In a computer system, the fastest storage component is the CPU cache, followed by the system memory. I/O to disk is thousands of times slower than an access to memory. This fact is the key for why you try to make effective use of memory whenever possible and defer I/Os whenever you can. The majority of the user response time is actually spent waiting for a disk I/O to occur. By making good use of caches in memory and reducing I/O overhead, you can optimize performance. The goal is to retrieve data from memory whenever you can and to use the CPU for other activities whenever you have to wait for I/Os. This paper examines ways to optimize the performance of the system by taking advantage of caching and effective use of the system's CPUs
This paper presents a novel disk storage architecture called DCD, Disk Caching Disk, for the purpose...
As more and more query processing work can be done in main memory, memory access is becoming a signi...
In parallel I/O systems the I/O buffer can be used to improve I/O parallelism by improving I/O laten...
In a computer system, the fastest storage component is the CPU cache, followed by the system memory....
The area of parallel and distributed computing has grown very fast in the past few decades with the ...
This paper presents two mechanisms that can significantly improve the I/O performance of both hard a...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
Today, IT professionals are challenged with the task of ongoing improvements to achieve goals of bus...
Abstract. One of the most effective ways to improve the I/O perfor-mance of a storage system is to e...
Recent high-performance processors employ sophisticated techniques to overlap and simultaneously exe...
In recent innovation particularly in the modern fields, the PCs are taken advantage of as controllin...
As the speed of microprocessors increases according to Moore's law, access speeds of the main memory...
Many important business applications use complex database management systems (DBMS). These DBMS have...
More and more parallel applications are running in a distributed environment to take advantage of ea...
Because of the slow access time of disk storage, storage management is crucial to the performance of...
This paper presents a novel disk storage architecture called DCD, Disk Caching Disk, for the purpose...
As more and more query processing work can be done in main memory, memory access is becoming a signi...
In parallel I/O systems the I/O buffer can be used to improve I/O parallelism by improving I/O laten...
In a computer system, the fastest storage component is the CPU cache, followed by the system memory....
The area of parallel and distributed computing has grown very fast in the past few decades with the ...
This paper presents two mechanisms that can significantly improve the I/O performance of both hard a...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
Today, IT professionals are challenged with the task of ongoing improvements to achieve goals of bus...
Abstract. One of the most effective ways to improve the I/O perfor-mance of a storage system is to e...
Recent high-performance processors employ sophisticated techniques to overlap and simultaneously exe...
In recent innovation particularly in the modern fields, the PCs are taken advantage of as controllin...
As the speed of microprocessors increases according to Moore's law, access speeds of the main memory...
Many important business applications use complex database management systems (DBMS). These DBMS have...
More and more parallel applications are running in a distributed environment to take advantage of ea...
Because of the slow access time of disk storage, storage management is crucial to the performance of...
This paper presents a novel disk storage architecture called DCD, Disk Caching Disk, for the purpose...
As more and more query processing work can be done in main memory, memory access is becoming a signi...
In parallel I/O systems the I/O buffer can be used to improve I/O parallelism by improving I/O laten...