#1
12th July 2016, 05:51 PM
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IISC High Performance Computing
Can you provide me the Current Research projects going on in Lab for High Performance Computing by IISC?
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#2
13th July 2016, 08:35 AM
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Re: IISC High Performance Computing
The Current Research projects going on in Lab for High Performance Computing by IISC are as follows: Research at the Lab Heterogeneous Accelerator-based Architectures • Programming models for heterogeneous architectures • Stream Compilers for GPUs Design Issues in Network Processors • Performance modeling and evaluation • Memory design for network processors • Design space exploration for network processors Memory space exploration for embedded processors • Optimal Code and data layout • Memory architecture exploration High Performance Computing • Cluster Computing, Cluster-based Server Architectures • Efficient Network Architecture for High Performance Computing Compilers for Embedded processors • Code size reduction using simple offset assignment • Power reduction in partitioned memory architecture ILP Compilation Techniques • Minimum register instruction sequencing • Nested loop software pipelining Past Research Instruction-Level Parallelism (ILP) Compilation Techniques • Instruction Scheduling and Register Allocation in Out-of-Order Issue Processors • Efficient Resource Usage Modeling for Instruction Scheduling and Software Pipelining • Framework for ILP Compilation • Software Pipelining • Register-Sensitive Software Pipelining • Enhanced Coscheduling Method Compilation Techniques for Exploiting Architectural Features • A Vectorizing Compiler for MMX Instruction Set • Compiler Support in the Presence of Value Speculation • Reconfigurable encoding for Power and Code Size Reduction in Application-Specific Processors Software Distributed Shared Memory • Performance Evaluation of Techniques for Avoiding False sharing • Compiler Assisted Software Distributed Shared Memory • Cache Performance Study in Software Distributed Shared Memory • Application Program Characterization in Distributed Shared Memory • User-Level Implementation of Distributed Shared Memory • OpenMP on cluster of SMPs Java ILP • Direct execution for Java bytecode • Adaptive Recompilation Techniques for JIT Compilers Web caches • Replacement policies for Web Caches • Prefetching schemes for Web Caches • Cluster-based Web Servers for Digital Libraries |