The creation of new generations autonomous robotic complexes, recognition systems and vision in general is impossible without the use modern computer technologies. This article presents models robot system based on Elbrus microprocessors. Models detection, classification segmentation tasks were developed. are number arithmetic operations required to perform a forward pass. take into account suc...

This paper presents an approach for integrating fault-tolerance techniques into microprocessors by exploiting sub-word parallelism. Smaller transistors, higher clock frequency, and lower power supply voltage reduce reliability of microprocessors. In addition, they are used in systems which require high dependability, such as e-commerce businesses. Based on the trends, it is expected that the qu...

We live in an era of computers. From the smallest embedded system to the complex servers that take care of the world economy, we need microprocessors to run them. As time passed by, applications needed more processing power and this lead to an explosive era of research on the architecture of microprocessors. As part of our project we are going to present a technical & comparative study of these...

A microprocessor clock generator based upon an analog phase-locked loop (PLL) is described for deskewing the internal logic control clock to an external system clock. This PLL is fully integrated onto a 1.2-million-transistor microprocessor in 0 . 8 p CMOS technology without the need for external components. It operates with a lock range from 5 up to 110 MHz. The clock skew is less than 0.1 ns,...

Embedded security devices like ‘Trusted Platforms’ require both scalability (of power, performance and area) and flexibility (of software and countermeasures). This thesis illustrates how data parallel techniques can be used to implement scalable architectures for cryptography. Vector processing is used to provide high performance, power efficient and scalable processors. A programmable vector ...