Control dependencies are one of the major limitations to increase the performance of pipelined processors. This paper deals with eliminating penalties in pipelined processor. We present our discussion in the light of MIPS pipelined processor architecture. Here we present an improved pipelined processor architecture eliminating branch and jump penalty. In the proposed architecture CPI for branch and jump instruction is less than that of MIPS architecture. We also have shown the design of the required cache memory cell for the improved architecture.Second International Conference on Computer Engineering and Applications (ICCEA), 201
Processors are main part of the calculation and decision making of a system. Today, due to the incre...
The predictable CPU architectures that run hard real-time tasks must be executed with isolation in o...
Dynamic configuration of application-specific implicit instructions has been proposed to better expl...
Control dependencies are one of the major limitations to increase the performance of pipelined proce...
A mechanism to reduce the cost of branches in pipelined processors is described and evaluated. It is...
Pipelined microprocessors allow the simultaneous execution of several machine instructions at a time...
Basic methodology that exploits instruction level parallelism is called pipelining and it is part of...
Pipelining is a major technique used in high performance processors. But a fundamental drawback of p...
In the modern microprocessors that designed with pipeline stages, the performance of these types of ...
This paper formulates and shows how to solve the problem of selecting the cache size and depth of ca...
An architecture for a pipeline processor circuit, preferably of the VLIW type, comprises a plurality...
Pipelining is an implementation techniquewhereby multiple instructions are overlapped inexecution; i...
This paper formulates and shows how to solve the problem of selecting the cache size and depth of ca...
In superpipeline microarchitecture, the instruction execution cycle is divided into many stages. Thi...
Abstract—This paper proposes a technique for dynamic power reduction of pipelined processors. It is ...
Processors are main part of the calculation and decision making of a system. Today, due to the incre...
The predictable CPU architectures that run hard real-time tasks must be executed with isolation in o...
Dynamic configuration of application-specific implicit instructions has been proposed to better expl...
Control dependencies are one of the major limitations to increase the performance of pipelined proce...
A mechanism to reduce the cost of branches in pipelined processors is described and evaluated. It is...
Pipelined microprocessors allow the simultaneous execution of several machine instructions at a time...
Basic methodology that exploits instruction level parallelism is called pipelining and it is part of...
Pipelining is a major technique used in high performance processors. But a fundamental drawback of p...
In the modern microprocessors that designed with pipeline stages, the performance of these types of ...
This paper formulates and shows how to solve the problem of selecting the cache size and depth of ca...
An architecture for a pipeline processor circuit, preferably of the VLIW type, comprises a plurality...
Pipelining is an implementation techniquewhereby multiple instructions are overlapped inexecution; i...
This paper formulates and shows how to solve the problem of selecting the cache size and depth of ca...
In superpipeline microarchitecture, the instruction execution cycle is divided into many stages. Thi...
Abstract—This paper proposes a technique for dynamic power reduction of pipelined processors. It is ...
Processors are main part of the calculation and decision making of a system. Today, due to the incre...
The predictable CPU architectures that run hard real-time tasks must be executed with isolation in o...
Dynamic configuration of application-specific implicit instructions has been proposed to better expl...