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2024-25 年议会预算提案
All Funds The All Funds Budget is the broadest measure of spending; it accounts for unrestricted and restricted State funds, as well as funds received from the Federal government. The Assembly proposes an All Funds budget of $245.8 billion for State Fiscal Year (SFY) 2024-25, which is $13.1 billion or 5.6 percent over the Executive proposal. This increase is largely attributed to $10 billion in spending actions related to Medicaid; and commitments to School Aid, Higher Education, human services, Indigent legal representation, transportation, and various programs. The Assembly All Funds receipts are projected at $241.6 billion, which represents an increase of $13.7 billion over the Executive, and an increase of $10.3 billion or 4.5 percent above SFY 2023-24 estimates. This is mainly attributed to $7 billion in Federal receipts from Medicaid and the new Managed Care Organization (MCO) revenue proposal, $2.3 billion in new taxes, and $1.4 billion from consensus revenue. State Funds State Funds spending consists of the General Fund, Debt Service Funds, Capital Projects Funds and Other State Funds. State Funds spending under the Assembly proposal is projected to total $154.4 billion in SFY 2024-25 , representing an increase of $10 billion or 6.9 percent over the Executive's estimate, an increase of $15.6 billion over SFY 2023-24, of which $7.1 billion is Medicaid. The Assembly projects State Funds receipts in SFY 2024-25 will total $149.8 billion, an increase of $10.7 billion over the Executive, and an increase of $12.7 billion or 9.3 percent from
刺激性辐射中的低功率电子技术...
图1：充满活力的辐射环境。（a）宇宙银河辐射是银河事件的重复，例如发射γ-射线和高能量颗粒的超新星explosions和脉冲星（83.3％P +，13.72％↵，2％β，0.98％重量IONS）。（b）深空的另一个来源是宇宙太阳辐射，它发出p +，β，X射线和γ射线；这些组件的浓度和能量因太阳能活动（太阳风，太阳能和冠状质量弹出）而异。(c) The earth's magnetic field and atmosphere play a significant role in limiting some of these parti- cles reaching the surface of the earth where they are trapped inside the Van Allen outer magnetic belt (it consists mainly of β ), whereas the other cosmic particles interact with atmospheric par- ticles producing β , p + , and a small portion of heavy ions and trapped inside the inner belt.因此，可以将范艾伦带分类为位于地球轨道区域的辐射环境。（d）然而，某些宇宙辐射仍然可以通过这些皮带，并与地球大气分子（例如氧和氮）产生N 0，P +和PIONS（⇡）反应； ⇡最终β对（E -E +）和中微子。除了这些颗粒外，γ射线还从雷暴期间从大气中发出。（e）二元活性材料，例如铀，th及其衍生物，是另一种发射的陆层来源，它发出了↵，β和γ射线。β表示E-或E +颗粒ratiation，并且有些是核反应的无需副产物（↵，β，β，n0和γ-ray），这些副产品由动力工厂FA-a-lations产生。每种辐射的贡献都取决于每个区域中所描绘的电子的位置，有关详细信息，请参见补充表1和2。
5 条价值链中的 10 个综合性 IPCEI - 竞争政策
单个项目的数量、涉及的成员国、批准的国家援助和预期的私人投资因 IPCEI 而异。最小的获批 IPCEI 包括来自 6 个成员国的 14 个项目，总计最多 10 亿欧元的国家援助和预期的私人投资 59 亿欧元。最大的获批 IPCEI 包括来自 14 个成员国的 68 个项目，总计最多 81 亿欧元的国家援助和预期的私人投资 137 亿欧元。
使用滑动窗纹理特征提取的脑肿瘤分割，然后是模糊的c均值聚类
在本文中，使用滑动窗口机理的混合方法，然后是模糊C，意味着针对自动化的脑肿瘤提取提出了聚类。所提出的方法包括三个阶段。第一阶段用于通过实施预处理技术，然后进行纹理特征提取和分类来检测肿瘤脑MR扫描。此外，此阶段还比较了不同分类器的性能。第二阶段由使用滑动窗口机理的肿瘤区域进行定位，其中大小的窗户扫描整个肿瘤MR扫描，窗户被归类为肿瘤或无肿瘤。第三阶段由模糊C组成，是指通过去除从阶段2获得的错误分类窗口来获得肿瘤的确切位置。2D单光谱解剖学特性MRI扫描被考虑进行实验。结果在灵敏度，特异性，准确性，骰子相似性系数方面表现出显着的结果。
