结果:我们在成年人(44-58岁),早期(69-79岁)和较早的阶段(85-94岁)阶段的14名受试者和阶段(85-94岁)阶段的14名受试者和阶段。基于既定标记物进行了七种主要细胞类型,包括少突胶质细胞,兴奋性神经元,少突胶质细胞祖细胞,星形胶质细胞,小胶质细胞,抑制性神经元和内皮细胞。总共确定了93个细胞基因与年龄显着相关。Afterward, plasma proteomics data from 2,925 plasma proteins across 4,263 young adults to nonagenarians (18–95 years old) were combined with the outcomes from snRNA-seq data to obtain 12 differential genes/proteins (GPC5, CA10, DGKB, ST6GALNAC5, DSCAM, IL1RAPL2, TMEM132C, VCAN,APOE,PYH1R,CNTN2,SPOCK3)。最后,我们通过ELISA验证了12个差异基因,发现五个生物标志物(DSCAM,CNTN2,IL1RAPL2,CA10,GPC5)的表达趋势与脑老化相关。
An analytical study is carried out to obtain the approximate solution for the Magnetohydrodynamic (MHD) flow issue of Darcy-Forchheimer nanofluid containing motile microorganisms having viscous dissipation effect through a non-linear extended sheet employing a new approximate analytical method namely Ananthaswamy-Sivasankari Method (ASM) and also修改的同义分析方法(MHH)。衍生的分析解决方案以显式形式给出,并与数值解决方案进行比较。图形结果被交织在一起,以反映问题中涉及的各种物理参数的效应。比较并在表中进行了比较并显示了Nusselt数字,局部皮肤摩擦参数和舍伍德数的数值计算。使用此策略获得更快的收敛速度。通过此方法获得的解决方案更接近精确的解决方案。另外,该解决方案是最简单,最明确的形式。它适用于所有具有非零边界条件的初始和边界价值问题。可以轻松扩展此方法以解决其他非线性高阶边界价值问题中的物理,化学和生物学科学问题。
Abstract —We consider the problem of simulating a two- sender multiple access channel (MAC) for fixed product inputs, where each sender transmits a message to the decoder over a rate-limited noiseless link based on its input and unlimited randomness shared with the decoder. As our main contribution, we characterize the one-shot communication cost region via almost-matching inner and outer bounds phrased in terms of the smooth max-information of the channel. The achievability relies on a rejection-sampling algorithm to simulate a quantization channel between each sender and decoder, and producing the final output based on the output of these intermediate channels. The converse follows via information-spectrum based arguments relating operational quantities to information measures. Our one-shot results recover the single-letter asymptotic rate region for MAC simulation with fixed, independent and identically distributed product inputs, that was obtained in [Kurri et al. , IEEE Transactions on Information Theory 68, 7575 (2022)]. We extend our result to quantum-to-classical channels with a separable decomposition [Atif et al. , IEEE Transactions on Information Theory 68, 1085 (2022)], for which we obtain a similar characterization.
§对于给定的z,a和能量(E n = 0,用于自发裂变),弗雷亚从数据或模型(5高斯)参数化§第二片段化质量和二片碎片质量和电荷中选择质量,并获得二进制裂变,质量和电荷保存§从碎片quality中获得的二元裂变,从碎片Q值中获得f ficsive q值,从而获得了范围Q§§§§§§§tke(a H)Sampled(a h)samppled tke(a h)Sampled sam sampled sam sampled sam samppled; TXE obtained by energy conservation § ‘Spin temperature' sets level of rotational energy, remaining TXE given to intrinsic excitation energy § Intrinsic excitation divided between fragments, based on level densities, then thermal fluctuations introduced to obtain final excitation energy sharing § Thermal fluctuations remove energy from TKE to maintain energy conservation, equivalent to width of TKE distribution § Spin fluctuations (conserving angular动量),引入用于蠕动和弯曲模式§§§前平衡排放和n-n≤20meV§所包含的n-机会裂变,首先将片段推出片段,通过发射中子(weisskopf搅拌频谱),直到剩余的能量较小,直到降低了station suption
摘要摘要基础是物质一元论的观点,本文解释了量子力学如何描述微观世界的客观性。指出,哥本哈根对哲学基本问题的解释所带来的挑战并不是必不可少的,因为它采用了波数据包倒塌假设,这是实施可重复测量的非唯一的。因此,与科学或哲学的角度相关的问题和意识是密不可分的结论并不严格。With regard to Karl Popper's philosophy of "three worlds", our quantum theory of measurement describes how the multiple observers probe into the micro system to obtain the objective knowledge about the microworld with objective quantum measurements, thus gives an ontological interpretation to the objective knowledge world (World 3) of Popper:the material world (World 1) interacts with the materialized carrier of spiritual perception world (World 2), forming the correlations or两个世界之间的纠缠。这些对应于包括主观世界在内的所有精神感知。在这里,可以通过客观量子测量来定义的客观部分构成了微型系统的客观知识世界(世界3)。随着客观知识世界的出现,信息从物质世界流向主观对象。信息流的方向定义了精神感知的物质载体,这与通常的物质世界不同。
a. 将空间滤波器应用于处理后的训练数据以获得过滤后的训练数据。b. 计算过滤后的训练数据和训练标签之间的损失。c. 通过更新空间滤波器来最小化损失。(4)保存学习到的空间滤波器。(5)将学习到的空间滤波器应用于处理后的训练数据以获得过滤后的训练数据。(6)从过滤后的训练数据中提取特征以获得训练特征。(7)使用训练特征和训练标签训练分类器。(8)保存训练后的分类器。(9)预处理原始测试数据以获得处理后的测试数据。(10)将学习到的空间滤波器应用于处理后的测试数据以获得过滤后的测试数据。(11)从过滤后的测试数据中提取特征以获得测试特征。(12)使用训练后的分类器预测测试特征的标签。(13)返回预测的测试标签。
cientists和来自Escuela SuperiordeCómputo(ESCOM)的学生设计了一个城市数据岛,该岛构成了一个未来派的空间,用于开发配备了最先进技术的学术活动,例如传感器和设备。这些技术允许通过使用人工智能来详细介绍空气和噪声污染,环境温度,风向,湿度和学生流量来测量和生成数据,所有这些都旨在为更好的学习表现创造有益的环境。该岛是由ESCOM城市数据实验室进行的科学工作的一部分,在该研究中,教职员工研究人员,本科生和研究生开发了有关数据科学,人工智能和地理信息系统的项目,以多学科和全面的方式解决城市问题。The scientist and head of the Urban Data Laboratory, Roberto Zagal Flores, reported that the project began with the aim of measuring air quality at different geographic scales in Mexico City, with a fixed sensor on the Urban Data Island located at this polytechnic campus and two mobile devices developed in collaboration with the Massachusetts Institute of Technology (MIT), which were installed on public transportation buses to obtain detailed levels of air pollution.“我们与MIT合作调整Flatburn传感器以识别实时空气质量。此移动设备已安装在从La Raza到MetroPolitécnico路线的公共汽车上。”IPN教授强调,该项目通过生成用于创建人工智能应用程序和支持当局决策的人工智能应用程序和环境研究的大量数据来使该学术部门的社区受益。
短期 建立新企业的新流程取消了获得使用许可证的要求,从而消除了多个部门的重复检查。建立新企业的流程现已简化为:1)获得分区许可 2)获得营业执照。企业开业的时间通常已从 3-6 个月缩短至约 10 个工作日或更短(如果不需要建筑许可证或土地使用权)。