Sentence examples for many embedded computing from inspiring English sources

Many embedded computing systems are based on standards.

Many embedded computing systems require more than one central processing unit (CPU).

Many embedded computing systems are high-performance computing systems that must be carefully designed so that they meet stringent requirements.

The emergence of ubiquitous computing is perceived as the third wave in the evolution of computer technology [ref], because it signifies a move from large mainframes to ubiquitous computers in parallel with a move from a many users using one computer to many (embedded) computers being owned or used by one user.

He is a co-author of the article "Embedded Computation Meets the World-Wide Web," which appears in a special section on embedded computing and the Internet in the May issue of Communications of the Association for Computing Machinery.

When considering the highest computational performance of the heterogeneous embedded computing platforms, the highest cost efficiency of the Jetson TX1 heterogeneous embedded computing platform was expressed as 88.98/600= 0.148 GFLOPS/dollar or 58.82/600= 0.098 fps/dollar.

This chapter provides an overview of the main concepts and representative computer architectures for high-performance embedded computing systems.

Such embedded computing units are called PEIDs (product embedded information devices).

Computer processing units (CPUs) are at the heart of embedded computing.

Furthermore, the computation energy efficiency and platform cost efficiency of the heterogeneous embedded computing platforms demonstrated that the heterogeneous embedded computing platforms had relatively good implementation efficiency.

The experimental heterogeneous embedded computing platforms used in our experiments were Jetson TX1 and TK1 evaluation embedded platforms from Nvidia Corporation.