In a machine that follows the dynamically trace scheduled VLIW (DTSVLIW) architecture, VLIW instructions are built dynamically through a scheduling algorithm that can be implemented in hardware. These VLIW instructions are cached so that the machine can spend most of its time executing VLIW instructions without sacrificing any binary compatibility. This paper evaluates the effectiveness of the ...

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In a machine that follows the dynamically trace scheduled VLIW (DTSVLIW) architecture, VLIW instructions are built dynamically through an algorithm that can be implemented in hardware. These VLIW instructions are cached so that the machine can spend most of its time executing VLIW instructions without sacrificing any binary compatibility. This paper evaluates the effectiveness of the DTSVLIW in...

the increasing diversity in packet-processing applications together with the rapid increase in channel bandwidth has brought about greater complexity in communication protocols. also influenced by these factors is the computational load for packet-processing engines, demanding high performance microprocessor designs as an indispensable solution. this paper reports on extensive simulation experi...

This paper presents a new architecture model, named Weld, for VLIW processors. Weld integrates multithreading support into a VLIW processor to hide run-time latency effects that cannot be determined by the compiler. It does this through a novel hardware technique called operation welding that merges operations from different threads to utilize the hardware resources more efficiently. Hardware c...

FPGA implementation of 64-bit execute unit for VLIW processor, and improve power representation have been done in this paper. VHDL is used to modelled this architecture. VLIW stands for Very Long Instruction Word. This Processor Architecture is based on parallel processing in which more than one instruction is executed in parallel. This architecture is used to increase the instruction throughpu...

Abstract This paper presents an instruction mapping technique for generating a low-level assembly code digital signal processing algorithms. helps developers to implement retargetable kernel functions with the performance benefits of languages. The approach is aimed at exceptionally long word (VLIW) architectures, which most from proposed method. Mapped algorithms are described by signal-flow g...

Very long instruction word(VLIW-) based processors have become widely adopted as a basic building block in modern Systemon-Chip designs. Advances in clustered VLIW architectures have extended the scalability of the VLIW architecture paradigm to a large number of functional units and very-wide-issue widths. A central challenge with wide-issue clustered VLIW architecture is the availability of pr...

This paper presents a new architecture organisation, the dynamically trace scheduled VLIW (DTSVLIW), that can be used to implement machines that execute the code of current RISC or CISC instruction set architectures in a VLIW fashion, with backward code compatibility.