Devices microprocessors, microcontrollers, and Field Programmable Gate Arrays (FPGA) play the core rule at IoT edge level it should be right provisioned. For proper controller performance, control algorithms implemented near actuator eliminating delay effects. In domain, this means to implement mentioned algorithm prior data transmitting. The efficient IoT-enabled motion can obtained by conside...

In this paper, an introductory description of modern microprocessors is given. The goal is to cover the many different aspects of computer architecture without getting weighted down with details. Many of the current trends in design are discussed, along with the differences between several Intel, AMD, and Sun microprocessors. A brief introduction of many broad ideas in architecture accompany to...

The property of Positive Equality [2] dramatically speeds up validity checking of formulas in the logic of Equality with Uninterpreted Functions and Memories (EUFM) [4]. The logic expresses correctness of high-level microprocessors. We present EVC (Equality Validity Checker)—a tool that exploits Positive Equality and other optimizations when translating a formula in EUFM to a propositional form...

Modern microprocessors offer more instruction-level parallelism than most programs and compilers can currently exploit. The resulting disparity between a machine’s peak and actual performance, while frustrating for computer architects and chip manufacturers, opens the exciting possibility of low-cost or even no-cost instrumentation for measurement, simulation, or emulation. Instrumentation code...

AES (Advanced Encryption Standard) is state of the art symmetric cipher. This study illustrates a new approach to low cost and efficient implementation of AES cipher on 8 bit microprocessors. This crypto processor implementation is recommended for low speed applications where cost, availability and ease of developing and manufacturing comes in. Most efficient possible implementation of Galois f...