Sökning: "Design tradeoffs"
Visar resultat 11 - 15 av 31 avhandlingar innehållade orden Design tradeoffs.
11. Power aware design of COTS-based embedded Internet systems
Sammanfattning : An embedded system is a small autonomous computer system that is encapsulated in the device it is controlling. Examples of device with embedded systems are TVs, microwaves, and dishwashers. A modern car can hold as much as 60 microprocessors. Embedded systems sales are rapidly increasing. LÄS MER
12. Techniques to Cancel Execution Early to Improve Processor Efficiency
Sammanfattning : The evolution of computer systems to continuously improve execution efficiency has traditionally embraced various approaches across microprocessor generations. Unfortunately, contemporary processors still suffer from several inefficiencies although they offer an unprecedented level of computing capabilities. LÄS MER
13. The Design and Application of a Simplified Guaranteed Service for the Internet
Sammanfattning : Much effort today in the Internet research community isaimed at providing network services for applications that werenot under consideration when the Internet was originallydesigned. Nowadays the network has to support real-timecommunication services that allow clients to transportinformation with expectations on network performance in termsof loss rate, maximum end-to-end delay, and maximum delayjitter. LÄS MER
14. Towards Large-Capacity and Cost-Effective Main Memories
Sammanfattning : Large, multi-terabyte main memories per processor socket are instrumental to address the continuously growing performance demands of domains like high-performance computing, databases, and big data. It is an important objective to design large-capacity main memories in a way that maximizes their cost-effectiveness and at the same time minimizes performance losses caused by cost-effective tradeoffs. LÄS MER
15. Systems Modeling and Modularity Assessment for Embedded Computer Control Applications
Sammanfattning : AbstractThe development of embedded computer control systems(ECS) requires a synergetic integration of heterogeneoustechnologies and multiple engineering disciplines. Withincreasing amount of functionalities and expectations for highproduct qualities, short time-to-market, and low cost, thesuccess of complexity control and built-in flexibility turn outto be one of the major competitive edges for many ECS products. LÄS MER