A processing system includes a processor and a physical memory ( 500 ) with a single-size memory port ( 505 ) for accessing data in the memory. The processor is arranged to operate on data of at least a first data size and a smaller second data size. The first data size is equal to or smaller than the size of memory port. The processing system including at least one data register ( 514 ) of the first data size connected to the memory port ( 505), and at least one data port ( 525 ) of the second data size connected to the data register ( 525 ) and the processor for enabling access to data elements of the second size
{In a recent issue of Operating System Review, Hayter and McAuley [1991] argue that future high-perf...
A memory system for multicore processors with a large number of processing elements (PE) is presente...
This work aims to investigate the impact of memory access limitations in microcontrollers and microp...
A processing system includes a processor and a physical memory ( 500 ) with a single-size memory por...
As shown in Figure 1.1, a computing system consists of three fundamental units: (i) units of computa...
In this dissertation, I rethink how an OS supports virtual memory. Classical virtual memory is an op...
Seven distinct configurations of shared-memory multiprocessors are defined and parameterized in term...
This paper explores an important behavior of memory access instructions, called access region locali...
Efficient data motion has been key in high performance computing almost since the first electronic c...
One of the critical problems facing designers of high performance processors is the disparity betwee...
The Problem: There is a need for computer systems which can provide large amounts of computing power...
Providing adequate data bandwidth is extremely important for a wide-issue superscalar processor to a...
A major obstacle in designing superscalar p ocessors i the size and port requirement ofthe register ...
A processing system comprises a plurality of processors (12) and communication means (20) arranged t...
Embedded environment imposes severe constraints of system resources on embedded applications. Perfor...
{In a recent issue of Operating System Review, Hayter and McAuley [1991] argue that future high-perf...
A memory system for multicore processors with a large number of processing elements (PE) is presente...
This work aims to investigate the impact of memory access limitations in microcontrollers and microp...
A processing system includes a processor and a physical memory ( 500 ) with a single-size memory por...
As shown in Figure 1.1, a computing system consists of three fundamental units: (i) units of computa...
In this dissertation, I rethink how an OS supports virtual memory. Classical virtual memory is an op...
Seven distinct configurations of shared-memory multiprocessors are defined and parameterized in term...
This paper explores an important behavior of memory access instructions, called access region locali...
Efficient data motion has been key in high performance computing almost since the first electronic c...
One of the critical problems facing designers of high performance processors is the disparity betwee...
The Problem: There is a need for computer systems which can provide large amounts of computing power...
Providing adequate data bandwidth is extremely important for a wide-issue superscalar processor to a...
A major obstacle in designing superscalar p ocessors i the size and port requirement ofthe register ...
A processing system comprises a plurality of processors (12) and communication means (20) arranged t...
Embedded environment imposes severe constraints of system resources on embedded applications. Perfor...
{In a recent issue of Operating System Review, Hayter and McAuley [1991] argue that future high-perf...
A memory system for multicore processors with a large number of processing elements (PE) is presente...
This work aims to investigate the impact of memory access limitations in microcontrollers and microp...