- This week’s work was done on creating the first design notebook and getting back into the gist of things.
- Instruction cache was straigtened out and continually enhanced.
- Immersion in project objectives, focusing on optimizing instruction cache engineering for enhanced performance.
- Establishing clear communication channels and aligning understanding of project goals, emphasizing the importance of instruction cache optimization.
- Brainstorming sessions with lab members to explore innovative approaches and lay the groundwork for efficient collaboration.
- Conducting in-depth research on instruction cache architecture, exploring existing methodologies, and identifying areas for improvement.
- Analyzing performance metrics and benchmarking data to inform decision-making and refine project objectives.
- Collaborative discussions with lab members to evaluate research findings and prioritize strategies for instruction cache optimization.
- Prototyping initial instruction cache optimization concepts and design ideas to validate feasibility and functionality.
- Iterative refinement of prototypes based on feedback from lab members and preliminary testing results.
- Collaborative design sessions to finalize instruction cache architecture and layout, emphasizing efficiency and scalability.
- Setting up comprehensive testing frameworks and environments tailored specifically for instruction cache optimization.
- Collaboratively configuring test cases and scenarios with lab members to ensure thorough coverage of instruction cache performance.
- Integrating automated testing tools and processes to streamline testing procedures and enhance reliability.
- Commencing code implementation for instruction cache optimization, adhering to finalized design and specifications.
- Collaborative coding sessions with lab members to distribute tasks and maintain consistency in engineering practices.
- Regular code reviews and pair programming sessions to uphold code quality standards and foster knowledge sharing.
- Collaboratively exploring novel instruction cache optimization techniques through iterative development cycles.
- Engaging in regular brainstorming sessions with lab members to innovate and refine implementation strategies.
- Collaboratively orchestrating the seamless integration of instruction cache optimization modules into the existing system architecture.
- Implementing rigorous testing protocols with lab members to validate functionality and performance across diverse use cases.
- Conducting collaborative deep dives into performance data with lab members to identify optimization opportunities and refine strategies.
- Co-authoring comprehensive documentation detailing the journey of instruction cache optimization, from inception to implementation.
- Collaboratively crafting captivating presentations that highlight project insights, achievements, and future directions.
- Leveraging GitHub for collaborative development, version control, and issue tracking.
- Iteratively refining instruction cache optimization techniques based on feedback from lab members.
- Restarting the project with renewed focus and energy, incorporating lessons learned from the initial phases.
- Integrating instruction cache optimization modules into the codebase via GitHub, ensuring seamless integration.
- Implementing continuous testing practices using GitHub Actions or similar tools to maintain code quality.
- Conducting thorough testing and validation of instruction cache enhancements, iterating based on test results.
- Final Presentation!
- Helped organize the entire presentation.
- Group L1 cache had over 5 individuals!
- Instruction cache part 2 is being worked on.
- Instruction cache part 2 is being worked on.