No grāmatas satura
1.3. rezultāts no 56.
115. lappuse
Corresponding to each of the above issues , we propose a set of solutions in the form of a scheduling method called Quasi - Dynamic Scheduling ( QDS ) , which incorporates the respective solutions as briefly described in the following .
Corresponding to each of the above issues , we propose a set of solutions in the form of a scheduling method called Quasi - Dynamic Scheduling ( QDS ) , which incorporates the respective solutions as briefly described in the following .
199. lappuse
EXPREIMENTS To investigate the accuracy of the proposed static estimation method over a wide variety of working conditions , we first perform the experiments on a single bus varying the number of processors , bus request rates ...
EXPREIMENTS To investigate the accuracy of the proposed static estimation method over a wide variety of working conditions , we first perform the experiments on a single bus varying the number of processors , bus request rates ...
214. lappuse
Our second tech- nique exploits the observation that , for many objects , their lifetime is contained within the lifetime of a particular methods execution . We refer to such objects as " method local objects " .
Our second tech- nique exploits the observation that , for many objects , their lifetime is contained within the lifetime of a particular methods execution . We refer to such objects as " method local objects " .
Lietotāju komentāri - Rakstīt atsauksmi
Ierastajās vietās neesam atraduši nevienu atsauksmi.
Saturs
An Efficient Retargetable Framework for InstructionSet Simulation | 13 |
Extending the SystemC Synthesis Subset by ObjectOriented Features | 25 |
Hardware Support for Realtime Operating Systems | 45 |
Autortiesības | |
19 citas sadaļas nav parādītas.
Citi izdevumi - Skatīt visu
Bieži izmantoti vārdi un frāzes
abstraction algorithm analysis application approach architecture behavior block cache cache line called channel chip clock communication compared complexity components computation consider copies core cost cycle decoder defined delay dependent described developed device distributed dynamic embedded systems encoder energy error estimation event example execution exploration Figure flow function given graph hardware implementation improvement increase input instruction iteration logic loop machine mapping memory method methodology minimization multiple node object operation optimization output packet parallel partitioning performance possible presented priority problem processing processor proposed protocol real-time receiver reduce refinement represent request RTOS scheduling selected shown shows signal simulation single solution space specification static step synchronization synthesis Table task technique tion tool unit University virtual wires