XiaoMi-AI文件搜索系统
World File Search SystemAverage
气候变化指数系列方法
where 𝐸𝐸 𝐵𝐵 is the index Weighted Average Emission Intensity at a given decarbonization base date, 𝑛𝑛 counts the number of semi- annual index reconstitutions since that decarbonization base date, 𝑃𝑃 represents the point in time reduction relative to the benchmark, 𝑄𝑄 the required year-on-year reduction from that decarbonization base date, and 𝐼𝐼 𝐵𝐵 is an inflation adjustment calculated as the maximum of the ratio of average value of EVIC at the在脱碳基础日期和一个3中对此进行审查。一个地板可防止基础日期之间同比碳排放目标增加。有关气候变化索引，有关脱碳基础日期的附录C的𝑃𝑃和𝑄𝑄值以及表2的表1。
附录A：浏览器比较
Table 2.3 : caniuse percentage of supported features by category across mobile browsers ........................................................................................................................................... 17 Table 3.1 : Zero-day vulnerabilities and average fix time for vulnerabilities discovered by Google Project Zero ........................................................................................................... 21 Table 3.2 : CVSS分数在Cvedetails 2022上发布的总漏洞。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。 .................................................................................................................................. 23 Table 3.4 : Average days between initial bug report and release of fix in product update .39 Table 4.5 : Stability reports for Chrome on iOS and Android, 31 October 2021 – 30 November 2022 ................................................................................................................ 41 Table 5.1 : PrivacyTests results for Chrome, Safari and Firefox on Android and iOS ........ 42 Table 5.2 : Passed tests for mobile browsers that are available on both Android and iOS 42 Table 5.3 : Unsupported tests for mobile browsers that are available on both Android and iOS ..................................................................................................................................... 4224表3.5：浏览器和引擎的剥削漏洞............................................................................................................................................................................................................................................................................... 25表3.6：固定的眨眼错误.................................................................................................................................................................................................................................................修复................................................................................ 27表3.9：固定了优先级的WebKit错误.......................................................................................................................28 Table 3.12 : Fixed Firefox bugs by priority ......................................................................... 29 Table 3.13 : Fixed Firefox bugs by severity ....................................................................... 29 Table 3.14 : P1 + S1 Firefox bugs with average fix time in days........................................ 30 Table 3.15 : Chrome updates during 2022 to 2023 ............................................................ 31 Table 3.16 : Firefox updates during 2022 to 2023 ............................................................. 32 Table 3.17 : Safari updates during 2022 to 2023 ............................................................... 33 Table 3.18 : Total number of security bugs and issues ..................................................... 34 Table 3.19 : Proportion of bugs and issues resolved as of submission date ...................... 35 Table 3.20 Average time to resolve bugs and issues (days).............................................. 36 Table 4.1 : Google Chrome reported crashes and usage on Android, November 2022 – January 2023 ..................................................................................................................... 39 Table 4.2 : Google Chrome reported crashes and usage on Android, January – March 2024 ................................................................................................................................... 39 Table 4.3 : Google Chrome reported crashes and usage on iOS, November 2022 – January 2023 .................................................................................................................... 39 Table 4.4 : Google Chrome报告了iOS的撞车事故和使用情况，即2024年1月至3月。
处理仓鼠
•男性：雄鹿•女性：DOE•年轻：幼崽•发情：每4天自发循环，持续8-26小时。产后发情（分娩后约24小时。泌乳结束时发情的复发。• Gestation : 15 days • Birth weight : 2g • Size of litter : 5 - 10 on average • Stage of development at birth : Young are born blind and hairless • Eyes open : 10 - 15 days • Weaning age : 21 days • Breeding Age : Female 6 - 10 weeks Male 10 – 14 weeks • Adult weight : 100 – 200 g • Breeding life of female : 12 months • Breeding life of male : 18 months • Life expectancy : 1.5-2 years on average • Rectal temperature: 38 °C冬眠•心率：276-425节每分钟•呼吸速率：每分钟100 - 250次呼吸•叙利亚仓鼠的侧面有双侧色素皮脂腺，在男性中更为突出。
分析瞬时大脑相互作用对运动图像分类任务的贡献
这项研究的目的是分析电极之间的相互作用的贡献，即以相关性或jaccard距离测量，对运动成像范式中两种作用的分类，即左手运动和右手运动。分析是在两个分类模型中进行的，即静态（线性判别分析，LDA）模型和动态（隐藏的条件随机范围，HCRF）模型。还分析了在静态和动态模型中使用滑动窗口技术（SWT）的影响。The study proved that their combination with temporal features provides significant information to improve the classification in a two-class motor imagery task for LDA (average accuracy: 0.7192 no additional features, 0.7617 by adding correlation, 0.7606 by adding Jaccard distance; p < 0.001) and HCRF (average accuracy: 0.7370 no additional features, 0.7764 by adding相关性，通过添加Jaccard距离为0.7793；另外，我们表明，在相互作用度量或分类器本身的性质上，电极之间的相互作用显着提高了每个分类器的性能。
紫外分光光度计方法开发和验证...
S.CONCENTRATION (μg/ml) ABSORBANCE At 270nm Analyst 1 Analyst 2 1 30 0.118 0.119 2 30 0.120 0.118 3 30 0.119 0.119 4 30 0.116 0.117 5 30 0.120 0.118 6 30 0.119 0.120 average 0.118 0.118 Standard Deviation 0.00048 0.00108 %RSD 0.406% 0.915%
引用（APA）Stehouwer，L。E. A.，Tosato，A.，Degli Esposti，D.，Costa，D.，Veldhorst，M.，Sammak，A。，＆Scabpucci，G。（2023）。
我们通过在100 mm ge晶片上减少压力化学蒸气沉积来生长紧张的GE/SIGE异质结构。将GE晶片用作外部延长的底物可以使高质量的GE富含SIGE应变 - 释放的缓冲液具有螺纹位错密度为ð66 6 61Þ10 5 cm 2，与SI Wafers上的控制应变缓冲区相比，几乎是一个数量级的改善。相关的短距离散射的减少可以极大地改善二维孔气体的疾病性能，该特性在几个GE/SIGE异质结构领域效应的晶体管中测量。We measure an average low percolation density of ð 1 : 22 6 0 : 03 Þ 10 10 cm 2 and an average maximum mobility of ð 3 : 4 6 0 : 1 Þ 10 6 cm 2 = Vs and quantum mobility of ð 8 : 4 6 0 : 5 Þ 10 4 cm 2 = Vs when the hole density in the quantum well is satu- rated to ð 1 : 65 6 0 : 02 Þ 10 11 cm 2 。我们预计，这些异质结构即时应用于下一代，高性能的GE旋转量，并将其集成到更大的量子处理器中。
ECGI没有几何形状：基于深度学习的心脏表面电位
我们开发了一个深度学习框架，以估计仅从身体表面潜力和躯干几何形状的心脏表面电位，因此省略了有关心脏几何形状的信息。该框架基于图像到图像的翻译，并介绍了三个组合：将3D躯干和心脏几何形状转换为相应的标准2D表示，以及基于Pix2Pix网络的自定义深度学习模型的效率。使用11名健康受试者和29个ID型心室心室纤颤（IVF）患者，其框架的平均绝对误差（MAE）的平均平均绝对误差（MAE）为0.012±0.011，平均相似性指数量度（SSIM）为0.984±0.026。For the concatenated electrograms (EGMs), the average MAE was 0.004 ± 0.004, and the average Pearson correlation coefficient (PCC) 0.643 ± 0.352.估计激活和恢复时间之间时间差的绝对平均值为6.048±5.188毫秒，而18.768±17.299 ms，分别是分数。这些结果证明了与标准心电图相当的性能而无需CT/MRI，这表明该框架的潜在临床应用。
先天性dyserythropoietic nemias的分子基础
: • Average age of onset symptoms: 3.7 ± 0.6 y • Mean age of diagnosis: 22.2 ± 1.7 y • Normocytic mild anemia: Hb 9.6 ± 0.2 g/dL with MCV 87.3 ± 1.0 • Reticulocyte index: 1.7 ± 0.1 • Mean serum ferritin: 464.8 ± 55.9 ng/mL • Splenomegaly: 102/122，83.6％的患者•输血依赖性：25/126，19.8％的患者
第16章：量子信息理论
●This means that as N →∞ there can only be 2 NH ( X ) different result sequences that are probabilistically likely (and each one of them has the same a-priori probability) ●Therefore, we only need NH ( X ) bits to encode any result sequence that is likely to occur ●This means on average we need only H ( X ) bits per result to encode it
节能和成本效益分析2024年纽约州能源保护建筑法规，住宅规定
NYSECCC ......................................................................................................................19 Table 14.Summarized Site Energy and Cost Savings of 2024 NYSECCC ..........................................19 Table 15.Annual Average Greenhouse Gas Emissions Savings, 2026-2055 .................................... 2019 Table 16.Total First Year and Cumulative Energy and Greenhouse Gas Savings a ...............................20 Table 17.总结了平均30年成本效益............................................................................................................................................... 21表18。Simple Payback and Net Present Value ............................................................................21