time-event analysis 中文意思是什麼
time-event analysis
解釋
時間事件分析-
The origin and evolution of land plants was an important event in the history of earth life and has affected all other lives on the earth and global environment. during the past two decade, the new discoveries of fossil plants microfossils and megafossils from the mid - ordovician through all silurian to the lower devonian improved knowledge of the origin of land plants, provided a time framework of the basal groups for the land plants and the early evolution diversity of vascular plants. three new plant based epochs have been recognized. on the other hand, molecular sequence studies have provided insights into the phylogeny and early branches of land plants. a phylogenetic tree has been established by the joint of a study of comparative morphology and gene sequences. this paper summarizes recent advances and new knowledges, comments on the phylogenetic studies based on the cladistic analysis
陸生植物的起源和演化是地球生命中的重大事件，它影響到地球上所有的其他生命和全球環境。在過去的20年中，從中奧陶世歷經整個志留紀至早泥盆世的巖層中，化石植物微化石和大化石的新發現改變了人們對陸生植物起源的認識，並且為陸生植物和維管植物早期演化分異提供了基部類群分化的時間框架。據此人們識別出地史中的3個陸生植物的時代：始胚植物時代始維管植物時代和真維管植物時代。 -
The correlations between wind stress anomaly over the tropical pacific and ssta using svd analysis shows that the wind stress patterns are corresponding to enso eigenmode. it is suggestive that the explanation, simulation and prediction of el nino / la nina evolution in space - time should not be based on a single eigenmode but on their interaction, with emphasis on the fact that superimposition and phase locking are important factors of the event cycle
對緯向、經向風應力距平與ssta做svd分析赤道太平洋地區風應力異常和海表溫度異常之間的相關關系顯示，經pop分析得到的緯向、經向風應力的空間型與elnino lanina時的ssta具有很好的對應關系。 -
Secondly, a network based on multi - terminal components modeling methodology was applied to model mems at system - level by the analogy and mixed - signal modeling tool of vhdl - ams, for the system - level model of mems is a mixed signal model, which has attributes of multi - energy domains coupling, multi - signals mixed and interacting between discrete - event subsystems and continuous - time subsystems. with this method, the whole system can be divided into some subsystems defined as multi - terminal components ; the behavior of the subsystems depends only on their terminal signals ; the information exchange between subsystems was done by the signals at their terminals. the continuous - time systems or discrete - event systems can be modeled and simulated with this method, which satisfied the requirements of nonlinear systems and large signals analysis
同時，針對mems的系統級模型是一個混合信號模型，具有多能量域耦合、多信號混合、離散事件子系統與連續時間子系統交互的特點，使用vhdl - ams作為混合信號模型建模的工具，採用多埠組件網路建模方法建立了mems系統級模型，把微型機電系統分解為多個子系統或組件，各子系統被定義為多埠組件，子系統的內部行為通過其埠行為來描述，子系統間的能量與信號的交換通過組件的埠映射來實現，從而實現了對連續時間系統和離散事件系統的建模與模擬，滿足了非線性系統以及大信號分析要求。 -
Methods by defining defaulting as a failure event and time from treatment starting to defaulting as survival time, we applied survival analysis technique with a real data to estimate a so called adherent rate and a median adherent time for evaluation of treatment adherence for patients with tuberculosis
方法將退出療程作為所關心的結局事件，將從登記治療開始到退出療程的時間作為堅持治療時間，利用生存分析統計技術估計堅持治療率和中位堅持治療時間以評價結核病患者的治療依從性。 -
Then, a comprehensive analysis to the design process of the parallel 6 dof platform testing and control system, which based on oop, is given in chapter four, firstly, the difficulty of precise timing and real - time response under windows is analyzed, and then two solutions to the problem are advanced. one of the solutions is to utilize multimedia timer to time and event to respond
第四章針對windows下難以實現精確定時和實時響應，提出了採用多媒體時鐘和外接時鐘實現精確定時以及採用事件和vxd實現實時響應的方案；對本系統用到的多線程技術進行了闡述；另外，還對本系統的實時性和可靠性進行了分析。 -
The analysis of the probability of maximum temperature in south china during the summer of 2003 revealed that this event can ' t be considered as a reflection of long time trends, but rather than an episode under interannual variability
分析最高氣溫的概率分佈特徵，得出2003年夏季江南、華南地區出現的極端酷熱天氣，只是年際變化的表現，而不是長期變化趨勢的反映。 -
After deep analysis of system structure and circuit design, we redesigned all of circuits of the thermal imager. with the hi - speed parallel processing ability of fpga and the event - intensive controlling ability of mcu, we improve image quality effectively, eliminate the image defects and by adopting human - machine dialog mode, make the way of debugging and controlling more intellectualized, and shorten the time of debugging greatly
通過對類熱像儀的系統結構及設計原理進行深入分析，將所有電路都重新進行了設計，利用fpga的高速并行處理能力以及mcu的事務密集型的控制能力有效的改善了圖象質量，消除了以往的圖象缺陷，並且採取人機對話方式使調試、控制手段智能化，縮短了調試時間。 -
In the end, the real - time aspects and fault / error recover of high - level task supervisor are discussed. in chapter 6, based on analysis of features of the task execution level of the acr prototype system control architecture, the task execution level is divided into situation / event surveillance, task execution control and fault / error recovery subsystems
第六章對acr原型系統控制體系結構任務執行層的具體特性作了詳細分析，將任務執行層分解為狀態/事件監視、任務執行控制以及故障診斷與恢復三部分，並分別針對這三部分的功能特性、組織結構以及運行機制等作了詳細描述。 -
Our study was limited by a lack of access to original source data, which would have enabled time - to - event analysis
我們的研究由於缺乏原始數據無法進行時間事件分析，存在著局限。
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