PASCAL
PASCAL Projects
Processor-in-Memory Architectures for Enhanced Security
Power Efficient Scheduling in Hard Real-Time Systems on Multiprocessor Platforms
Speculative Execution Model for GPGPU
Power Efficient Cache Design
New Many-Core design with Message Passing: Intel SCC
Related Projects
The Sisal Home Page
The Sisal Language Project
Past PASCAL Projects
An Evaluation of High Performance Functional Programming
Flow-Sensitive Alias Analysis in JAVA for High-Performance Computing
Network-Based Parallel Computing
Compile time array partitioning techniques
Simultaneous Multithreading (SMT)
Dynamic Threading Scheduling for SMT
Parallel On-chip Simultaneous Multithreading (POSM)
Low Power High Performance Processors
Hierarchical Decoupled Instruction Stream Computer (HiDISC)
Speculative Pre-Execution Assisted by Compiler (SPEAR)
Efficient PIM Architectures for Data-Intensive Applications
Tolerating Faults in Modern Processors
Interference-immunized Cache Design
SMT for Network Processors
DNA Automaton for Cancer Detection and Elimination of Cancer Cells
An Integrated Software Framework for Tumor Growth Simulations at Different Levels
Latency reduction and tolerance in Multithreaded multiprocessors
Nomadic Threads
I-Structure Software Cache
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