XiaoMi-AI文件搜索系统
World File Search Systemparticularly
长期以来，中国小说中浪漫爱情的演变（618-2022）：一种定量方法⋆
Abstract Literary scholars have long observed the 昀氀uctuating popularity of romantic love in Chinese 昀椀ction, and the existence of periods when romantic love was particularly central to Chinese 昀椀ction: The High Tang Dynasty (short stories), the Yuan Dynasty (plays), the High Qing Dynasty (scholar-beauty novels), and the most recent period (modern series, web novels).但是，这些观察结果仍然是质的，中国的整体文化历史仍然未知。中国爱的历史上是否有模式？我们可以定量描述它吗？我们可以解释吗？在这里，我们提供了一个新的数据库，从唐朝（618 AD）到现代时代（2022年）的中国昀碗ction（n = 3496）的摘要图（n = 3496）。使用语言探究方法，我们首先认为，从长远来看，浪漫爱情的进化模式对应于文学学者和文化史学家报道的定性观察，在古代和现代阶段（1978年后）中有所增加。然后，我们测试这些模式是否可以通过人们对增加经济发展的偏好的变化来解释。与以前的工作一致，我们表明浪漫爱情的兴起与中国历史上经济发展的起伏相关。
哈佛催化剂多样性包容...
多样性包容和社区伙伴关系DICP任务办公室多样性包容和社区部分伙伴关系办公室（DICP）的使命是将多样性纳入健康，生物医学，行为和STEM领域，以建立个人和机构能力，以实现卓越，促进卓越，促进创新，并确保在健康中的健康状况，并在国家，全球和全球范围内和全球范围内。About DICP The Office for Diversity Inclusion and Community Partnership (DICP) at Harvard Medical School (HMS) was established to promote the increased recruitment, retention and advancement of diverse faculty, particularly individuals from groups underrepresented in medicine (URM), at HMS and to oversee all diversity and inclusion activities involving HMS facul- ty, trainees, students and staff.DICP的少数族裔教师发展计划（MFDP）成立于1990年，赞助了HMS教职员工的发展计划，重点是指导和领导力，以及签署的计划，这些计划将签署，以与前大学和大学人口联系，以便将杰出的学生，尤其是URM学生带入管道。在MFDP的宙斯盾下，有几个计划旨在培养和鼓励对医学和/或生物医学科学职业感兴趣的才华横溢的学生。有关DICP的更多信息，请访问：https：//dicp.hms.harvard.edu
甘蔗育种：技术和方法驱动的奇妙的过去和有希望的未来
甘蔗是世界上最重要的糖和能源作物。在甘蔗育种期间，技术是需求，方法是手段。我们知道，种子是甘蔗产业发展的基石。Over the past century, with the advancement of technology and the expansion of methods, sugarcane breeding has continued to improve, and sugarcane production has realized a leaping growth, providing a large amount of essential sugar and clean energy for the long-term mankind development, especially in the face of the future threats of world population explosion, reduction of available arable land, and various biotic and abiotic stresses.Moreover, due to narrow genetic foundation, serious varietal degradation, lack of breakthrough varieties, as well as long breeding cycle and low probability of gene polymerization, it is particularly important to realize the leapfrog development of sugarcane breeding by seizing the opportunity for the emerging Breeding 4.0, and making full use of modern biotechnology including but not limited to whole genome selection, transgene, gene editing, and synthetic生物学，结合遥感和深度学习等信息技术。鉴于此，我们从技术和方法的角度专注于甘蔗育种，回顾了主要历史，指出了当前的状态和挑战，并为智能育种前景提供了合理的前景。
劳伦斯·伯克利国家实验室
合成生物学的进步促进了将异源代谢途径掺入各种细菌底盘中，从而导致靶向生物产品的合成。然而，异源生产途径的总产量可能会遭受低浮标，酶滥交，有毒中间体的形成或对竞争反应的中间损失，这最终阻碍了其全部潜力。基于蛋白质的细菌微校区（BMC）的自组装，易于修饰的，提供了一种复杂的方法来克服这些障碍，通过充当与细胞的调节性和代谢网络解耦的自主催化模块。More than a decade of fun- damental research on various types of BMCs, particularly structural studies of shells and their self-assembly, the recruitment of enzymes to BMC shell scaffolds, and the involve- ment of ancillary proteins such as transporters, regulators, and activating enzymes in the integration of BMCs into the cell's metabolism, has signi fi cantly moved the fi eld 向前。这些进步使生物工程师能够设计合成的多酶BMC，以促进乙醇或氢的产生，增加细胞多磷酸盐水平，并将甘油转化为丙二醇或甲酸盐或丙酮酸。这些开创性的努力揭示了合成BMC的巨大潜力，以封装非本性多酶生化途径以合成高价值产品。
海藻提取物作为可持续农业的工具
The rational use of biologically active substances or plant growth stimulants from natural materials like seaweed is one of the most promising trends in agriculture, as seaweed is considered a safe and sustainable bio stimulant for improving plant growth, particularly under abiotic stress due to its high content of Cytokinin's, auxins, gibberellins, amino acids, phytohormones, Osmo protectants, mineral nutrients, and抗菌化合物。当前的工作探讨了海藻提取物对不同作物的影响，它们在植物中起的功能作用以及海藻提取物在综合作物管理系统中的潜在价值对可持续作物生产。各种元素会影响农业中使用的海藻提取物的有效性，例如海藻，制造方法和浓度，而应用技术被认为是海藻提取物在改善植物生长中有效性的决定因素。海藻提取物以两种基本方式合成：通过物理技术和化学方法。使用碱提取是最商业的方法，在维持生物活性成分方面非常有效。许多报告已经证实了海藻提取物在改善植物生长方面的疗效及其在改善种子发芽，改善根系的生长，提高幼苗生存率，提高幼苗生长和在非生物胁迫下提高植物的生长和生产力，并增强植物对病原体的耐药性。
用Yolov9的在线多对象跟踪和通过光流优化的DeepSort
To ensure reliable environmental perception in the realm of autonomous driving, precise and robust multi- object tracking proves imperative.This study proposes an innovative approach to multi-object tracking by combining YOLOv9's sophisticated detection capabilities with an enhanced DeepSORT tracking algorithm, enriched through the integration of optical flow.In the proposed method, the YOLOv9 detector acutely identifies objects in input images, and these detected entities are subsequently transmitted to the optimized DeepSORT tracking algorithm.The principal contribution of this study lies in improving the Kalman filter measurement model within DeepSORT by incorporating robust local optical flow, thus adding a velocity dimension to the filter's update vector.这种新颖的方法可显着提高遮挡，快速运动和外观变化的追踪弹性。Evaluations on MOT17 and KITTI show substantial improvement gains of 2.42%, 2.85%, and 1.84% for HOTA, MOTA, and IDF1, respectively, on MOT17, and 1.94% in MOTA and 2.09% in HOTA on KITTI.The proposed method particularly excels in managing scenarios involving dense traffic and light variations, which are recurrent problems in dynamic urban environments.This enhanced performance positions the proposed solution as an essential component of future perception architectures for autonomous vehicles, promising safer and more efficient navigation in the complex real world.
On the Feasibility of CubeSats Application Sandboxing for Space Missions
Satellites, now numbering over 10,000 as of 2024 [43], have transitioned from extraordinary space achievements to common orbital fixtures, especially with the surge in small satellites like CubeSats and nanosatellites. This accessibil- ity has allowed diverse entities, including universities and startups, to engage in space projects. However, the ease of developing these smaller satellites often comes at the cost of security, making them prone to cyberattacks. Teams be- hind these projects may lack comprehensive cybersecurity knowledge, leading to significant vulnerabilities. Furthermore, the evolving nature of cybersecurity means satellite software can quickly become outdated, with updates in orbit posing a challenge, as noted in research like Willbold et al. [47]. Concurrently, there has been a significant evolution in satellite on-board computing, particularly in processing power. This advancement enables small satellites to run full operating systems like Linux, a shift from the basic systems in earlier models. This technological progress enhances satellite func- tionalities but also adds complexity and vulnerability, neces- sitating stronger security measures. As systems become more sophisticated, they are more susceptible to threats, requiring a layered defense approach. Sandboxing is one of the effective methods to isolate software vulnerabilities and protect these advanced systems. In this paper, we discuss the process of selecting a sandbox- ing mechanism for a satellite project currently under develop- ment, named RACCOON [41]. The project's goal is to design
导出控制协议
双重使用的关注研究意味着生命科学的研究，基于当前的理解，可以合理地预期提供知识，信息，产品或技术，这些知识，信息，产品或技术可能直接误用，以构成对公共卫生和安全，农作物和其他植物，动物，环境，材料，材料或国家安全的广泛潜在影响，对公共卫生和安全的广泛影响构成重大威胁。Entity of Particular Concern means the designation made by the U.S. Secretary of State of a nonstate actor engaging in particularly severe violations of religious freedom and may include, without limitation, Qa'ida affiliate Al-Shabaab, Boko Haram, Hayat Tahrir al-Sham, the Houthis, ISIS-Sahel (formerly known as ISIS-Greater Sahara), ISIS-West Africa, al Qa'ida affiliate Jamaat Nasr al-Islam Wal穆斯林和塔利班。设备的意思是，不考虑采购的总成本或要求，组合组件，配件，附件，固件或软件，可以一起运行以执行AS，或最终项目或系统的功能。设备可能是基于设备特性的最终项目的子集。符合22CFR§120.40（b）中最终项目定义的设备是最终项目。不符合最终项目定义的设备是组件，附件，附件，固件或软件。出于这些协议的目的，设备并不意味着2CFR§200.1中提供的定义。出口，除非在22 CFR§§§120.54，126.16或126.17中规定，含义：
事件报告
- Panel Discussions: The EU Ai Act and Global Alignment on AI Regulatory Efforts, Towards the Global Interoperability of AI: The role of global cooperation on standards, Geopolitical Influences on AI Development, Mitigating AI Risks through Safety and Fairness Measures, and Fireside Chat: Exploring the UN's AI Agenda under the Global Digital Compact and Keynote Session: Accelerating Responsible, Safe and Equitable AI Development - Not in particularly, the whole central organized program was interesting and fine because of the different type of sessions (presentation, panel discussion) - Equitable Access and Opportunity: AI for Inclusive Growth - One on AI standardisation - AI Act - AI Safety Institutes talking about their work - EU AI Act and globalisation standards - The impact of AI on innovation and technology - I found the side event of the EIT Digital Workshop very helpful in the morning, as it provided us the opportunity to contribute在一天中的讨论点上，即使我们不是峰会上的主要发言人：-)-小组讨论：欧盟AI法案和全球在AI监管工作方面的一致性 - 讨论的有用点，是对AI的治理，所有参与者，机构，机构，州，州，UN，UN，ONG的协调和对跨越的范围的跨度AII的竞争，而不是A.发达国家，对我来说，这是一个巨大的挑战！- 标准面板特别有用，因为它揭示了到目前为止，关于“ AI标准”的讨论如何不明确和不确定。有时由于没有说的话，面板很有用。- 地缘政治AI
西方保护策略
We would like to particularly thank for their thought-partnership: Sybil Ackerman-Munson, Taishya Adams, Lesli Allison, Grace Anderson, Maite Arce, Marcia Argust, Chris Armijo, Meaghan Calcari Campbell, Chanté Coleman, Amy Cordalis, Daniel Cordalis, Nicole Cordan, John Daly, Deb Davidson and the CLLC team, Hester Dillon, Erin Dovichin, Shanna Edberg, Andrew Fahlund, Amy Frykman and the Resource Media team, Patrick Gonzales Rogers, Kali Hannon, Keecha Harris, Niki Hawthorne, Jenny Hoffner, Alison Holloran, Val Hovland, Chase Huntley, Helena Jacobs, Lisa Jaguzny, Brian Johnson, Denise Joines, Jennee Kuang, Leander Lacy, Danielle Levoit, Jess Maher, Dr. Arthur Middleton, Angela Mooney D'Arcy, Cristina Mormorunni, Brian Murphy, Audrey Peterman, Jonathan Peterson, Matt Rafferty, Patrick Salazar, Eileen Shader, Keith Shattenkirk, Peter Skidmore, Sacha Spector, Dr. Julie Thorstenson，Whitney Tome和Raben Team，Julie Turrini，Wendy Vanasselt，Jeremy Vesbach，Luis Villa，Joel Webster，Joel Webster，Madeleine West，David Willms，尤其是Beach Codevilla。通过您的集体承诺和努力，我们将把保护运动转变为集中社区，并为北美西部保护野生动植物和我们所有人。我们很高兴支持您的工作，并欢迎您沿途继续投入和反馈。