A kind of dsp multi-core array secondary starting method and device

Abstract

The present invention provides a DSP multi-core array secondary startup method and device. The method includes: solidifying the pre-loaded user main program into the FLASH memory of an external host; solidifying the pre-loaded secondary boot program into the EEPROM memory of the DSP multi-core array In; when the DSP multi-core array starts, generate a power-on reset signal, and confirm whether to open the DSP secondary startup mode; transfer the secondary boot program from the EEPROM memory according to the power-on reset signal and the DSP secondary startup mode information to In the RAM random access memory of the DSP multi-core array, start and run the two-level boot program, the user main program in the FLASH memory is loaded into the processor of the DSP multi-core array by the two-level boot program; in the DSP The processor of the multi-core array starts and runs the user main program. The invention adopts a two-level program loading and starting mode to realize that the DSP multi-core array directly loads the user's main program, and the loading can be realized without relying on external networks and external control devices.

Description

technical field [0001] The present invention mainly relates to the technical field of program loading, in particular to a method and device for secondary start-up of a DSP multi-core array. Background technique [0002] With the development of modern science and technology, high technology and high technology are widely used in military warfare, and the dependence on electronic equipment has increased sharply. Electronic warfare has become a key factor affecting the outcome of a war. In the modern electronic countermeasure environment, the signal environment is dense and complex, and new radar systems are constantly emerging, and the signal processing system has gradually achieved high real-time performance, high reliability and miniaturization. In this way, the amount of data that the signal processing system needs to process is larger and the complexity is higher, so the real-time signal processing system must have powerful computing capabilities. [0003] At present, the...

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Problems solved by technology

In this way, the amount of data that the signal processing system needs to process is larger and more complex, so the real-time signal processing system must have powerful computing capabilities

[0003] At present, the system program can be loaded through the DSP multi-core array, but there are some problems. For example, when the DSP is a separate main control component, the DSP multi-core array cannot load the user's main program without external network communication support and needs to rely on The support of the external control device is required to realize the loading

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