Sentence examples for chip resources from inspiring English sources

Synthesis of FPGA circuits and summary of chip resources usages are based on the Quartus II from Altera software.

When comparing a JOP CMP system against the complex Java processor picoJava, a dual core version of JOP is about 5% slower than a single picoJava core, but consumes only 22% of the chip resources.

With the aim to illustrate the functionality, configuration capabilities, and "trade-offs" relating to occupation of the chip resources and achieved throughputs of synthesized folded architecture, we present results of FPGA prototyping.

This chapter discusses some methods used to optimize the usage of read only memory (ROM) and other chip resources while designing the Cypress Programmable System-on-Chip (PSoC) microcontrollers.

The key aspects of the design are asynchrony, i.e. the ability to tolerate irregular long latencies on chip, a scale-invariant programming model, a distributed chip resource model, and the transparent performance scaling of a single program binary code across multiple cluster sizes.

The volunteers had undergone 2 days of training to develop group facilitation skills and then been equipped with the comprehensive CHIP resource package that included: a curriculum guide for programme delivery, 16 prerecorded educational lectures presented by qualified experts, a cookbook and participant textbook and journal.

To utilize the on-chip resources in an efficient manner, computer architects need to consider new design paradigms that effectively leverage the advantages of modern semiconductor technology.

The exact level of defect densities is unknown, but it is assumed that 1 15% on-chip resources will be defective.

In the many-core systems, network-on-chip (NoC) serves as an efficient and scalable architecture to connect numerous on-chip resources, whereas it encounters the crisis of the increasing leakage power as technology is continually scaling down.

A task-resource co-optimization framework is proposed which configures the on-chip communication infrastructure and maps the applications simultaneously and coherently, aiming to minimize the peak energy under the constraints of computation power, communication capacity, and total cost budget of on-chip resources.

The main focus of the paper is to describe and evaluate the mechanisms designed to distribute and manage data transfers so as to implement an efficient interconnection of the integrated cores and control access to available (either on-chip or off-chip) resources for the implementation of a number of embedded systems and applications.