In the work discusses computational capabilities of the microcontroller STM23F429ZIT6. It is installed on the board STM32F429I-DISCO. The microcontroller has a 2 MB Flash memory, 256 Kbytes of RAM and runs at a frequency of 180 MHz. The board STM32F429I-DISCO installed SDRAM memory of 64 Mbps. In the paper compared the time of calculation of matrix multiplication for the microcontroller and the PC with a processor AMD Phenom II X6 1090T(3,2GHz). It uses one core. Entering initial data performed with the touch panel display. The keyboard is programmatically created and displayed at the bottom of the display
Matrix multiplication is an operation that produces a matrix from two matrices and its applications...
ABSTRACT: High performance microprocessor design using Q-Dot technology addresses the key design iss...
Matrix operations, like matrix multiplication, are commonly used in almost all areas of scientific r...
International audienceThis paper proposes a micro-kernel to efficiently compute 4x4 8-bit matrix mul...
This paper examines how to write code to gain high performance on modern computers as well as the im...
To solve the computational complexity and time-consuming problem of large matrix multiplication, thi...
The work is concerned with the power increase methods of the microprocessors. The aim of the work is...
ABSTRACT: In this paper, we have proposed one designs for matrix-matrix multiplication. The one desi...
We consider the efficient implementation of matrix computations in interpreted Basic on a microcompu...
The matrix multiplication is a computationally intensive problem and a prerequisite in various image...
Matrix multiplication is at the core of high-performance numerical computation. Software methods of ...
International audienceIn order to implement a complete Fast Multipole Method on the Cell processor, ...
The article describes the matrix algebra libraries based on the modern technologies of parallel prog...
We introduce a 64-bit ANSI/IEEE Std 754-1985 floating point design of a hardware matrix multiplier o...
The paper is focused on a comparison of three microcontrollers from computational performance point ...
Matrix multiplication is an operation that produces a matrix from two matrices and its applications...
ABSTRACT: High performance microprocessor design using Q-Dot technology addresses the key design iss...
Matrix operations, like matrix multiplication, are commonly used in almost all areas of scientific r...
International audienceThis paper proposes a micro-kernel to efficiently compute 4x4 8-bit matrix mul...
This paper examines how to write code to gain high performance on modern computers as well as the im...
To solve the computational complexity and time-consuming problem of large matrix multiplication, thi...
The work is concerned with the power increase methods of the microprocessors. The aim of the work is...
ABSTRACT: In this paper, we have proposed one designs for matrix-matrix multiplication. The one desi...
We consider the efficient implementation of matrix computations in interpreted Basic on a microcompu...
The matrix multiplication is a computationally intensive problem and a prerequisite in various image...
Matrix multiplication is at the core of high-performance numerical computation. Software methods of ...
International audienceIn order to implement a complete Fast Multipole Method on the Cell processor, ...
The article describes the matrix algebra libraries based on the modern technologies of parallel prog...
We introduce a 64-bit ANSI/IEEE Std 754-1985 floating point design of a hardware matrix multiplier o...
The paper is focused on a comparison of three microcontrollers from computational performance point ...
Matrix multiplication is an operation that produces a matrix from two matrices and its applications...
ABSTRACT: High performance microprocessor design using Q-Dot technology addresses the key design iss...
Matrix operations, like matrix multiplication, are commonly used in almost all areas of scientific r...