Sentence examples for many embedded application from inspiring English sources

However, although conventional approaches relying on homogeneous/heterogeneous chip-multiprocessor aggregates already allow achieving a significant performance level [2], important compromises are necessary in order to cope with the strict energy efficiency requirements present in many embedded application domains (e.g. mobile, battery supplied and hand-held devices) [3].

This high speed performance achieved in this chip expects to have advantages in many embedded applications.

The high speed performance of this chip may highlight the design advantages in many embedded applications.

It remains the high-level language of choice for many embedded applications.

Java is already used for many embedded applications and is clearly of value for high and mid-level control system software.

Even though many embedded applications can be considered "loop-oriented," profiling can still indicate the hottest parts of the program and the related "trip count" information that many loop-oriented code transformations can use.

The 32-bit x86 ISA is the correct choice for many embedded applications; however, one may consider moving to Intel® 64 for several reasons such as need access to greater than 232 bytes of memory, primary computation is 64-bits in size, and embedded application is dependent on many GPRs for high performance.

Efficient and reliable interaction with the environment (reactivity) is a key feature for many embedded system applications.

On the other hand, commercial microcontrollers run at relatively slower speed, and many embedded system applications need random access of pixel values.

On the other hand, commercial microcontrollers run at slower speed compared to the high data-rate of the image sensors and many embedded system applications need random access of pixel values.

It is an important software component in many embedded system applications since it drives the exploitation of the hardware platform by offering a wide variety of services: task management, scheduling, inter-process communication (IPC), timer services, I/O operations and memory management.