Protection Structures in Multithreaded Systems

Multithreaded Systems

ion. In either case, a miss on the local memory requires a request to be issued to the remote memory, and a reply to be sent back to the requesting processor. Stalls due to the round-trip communication latency are and will continue to be an aggravating factor that limits the performance of scalable DSM systems. Memory latency, while growing, is not a new phenomenon. There have been varied effor...

Optimization of Cathodic Protection on Offshore Structures

Marine structures are one of the most important and susceptible facilities in Iran due to corrosion. The two methods of Cathodic Protection, namely, the cathodic protection with sacrificial anodes and cathodic protection using impressed current, are widely used for corrosion protection. According to the former, sacrificial anodes are installed at several points in the structure. Position of the...

Optimization of Cathodic Protection on Offshore Structures

Marine structures are one of the most important and susceptible facilities in Iran due to corrosion. The two methods of Cathodic Protection, namely, the cathodic protection with sacrificial anodes and cathodic protection using impressed current, are widely used for corrosion protection. According to the former, sacrificial anodes are installed at several points in the structure. Position of the...

Performance Balancing in Multithreaded Multiprocessor Systems

Fine–grained multithreading is an architectural approach for tolerating long, unpredictable communication latency and synchronization delays in multiprocessors systems. Instead of waiting for the result of a long–latency operation, the processor performs context switching, i.e., it suspends the current thread and switches to another ‘ready’ thread if such a thread is available. The performance ...

Efficient Communications in Multithreaded Runtime Systems