CAJ | 학술논문

针对传统单核处理器谱仪在实时性、可控性等复杂谱数据处理中所面临的技术瓶颈，深入探索核能谱测量技术与嵌入式系统交叉融合研究，提出了基于ARM／DSP异构嵌入系统架构下的便携式能谱仪。硬件上以构建异构嵌入式系统TI－OMAP3730平台为例，软件上实现谱数据处理、谱峰参数控制、数据高速传输等多模块并行执行。通过优化内核配置、编译并移植ARM－Linux2．6系统以及Qt／Embedded，平衡了多模块谱数据处理造成的多任务调度系统资源庞大开销。系统测试结果表明：多个谱数据处理单元能高效协作，且系统的实时性、稳定性等指标均优于传统谱仪要求。
침대전통단핵처리기보의재실시성、가공성등복잡보수거처리중소면림적기술병경，심입탐색핵능보측량기술여감입식계통교차융합연구，제출료기우ARM／DSP이구감입계통가구하적편휴식능보의。경건상이구건이구감입식계통TI－OMAP3730평태위례，연건상실현보수거처리、보봉삼수공제、수거고속전수등다모괴병행집행。통과우화내핵배치、편역병이식ARM－Linux2．6계통이급Qt／Embedded，평형료다모괴보수거처리조성적다임무조도계통자원방대개소。계통측시결과표명：다개보수거처리단원능고효협작，차계통적실시성、은정성등지표균우우전통보의요구。
According to the technical bottlenecks of traditional single-core processor spectrometer in real-time, controllability and other complex spectrum data processing which it faces, measurement technology of nu-clear spectrum and embedded system cross-fusion research are explored, the portable spectrometer based on ARM/DSP heterogeneous embedded systems architecture is proposed.On the hardware, the TI-OMAP3730 platform of heterogeneous embedded systems is taken to be built for example.On the software, the parallel exe-cution of multi-module is realized, such as spectral data processing, the control of spectral peak parameter and the transmission of high-speed data.It is that the kernel optimized configuring, compiling and porting of ARM-Linux2.6 system and Qt/Embedded, balances huge overhead of multi -task scheduling system re-sources caused by multi-module spectrum data processing.The system test results show that multiple spectral data processing units can efficiently collaborate, and system real-time performance, stability and other index are better than the traditional spectrometer requirements.