CAJ | 학술논문

针对军用机场范围小、测试量大、被测对象相对集中的特点,提出测试网格的理论.将网格技术引入测试领域,解决了机场环境下测试设备复杂多样、不易搬运和测试效率低,无法满足战场环境下的保障需求的问题.利用可重构技术融合了测试网格中的所有测试设备,解决了机场环境测试设备与接口复杂多样的问题.考虑到测试网格测试量巨大,传统测试方法效率低的弊端,将并行测试技术应用于测试网格,充分利用了网格中的计算和测试资源,并在此基础上提出了基于资源利用比的调度策略,为测试网格提供了有效的资源调度方法.
침대군용궤장범위소、측시량대、피측대상상대집중적특점,제출측시망격적이론.장망격기술인입측시영역,해결료궤장배경하측시설비복잡다양、불역반운화측시효솔저,무법만족전장배경하적보장수구적문제.이용가중구기술융합료측시망격중적소유측시설비,해결료궤장배경측시설비여접구복잡다양적문제.고필도측시망격측시량거대,전통측시방법효솔저적폐단,장병행측시기술응용우측시망격,충분이용료망격중적계산화측시자원,병재차기출상제출료기우자원이용비적조도책략,위측시망격제공료유효적자원조도방법.
Taking aim at limited area,massive test amount and relative centralization of the tested object in military airdrome,the test grid theory was presented. The grid technology was introduced into test field to solve the problems which are complexity,variety,difficulty to move,low efficiency and unable to satisfy the requirement of battlefield for the test equipments. Reconfigured technology was introduced to amalgamate all test equipments in test grid. Parallel test technology was used in test grid to harmonize test resources in test gird and promote test efficiency. The effective schedule method based on resource using ratio was proposed to schedule resources in test grid.