Sentence examples for multiple heterogeneous architectures from inspiring English sources
Network Virtualization (NV) allows multiple heterogeneous architectures to simultaneously coexist in a shared infrastructure.
The proposed reduction method was successfully applied to multiple heterogeneous 3D architectures.
Simulation results in multiple heterogeneous 3D architectures demonstrate that our approach in generally can result in a 49.96% improvement in average delay, a 62.28% decrease in the reflection coefficient, and the optimization for delay can be more effective for higher non-uniform inter-plane interconnects.
We motivate for the need of domain-specific languages (DSLs) and productivity tools to deal with code maintenance complexity when targeting multiple and heterogeneous architectures.
Network virtualization is a technology of running multiple heterogeneous network architecture on a shared substrate network.
This possibly enables the use of Virtual Bus by distributed applications which demands synchronization and explore multiple compute units of heterogeneous architectures.
Recent embedded processor architectures containing multiple heterogeneous cores and non-coherent caches renewed attention to the use of Software Transactional Memory (STM) as a building block for developing parallel applications.
More specifically, we present an architecture for multiple heterogeneous wireless networks, decision making process for resource request and allocation, a simulation model to study composite QoS, and several interesting results.
This technique enables the creation of multiple virtual platforms over a single physical infrastructure, allowing heterogeneous architectures to run on the same hardware.
Moreover, unlike the network virtualization environment where multiple heterogeneous networks can be shared by different service providers, MGON relies on a flat virtualized network architecture with a traditional ISP business model.
These technologies open new opportunities for the memory system architecture that serves as the primary means for data storage and data sharing between multiple heterogeneous cores.
