黑龙江省节水增粮行动(2012—2015年)实施方案

文章通过对黑龙江省高效节水现状,存在问题的分析,结合黑龙江省高效节水发展的支撑能力,阐述黑龙江省节水增粮目标、任务及总体布局,为黑龙江省2012—2015年节水增粮实施提供依据。     

Multi‐modal brain tumor image segmentation based on SDAE

Accurate tumor segmentation has the ability to provide doctors with a basis for surgical planning. Moreover, brain tumor segmentation needs to extract different tumor tissues (Edema, tumor, tumor enhancement, and necrosis) from normal tissues which is a big challenge because tumor structures vary considerably across patients in terms of size, extension, and localization. In this article, we evaluate a fully automated method for segmenting brain tumor images from multi‐modal magnetic resonance imaging volumes based on stacked de‐noising auto‐encoders (SDAEs). Specially, we adopted multi‐modality information from T1, T1c, T2, and Flair images, respectively. We extracted gray level patches from different modalities as the input of the SDAE. After trained by the SDAE, the raw network parameters will be obtained, which are adopted as a parameter of the feed forward neural network for classification. A simple post‐processing is implemented by threshold segmentation method to generate a mask to get the final segmentation result. By evaluating the proposed method on the BRATS 2015, it can be proven that our method obtains the better performance than other state‐of‐the‐art counterpart methods. And a preliminary dice score of 0.86 for whole tumor segmentation has been achieved.     

基于SD2015的HART转RS232通信卡的设计

简要介绍了在数据传输过程中上位机与下位机接口通信卡的设计,对S D 2 0 1 5的外围电路设计、HART总线、RS232协议与HART协议的转换,串口取电,HART信号的输出输入及其在工业自动化控制和工业仪表生产过程中的应用都做了简单介绍。     

2015国际纺机展:纺纱工程的革新

在意大利举办的2015国际纺织机械展(ITMA)上,纺织机械制造商们展示了机器及最新研发,由此可以得出纺织工程最新的发展趋势。迫于中国纺机制造业的竞争威胁,ITMA 2007展出了一些功能缩减的较低价的机器。但ITMA 2011则展出了多种具有革命性改进的机型,如苏拉欧瑞康(Saurer Oerlikon)公司开发的Autocoro 8转杯纺纱机,其每个纺纱锭位完全自动化,并运用了磁力轴承转子;立达(Rieter)公司的喷气纺纱机J 10及迈耶西(MayerCie)公司的全新纺纱-编织一体机理念。ITMA 2015则展有许多虽小但高效的革命性创新,可显著降低客户的生产要素成本。     

The meat of affliction: Insects and the future of food as seen in Expo 2015

BackgroundInsects are touted as a “food of the future” due to their lower environmental footprint relative to traditional livestock, raising interest in entomophagy as a sustainable diet. As such, they appeared at future-food themed Universal Exposition 2015 in Milan, Italy, in which 145 countries presented their nations’ food culture and contributions to innovative food science and technology.Scope and approachThe presence and absence of entomophagy in all the national and themed pavilions of Expo 2015 and the way developing and developed nations differed in their presentation of insects were analyzed as a microcosm of global attitudes to insects as food and the barriers towards its wider adoption.Key findings and conclusionsOnly Belgium and the Netherlands presented insects in their vision for the future, and only Angola as traditional cuisine. Nations noted for active entomophagy today such as Mexico and Thailand did not mention insects at all. Efforts to serve insects faced obstacles in Italian import restrictions, which changed by the event's end. Expo 2015 illustrates challenges in promoting global entomophagy, including the need for improved rearing methods, the risks of associating insects with starvation scenarios, and the preference of Westerners for processed insects over whole.     

基于IEC62552:2015的冰箱在线能效测试方法

针对IEC62552:2015提出了一种基于Labview平台的电冰箱在线能效测试方法,实现了能效相关参数的自动判断与计算,包括空载期间稳态功率、化霜及恢复期的耗电量增量,装载期间稳态功率,完整温控周期内的统计数据。试验结果表明,该方法不仅复杂度低、判定准确度高、计算速度快,还能准确地提示试验过程,减少试验误动作的概率,完全满足系统实时性要求,大大提高测试效率。     

上海市绿化专业“十五”计划和2015年远景目标

介绍了上海市绿化"十五"计划和2015年远景目标.     

基于ARM9的GPS接收机设计

本文介绍了一种基于ARM9微处理器的GPS接收机的设计。该GPS接收系统采用Zarlink公司生产的专用芯片GP2015，配合外围电路作为接收机的超小型射频前端，应用GP2021芯片和S3C2410处理器作为接收机的数字基带处理器。     

低成本高性能EMA相关技术最新研究进展

ACTUATION 2015是欧盟为推动EMA技术发展而进行的一个国际合作项目,主要从EMA模型构建技术、关键模块设计技术、健康监测技术以及标准化等方面来提升EMA的设计水平和安全可靠性、降低EMA综合成本。文中依照ACTUATION 2015 4个研究方向,从4个方面介绍了ACTUATION 2015项目中低成本高性能EMA相关技术研究的典型成果,以期为国内相关工作者的研究开发和应用提供一定启发。     

基于地磁模型的两轴航向算法

介绍了一种利用地磁模型把三轴数字磁通门变为两轴数字磁通门的方法,首先介绍了一种最新版本的地球磁场模型;接着分析了三轴数字磁通门的工作原理;最后通过利用地磁模型给出了实现两轴数字磁通门的方法.通过不同地点的实验数据表明,利用地磁模型后,两轴数字磁通门的航向误差满足无人机飞行的系统要求.相对于三轴数字磁通门而言,两轴数字磁通门结构由三维立体变成了二维平面,飞机的活动范围也不受限制,航向误差也满足要求.两轴数字磁通门也符合了无人机小体积、微型化、高精度的系统发展趋势.