis, timing budgets, skew, uncertainty, jitter, and more will be invaluable as I continue to delve deeper into Static Timing Analysis. Thank you, Puneet Sir, for the clear and insightful session! Looking forward to learning more from you. 😊 #TimingConstraints #StaticTimingAnalysis #LearningJourney #ProfessionalDevelopment #RTLDesign #Synthesis #Webinar