摘要：【中文】一种基于二代测序数据的反转相关复杂变异检测方法，在滑动窗口内，根据给定的bam文件与选定的参考基因组进行比对，得到Read Pair信号，并以Read Pair信号对不能完全匹配的Read进行Split Read信号分析，得到对应的断点匹配情况；建立Split Read信号理论模型；将断点匹配情况经过建立的模型，如果符合某个模型时，记录下相应的变异类型和位置，再判断是否是可信的变异。本发明根据理论信号建立了变异模型信号，因此可以很准确地提出变异类型；本发明使用Split Read信号，以模式增长算法寻找字符串的最大最小唯一子串，所以能够很精确地指出变异的位置信息。 【EN】A reverse correlation complex variation detection method based on second-generation sequencing data is characterized in that in a sliding window, a given bam file is compared with a selected reference genome to obtain a Read Pair signal, and the Read Pair signal is used for performing Split Read signal analysis on Read which cannot be completely matched to obtain a corresponding breakpoint matching condition; establishing a Split Read signal theoretical model; and recording the corresponding mutation type and position if the breakpoint matching condition meets a certain model, and judging whether the mutation is credible. According to the method, the variation model signal is established according to the theoretical signal, so that the variation type can be accurately provided; the invention uses the Split Read signal to search the maximum and minimum unique substrings of the character string by a pattern growth algorithm, so that the position information of the variation can be accurately pointed out.

摘要：【中文】本发明提供一种基于渗透性测试用例集的区块链架构安全评估方法及系统，其目的是针对区块链技术架构的层次化模型，基于渗透性测试方法对区块链技术架构关键协议、核心机制等方面的安全性进行评估，以在区块链平台、系统、应用等正式投入使用前及时识别安全风险和脆弱性，也可对运行中的区块链架构进行安全性评估，以评估结果指导区块链平台本身安全性的提升和在不同场景下的应用安全性。 【EN】The invention provides a block chain architecture security assessment method and system based on a permeability test case set, aiming at a hierarchical model of a block chain technical architecture, and based on a permeability test method, the security in the aspects of key protocols, core mechanisms and the like of the block chain technical architecture is assessed so as to identify security risks and vulnerabilities in time before the block chain platform, system, application and the like are put into use formally, and the security assessment can also be carried out on the block chain architecture in operation so as to guide the improvement of the security of the block chain platform and the application security under different scenes by assessment results.

摘要：【中文】本发明具体涉及一种飞机上使用的多向担架把手锁定装置，本装置包括锁头固定装置、锁内部设置的两种弹簧助力机构、启动机构、自动恢复助力机构；担架把手锁定装置通过锁座固定在担架支架的立柱上，通过按压锁头固定装置，锁头固定装置围绕锁头轴旋转一定角度后，通过锁钩自动锁定锁头固定装置，从而固定担架把手；本装置解决了担架的固定问题，限制了向上载荷、侧向载荷，满足了航空条件下伤病员的后送使用要求。同时，把担架安放至支架系统上后，只需加一个简单的按压动作就可以实现锁定，担架伤病员安放后能快速锁定，方便锁定，确保伤病员快速登机。伤病员离机取下担架前，只需拉动启动环，就可以自动弹开，大大提高伤病员登机和离机的效率。 【EN】The invention relates to a multidirectional stretcher handle locking device used on an airplane, which comprises a lock head fixing device, two spring boosting mechanisms arranged in a lock, a starting mechanism and an automatic recovery boosting mechanism; the stretcher handle locking device is fixed on the upright post of the stretcher bracket through the lock seat, and the lock fixing device is automatically locked through the lock hook after rotating for a certain angle around the lock shaft by pressing the lock fixing device, so that the stretcher handle is fixed; the device solves the fixing problem of the stretcher, limits upward loads and lateral loads, and meets the requirements of post-delivery use of sick and wounded under aviation conditions. Meanwhile, after the stretcher is placed on the support system, locking can be achieved only by adding a simple pressing action, and the stretcher can be quickly locked after the sick and wounded are placed, so that locking is convenient, and the sick and wounded are ensured to board quickly. Before the sick and wounded take off the stretcher, the stretcher can be automatically flicked by pulling the starting ring, so that boarding and disembarking efficiency of the sick and wounded is greatly improved.

摘要：【中文】本申请实施例提供一种双通道TIADC的时延失配补偿方法、装置及电子设备，该方法包括获取双通道TIADC的输出信号，所述输出信号中包括两个通道的数据序列；根据双通道TIADC的时延失配系数确定所述两个通道的补偿分配值；将所述双通道TIADC的输出信号作为待补偿信号，基于所述两个通道的补偿分配值确定所述待补偿信号的失配误差序列；根据所述失配误差序列分别对所述待补偿信号的两个通道的数据序列进行补偿，以使所述两个通道相互匹配。以此可以改善现有技术中对于双通道TIADC的时延失配进行补偿后动态性能较差的问题。 【EN】The embodiment of the application provides a time delay mismatch compensation method and device of a dual-channel TIADC and an electronic device, wherein the method comprises the steps of obtaining an output signal of the dual-channel TIADC, wherein the output signal comprises data sequences of two channels; determining compensation distribution values of the two channels according to the time delay mismatch coefficient of the two-channel TIADC; taking an output signal of the dual-channel TIADC as a signal to be compensated, and determining a mismatch error sequence of the signal to be compensated based on compensation distribution values of the two channels; and respectively compensating the data sequences of the two channels of the signal to be compensated according to the mismatch error sequence so as to enable the two channels to be matched with each other. Therefore, the problem of poor dynamic performance after compensation of the time delay mismatch of the dual-channel TIADC in the prior art can be solved.

摘要：【中文】本发明公开了一种适合矿山陡坡快速绿化的藤蔓类植物育苗系统及种植方法，包括种苗移栽到绿化现场后埋设于土壤内且可自然腐烂化为肥料的育苗种植槽，于育苗种植槽内种植有藤蔓植物，且于育苗种植槽上架设有藤网悬挂架，所述藤网悬挂架具有下端与育苗种植槽连接的攀爬网。本发明具有解决栽种当年新枝生长缓慢，造成栽植当年绿化效果差的问题，且克服夏季不适宜进行植物栽种的情况的特点。本发明适用于矿山开采后形成的白茬山、新建铁路、公路形成的开挖坡面等的绿化技术领域。 【EN】The invention discloses a vine seedling growing system and a planting method suitable for rapid greening of a mine steep slope. The invention has the characteristics of solving the problem of poor greening effect of planting in the same year caused by slow growth of new branches in the same year, and overcoming the condition that the plants are not suitable for planting in summer. The invention is suitable for the technical field of greening of the white stubble mountain formed after mining, the excavated slope formed by newly-built railways and highways, and the like.