PASCAL

Past 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

• 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