[Describe the performance bottleneck here, including specific areas where slowdowns or inefficiencies occur.]
[List the affected performance metrics, such as response time, CPU usage, memory consumption, or throughput.]
[Explain the optimization strategy, detailing the approach to improve performance and any technologies or methods involved.]
• [Identify and list the first actionable optimization task here.]
• [Specify the second actionable optimization task here.]
• [...continue listing all relevant tasks...]
• [Clearly define the first success condition or expected performance improvement.]
• [Specify the second success condition or expected performance improvement.]
• [...continue listing all acceptance criteria...]
The Millennium Falcon's hyperdrive is experiencing severe slowdowns, particularly during high-speed jumps through hyperspace. The primary bottlenecks include sluggish navicomputer calculations, engine power fluctuations, and excessive cooldown times between jumps. Reports indicate that performance degrades significantly under load, especially when evading Imperial pursuit.
• Jump initiation time: Increased from 3.2s to 7.8s (🚨 143% slowdown).
• CPU usage of navicomputer: Spikes to 95%, causing intermittent calculation failures.
• Memory consumption: Overloaded due to excessive redundant star map recalculations.
• Throughput: Reduced maximum consecutive jumps from 5 to 2 before requiring a full system reboot.
To optimize hyperspace travel, the following improvements will be implemented:
• Navicomputer Algorithm Optimization: Refactor route calculations to remove unnecessary iterations and cache common jump paths.
• Engine Power Redistribution: Implement dynamic power adjustments to ensure optimal energy flow during consecutive jumps.
• Memory Management Enhancements: Introduce efficient memory cleanup routines to prevent cache bloat and improve star map lookup times.
• Cooling System Upgrade: Integrate an advanced heat dissipation system to allow more rapid successive jumps without overheating.
• Refactor the navicomputer’s pathfinding algorithm to reduce processing overhead.
• Implement memory cleanup routines to prevent excessive RAM consumption.
• Optimize power flow logic to stabilize energy output during hyperspace jumps.
• Upgrade cooling mechanisms to prevent forced cooldown delays.
• Conduct live flight tests to validate optimizations under real-world conditions.
• Jump initiation time is reduced to ≤3.5s under standard load.
• Navicomputer CPU usage does not exceed 75% during intensive calculations.
• Memory consumption remains stable, with no excessive star map cache growth.
• Consecutive jump capability is restored to at least 5 jumps without overheating.
• The Falcon successfully completes a Kessel Run in less than 12 parsecs (optional stretch goal).