XiaoMi-AI文件搜索系统
World File Search Systemcreated
使用绒毛膜膜模型研究唑来膦酸的抗血管生成特性
组。第1组：使用无药物的颗粒创建阴性对照组，以研究10个卵子的胚胎发育过程中生理血管生成。第2组：使用贝伐单抗（Avastin; Roche，Roche，Grenzach，德国）（众所周知的血管内皮生长因子抑制剂剂）嵌入颗粒（10 6 m）形成阳性对照组，如先前报告12中所述，以确定标准血管生成抑制。(n:10 eggs) Three study groups were created using different dosages of ZA (Zoledronic acid-Zometa ® , Novartis Pharmaceuticals Corp, East Hanover, NJ) as follows: Group 3: The 10 6 M concentrations ZA embed pellets were administered to 10 eggs Group 4: The 10 5 M concentrations ZA embed pellets were administered to 10 eggs Group 5: The 10 4 M concentrations ZA将嵌入的颗粒施用到10个鸡蛋
电子商务产品推荐系统使用机器学习算法
摘要算法用于电子商务产品推荐系统。由于人工智能研究社区的发展和增长，这些系统最近才开始利用机器学习算法。该项目愿意改变电子商务平台与用户通信的方式。We have created a model that can customize product recommendations and offers for each unique customer using cutting-edge machine learning techniques, we used PCA to reduce features and four machine learning algorithms like Gaussian Naive Bayes (GNB), Random Forest (RF), Logistic Regression (LR), Decision Tree (DT), the Random Forest algorithms achieve the highest accuracy of 99.6% with a 96.99 r square score, 1.92% MSE得分和0.087 MAE得分。结果对客户和业务都是有利的。在这项研究中，我们将详细检查模型的开发和培训，并显示其使用实际数据的表现。从机器中学习可以改变电子商务世界。
关于 Bravo 联合特遣部队 - SouthCom
• 2014: JTF-Bravo provides repatriation flights and aid to regions in Honduras following Tropical Storm Hannah • 2016: JTF-Bravo provides support fighting wildfires in Tela, Honduras and the Darién Province, Panama • 2016: JTF-Bravo provides assistance and hu- manitarian aid to Haiti following Hurricane Matthew • 2017: JTF-Bravo provides support in combating large forest fires in Honduras • 2018: JTF-Bravo provides hurricane relief as- sistance in collaboration with USAID/OFDA as part of JTF-Leeward Islands • 2019: Medical Element and Joint Security Forces Major Subordinate Commands deac- tivated — Medical Detachment and Security Forces created to fall under the Army Forces Battalion • 2020: JTF-Bravo在飓风ETA和IOTA之后，人员为洪都拉斯，危地马拉，巴拿马和哥伦比亚提供了帮助。•2021年：JTFB在7.2级地球摧毁了该国的JTF-HAITI的Suport中部署了约200名人员。
Technology-Facilitated Gender-Based Violence
This report was created by the Georgetown Institute for Women, Peace and Security (GIWPS) and made possible through the generous support of the Embassy of Denmark in the United States. The lead researcher from GIWPS was Kristine Baekgaard, the 2023-2024 Hillary Rodham Clinton Fellow. Deep appreciation goes to Synne Espensen from the Embassy of Denmark for her support throughout the project and leadership on WPS. Further thanks go to Lisa Sharland, Senior Fellow and Director of the Protecting Civilians & Human Security program at the Stimson Center, for her review and invaluable feedback; and to my colleagues at GIWPS—Jessica M. Smith, Robert U. Nagel, Sarah Rutherford, and Elena Ortiz—for their input and guidance throughout this project. Finally, my gratitude goes to the leadership at GIWPS, Ambassador Melanne Verveer and Carla Koppell, for their thoughtful feedback and support. This project would not have been possible without the collective effort and support of all those mentioned above.
Jason Gross
MIRI, summer 2019: Formalized type theories, and proved properties of programs that reason about themselves Google, summer 2018: Worked on integration of Fiat Cryptography with BoringSSL in Chrome Google, summer 2016: Extended Fiat Cryptography with ECC primiatives for integration with Open Titan Microsoft Research, summer 2014: Collaboratively created a language for specifying in- put/output behavior of x86 assembly programs, ver ed the input/output behavior of a number of simple programs, and improved performance of the x86proved project MIT CSAIL PLV, 20122014: Entered a signi cant amount of category theory into the au- tomated proof assistant Coq, and worked on building an interface for databases and database migration on top of category theory MIT CSAIL CoCoSci, 20092011: Designed and managed the data collection webpage for research in categorical learning and transfer learning Commack High School, 2006年2009年：对自然数量集的研究电路，赢得第四名（2009）和第三（2008年）在ISEF中获得数学奖项
土地利益 - 网络连接 - ...
A component of the Distribution System dedicated to the supply of electricity to the site including service lines from the street to the Customer's electrical installation Property Services Endeavour Energy's property team responsible for assessing and approving Land Interest issues Protection Zone An area around Premises Connection Assets shown in the Design Drawing to be protected by Site-Specific Conditions PTB Refundable property tenure bond paid to Endeavour Energy to allow construction, inspection and commissioning of a Connection Project prior to the Customer granting所需的土地利息。Restriction Restriction on the Use of Land created under Conveyancing Act 1919 Public Road Land dedicated to the public under Roads Act 1993 including pathways and laneways Registered Land Interest An easement, restriction, right of access or positive covenant RPA Dealing A prescribed form under the Real Property Act 1900 that includes Transfer Granting Easement [LRS form 01TG] , Restriction on the Use of Land by a Prescribed Authority [LRS form 13RPA]，正约[LRS形式13pc]
电池业务案例
• Summary of key findings • Scope of this study – Analysis of battery economics for different customer types, locations, rooftop solar capacities, and battery sizes – Overview of the methodology for evaluating the investment case • The mechanisms by which batteries create value – Savings on electricity bills: Energy, Demand, and Capacity charges • Modelling optimal battery operation – Simulating achievable reductions in grid-purchased power • Quantifying the value that batteries can create – Charge reduction analysis for example customer profiles – Effects of Eskom tariff restructuring on potential savings • Comparing battery costs to the value created – Current battery costs – Financial modelling: quantifying the investment case through combined cost and savings analysis – Results: Evaluating battery investments by size, customer type, supply tariff, and rooftop solar size – Tariff restructuring implications on investment feasibility • Other considerations – Timing of investment: falling battery costs vs rising电价 - 融资和资助食欲的作用 - 电池寿命与保修期 - 幕后电池在支持市政电网基础设施中的作用•结论•技术附录•brejectledgments
电池FNC®RAIL操作和安装手册
Revision Date Status Name Chapter Reason for Change 01 2014-01-14 Created I.Fuhrmann - first issue 2014-01-21 Checked F. Mengeringhausen 2014-01-28 Approved Dr. Gutzeit 02 2015-03-15 Changed I.Fuhrmann divers divers updates 2015-03-17 Checked T. Schreckenberg 2015-03-22 Approved Dr. Gutzeit 03 2015-09-28 Changed I.Fuhrmann divers divers updates 2015-10-04 Checked T. Schreckenberg 2015-10-12 Approved Dr. Gutzeit 04 2016-04-13 Changed I.Fuhrmann divers divers updates 2016-04-20 Checked F. Mengeringhausen 2016-04-27 Approved Dr. Gutzeit 05 2017-02-20 Changed I.Fuhrmann divers divers updates 2017-02-28 Checked F. Mengeringhausen 2017-03-07 Approved Dr. Gutzeit 06 2017-03-22 Changed I.Fuhrmann divers divers updates 2017-03-29 Checked T. Schreckenberg 2017-04-04 Approved Dr. Gutzeit 07 2019-04-01 Changed W. Pickart all update according to documentation-check 2019-04-02检查I. Fuhrmann 2019-04-03批准了Gutzeit博士08 2019-09-12更改了W. PickArt根据评论2019-10-17检查了所有更新，检查了F. Mengeringhausen 2019-12-05批准Gutzeit批准Gutzeit博士09 2021-03-03-09更改了W. Pickart•Pickart•Pickart•1.6
主题AI和机器人基金-Natixis投资经理
最近的一些表现可能较低或更高。作为资本价值和收益随时间变化（尤其是由于货币波动），股票的回购价格可能更高或低于其初始价格。所指示的绩效基于股票类别的NAV（净资产价值），并且是适用于基金的所有费用的净值，但不考虑出售佣金，税收或付款代理费用，并假定股息是重新投资的。考虑此类费用或佣金将降低回报。根据费用和入场费之间的差异，其他股份类的绩效将更高或更低。In the periods where certain share classes are not subscribed or not yet created (inactive share classes), performance is calculated based on the actual performance of an active share class of the fund whose characteristics are considered by the management company as being closest to the inactive share class concerned, after adjusting it for the differences between the total expense ratios (TER), and converting any net asset value of the active share class in the currency in which the inactive share class is listed.不活动共享类给出的性能是提供信息的计算结果。请阅读本文档末尾注释中给出的重要信息。（1）在做出任何最终投资决定之前，请参考基金的招股说明书和孩子。
系统和应用微生物学
最近，作为具有命名类型的原核生物的新的命名法守则已发表，因此随后已生效。系统和应用微生物学的编辑器（SAM）想概述日记本将如何处理所得的两个独立代码（ICNP和SEQCODE），以期在此期间将它们共存。sam都热衷于支持两种界限，因此提出了高质量，因此增加了耕种和未经培养的原核生物的分类价值。在这里，我们描述了将在SAM中发表的新分类单元描述手稿的最低要求和建议。分类学家和分子生态学家之间的最新辩论使微生物学带入了空前的十字路口，其中有两个独立的命名法规已生效。目前正在进行广泛修订的原核生物命名法（ICNP;（Parker等，2019））（Oren等，2021），一直是过去60年来命名原核生物的基础，自2001年以来，自2001年以来，仅在两种不同的过滤材料中沉积了纯纯培养物。 On the other hand, and after our sugges- tion to take action ( Konstantinidis et al., 2017 ), some microbiologists, including several molecular ecologists and taxonomists, created the new Code of Nomenclature of Prokaryotes Described from Sequence Data (SeqCode; ( Hedlund et al., 2022; Whitman et al., 2022 )), which considers genome sequences deposited in INSDC回购之一是类型材料。目前正在进行广泛修订的原核生物命名法（ICNP;（Parker等，2019））（Oren等，2021），一直是过去60年来命名原核生物的基础，自2001年以来，自2001年以来，仅在两种不同的过滤材料中沉积了纯纯培养物。On the other hand, and after our sugges- tion to take action ( Konstantinidis et al., 2017 ), some microbiologists, including several molecular ecologists and taxonomists, created the new Code of Nomenclature of Prokaryotes Described from Sequence Data (SeqCode; ( Hedlund et al., 2022; Whitman et al., 2022 )), which considers genome sequences deposited in INSDC回购之一是类型材料。这代表了一种直接的解决方案，用于推进有关以稳定命名法的未经文化类群分类法进行的科学沟通。ICNP和SEQCODE广泛重叠，但后者包括几种改进，使命名法更易于访问，更易于应用，并且更容易被启用（Whitman等，2022）。除了基因组序列作为类型材料的改进和实施外，Seqcode还包括一个在线自我注册系统（https://seqco.de/），该系统代表了生成官方记录并确定名称优先级的主要机制。名称的验证是通过注册表平台进行的，其中包括原始出版物的DOI，或者作者可以在获得DOI之前注册其名称，这将使他们能够在审查时收到反馈并在手稿中纠正术语。相比