Boot Acceleration Table for Adaptive System Boot
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Solution Overview
Problem
Conventional computing systems experience significant latency during the boot process due to redundant requests and retrievals, which are not optimized for changes in hardware or system configurations over time.
Innovation Solution
A system and method that record read and write transactions during boot-up and shutdown processes, storing this data in a dynamic boot acceleration table to pre-fetch relevant information into a cache, thereby reducing the need for redundant retrievals and adapting to changes in system configurations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of time
If the system makes requests and retrieves information during the boot process, then the operating system can be loaded, but the boot time increases due to redundant requests and retrievals
Solution Approach 1:
The system performs preliminary actions by recording read transactions during the boot process and write transactions during shutdown in a boot acceleration table. Before the next boot, these recorded transactions are used to pre-fetch data into a cache, so that when the boot process starts, the information is already available, eliminating redundant retrieval operations and reducing boot time
Solution Approach 2:
The system creates a copy of frequently accessed boot data and stores it in a cache. Instead of retrieving the same information repeatedly from slow storage media during each boot, the system uses the cached copy which provides faster access, thereby improving information retrieval efficiency while reducing boot time
2Loss of time
If the system optimizes for redundant requests, then boot time is reduced, but the system cannot adapt to changes in hardware or system configurations
Solution Approach 1:
The system implements feedback by monitoring and recording actual read transactions that occur during boot and write transactions during shutdown. This feedback loop allows the boot acceleration table to be dynamically updated with the most current and relevant transaction data, ensuring that the system adapts to hardware or configuration changes while maintaining optimized boot performance
Solution Approach 2:
The boot acceleration table is designed to be dynamic rather than static. It automatically updates by recording new transactions and can adapt its contents based on changing system conditions, hardware configurations, or boot patterns. This dynamic nature allows the system to maintain optimization benefits while remaining adaptable to changes
Data Source
AI summary
An acceleration mechanism for boot-up processing in a computing system is provided. The acceleration mechanism relies on recording most, if not all, of the read transactions, associated with requests and retrievals made during a boot-up and, in some aspects most, if not all, of the write transactions, associated with requests and stores made during a shutdown process. Prior to executing the boot-up process, data associated with the transactions is pre-fetched based on the recorded information and used to make the requests or information retrievals during the ensuing boot-up process. Additionally, since the mechanism of the present innovation provides for continual recording and the transaction data, the acceleration of the boot-up process can be adaptive even if hardware additions/changes or any other changes that affect the boot-up or shutdown process occur.