This paper presents the design and implementation of a thread virtual machine, called TNT (or TiNy-Threads) for the IBM Cyclops64 architecture (the latest Cyclops architecture that employs a unique multiprocessor-on-a-chip design with a very large number of hardware thread units and embedded memory) — as the cornerstone of the C64 system software. We highlight how to achieve high efficiency by mapping (and matching) the TNT thread model directly to the Cyclops ISA features assisted by a native TNT thread runtime library. Major results of our experimental study demonstrate good efficiency, scalability and usability of our TNT model/implementation
Abstract. The complexity of an efficient thread management steadily rises with the number of process...
Multi-core processors are becoming omnipresent in all kinds of computing platforms. Applications dev...
The continuing launch of various multi-core processors popularizes parallel computing of gaining hig...
A trend of emerging large-scale multi-core chip design is to employ multithreaded architectures- suc...
The IBM Cyclops-64 (C64) chip employs a multi-threaded architecture that integrates a large number o...
Operating Systems have been considered as a cornerstone of the modern computer system, and the conve...
We are investigating vector-thread architectures which provide competitive performance and efficienc...
Multi-core processors are ubiquitous in all market segments from embedded to high performance comput...
Abstract — This paper describes instruction set extensions for a variant of multi-threading called m...
The vector-thread (VT) architectural paradigm unifies the vector and multithreaded compute models. T...
In this paper we describe the design and implementation of a user-level thread package based on the ...
Several manufacturers have recently announced the first simultaneous-multithreaded processors, both ...
Modern CMPs are designed to exploit both instruction-level parallelism within processors and threadl...
Modern-day graph workloads operate on huge graphs through pointer chasing which leads to high last-l...
Recently, lightweight thread libraries have become a common entity to support concurrent programmin...
Abstract. The complexity of an efficient thread management steadily rises with the number of process...
Multi-core processors are becoming omnipresent in all kinds of computing platforms. Applications dev...
The continuing launch of various multi-core processors popularizes parallel computing of gaining hig...
A trend of emerging large-scale multi-core chip design is to employ multithreaded architectures- suc...
The IBM Cyclops-64 (C64) chip employs a multi-threaded architecture that integrates a large number o...
Operating Systems have been considered as a cornerstone of the modern computer system, and the conve...
We are investigating vector-thread architectures which provide competitive performance and efficienc...
Multi-core processors are ubiquitous in all market segments from embedded to high performance comput...
Abstract — This paper describes instruction set extensions for a variant of multi-threading called m...
The vector-thread (VT) architectural paradigm unifies the vector and multithreaded compute models. T...
In this paper we describe the design and implementation of a user-level thread package based on the ...
Several manufacturers have recently announced the first simultaneous-multithreaded processors, both ...
Modern CMPs are designed to exploit both instruction-level parallelism within processors and threadl...
Modern-day graph workloads operate on huge graphs through pointer chasing which leads to high last-l...
Recently, lightweight thread libraries have become a common entity to support concurrent programmin...
Abstract. The complexity of an efficient thread management steadily rises with the number of process...
Multi-core processors are becoming omnipresent in all kinds of computing platforms. Applications dev...
The continuing launch of various multi-core processors popularizes parallel computing of gaining hig...