Setup

摘要： 怎样使多版本Office和平共处当系统同时安装了多个版本的Office后,双击一个Office文档时,默认使用最后安装的那个Office版本打开文档。解决的方法其实很简单,即运行C:Program-FilesCommon FilesMicrosoft sharedOffice InOffice SetupController文件夹中的setup.exe,然后在Office安装向导中,选中“添加或删除功能”,但并不进行任何其他操作,直接单击“继续”按钮,出现“配置进度”窗口。

摘要： Silicon Labs(亦称“芯科科技”)与全球320万用户首选的领先智能照明供应商Yeelight宣布:双方合作推出一款新型智能LED灯泡,支持Google Home应用程序中的Seamless Setup。Yeelight的M2智能LED多色灯泡在设计中采用了Silicon Labs的蓝牙BG21片上系统(SoC),可实现可靠的无线连接,并支持用户在Google Home应用程序中连接和控制智能家居设备,而无需其他应用程序。

摘要： Objective: To investigate the effect of onboard image (OBI) system-based image guided radiotherapy (IGRT) on the precision of fractionated intensity modulated radiotherapy (IMRT) for patients with locally advanced rectal cancer. Methods: The IGRT validation images of the 12 patients with rectal cancer were obtained after initial setup by the OBI system of Varian Novalis TX linear accelerator, and registered to the planning CT image system. Subsequently, the setup deviations on three translational directions [ventral-dorsal direction (VD), cranial-caudal direction (CD) and lateral direction (LD)] for the three-validation phase including Pre-treatment (Pre-RT1), repositioning (Pre-RT2) and Post-treatment (Post-RT) were obtained and comparatively analyzed. Results: The frequency of setup deviation of ≤2.0 mm in the lateral, cephalocaudal and ventral direction was 83.01%, 65.71%, and 68.91%, respectively for Pre-RT1;100%, 98.72% and 100%, respectively for Pre-RT2;100%, 97.76%, and 99.68%, respectively for Post-RT. Compared with the Pre-RT1 phase, the ranges of setup deviation on Pre-RT2 and Post-RT phases possessed a significant contraction trend. The absolute values of setup deviations on the three translation directions between the Pre-RT1 and Pre-RT2 or Post-RT were statistically significant (p < 0.05). Through positioning adjustment based on IGRT based on the OBI system, the setup deviations on the three translational directions decreased significantly. Conclusion: Application of OBI-based daily IGRT may help improve the precise delivery of fractionated IMRT by decreasing the inter- and intra-fractionated setup deviation in the ventral-dorsal direction, cranial-caudal direction and lateral direction for patients with locally advanced rectal cancer.

摘要： Purpose: To investigate the feasibility of applying ANOVA newly proposed by Yukinori to verify the setup errors, PTV (Planning Target Volume) margins, DVH for lung cancer with SBRT. Methods: 20 patients receiving SBRT to 50 Gy in 5 fractions with a Varian iX linear acceleration were selected. Each patient was scanned with kV-CBCT before the daily treatment to verify the setup position. Two other error calculation methods raised by Van Herk and Remeijer were also compared to discover the statistical difference in systematic errors (Σ), random errors (σ), PTV margins and DVH. Results: Utilizing two PTV margin calculation formulas (Stroom, Van Herk), PTV calculated by Yukinori method in three directions were (5.89 and 3.95), (5.54 and 3.55), (3.24 and 0.78) mm;Van Herk method were (6.10 and 4.25), (5.73 and 3.83), (3.51 and 1.13) mm;Remeijer method were (6.39 and 4.57), (5.98 and 4.10), (3.69 and 1.33) mm. The volumes of PTV using Yukinori method were significantly smaller (P 0.05) among three methods. Conclusions: In lung SBRT treatment, due to fraction reduction and high level of dose per fraction, ANOVA was able to offset the effect of random factors in systematic errors, reducing the PTV margins and volumes. However, no distinct dose distribution improvement was founded in target volume and organs at risk.

摘要： 有时我们需要将设计作品打印出来,为了解具体尺寸,需要将图片像素和实际打印尺寸进行换算,进行打印测试又浪费纸张,要是能在屏幕上实现软件测量,就方便许多了。借助于PMeter这个小工具,就不用拿个尺子在屏幕上比划了!PMeter软件可作为普通软件安装使用,安装过程中选择Local setup方式即可;

摘要： 绿色软件不用安装且可直接拷贝到闪存盘中运行,但随身盘中的绿色软件数量一多,要启动时不便于查找。用PStart小工具来管理绿色软件,让闪存盘拥有一个＂开始＂菜单,便可快速启动软件了。

摘要： Objective: We aim to quantify the magnitude of setup errors in intensity-modulated radiotherapy (IMRT) treated Head and Neck cancer patients and recommend appropriate PTV margin. Methods: 60 patients with head and neck cancer required bilateral neck irradiation were planned and treated by simultaneous integrated boost IMRT technique either treated radically or postoperative. Patients undergoing image-guided radiotherapy (IGRT) each with once weekly scheduled cone beam computed tomography (CBCT). The 3D displacements, systematic and random errors were calculated. The appropriate PTV expansion was determined using Van Herk’s formula. Results: Mean 3D displacement was 0.16 cm in the vertical direction, 0.14 cm in the horizontal direction and 0.16 cm in the longitudinal direction. Conclusion: Use of weekly CBCT allows the planning target volume (PTV) expansion to be reduced according to our setup. The appropriate clinical target volume (CTV)-PTV margin for our institute is 0.30 cm, 0.38 cm, and 0.33 cm in the horizontal, vertical, and longitudinal directions, respectively.

摘要： A new method of single-particle monitoring is presented to meet the requirement of single-event effect experiment of aerospace components.The schematic drawing of the Single-particle monitoring detector is shown in Fig.1,and the whole setup is operated in a high vacuum chamber.

摘要： Given a sample of regression data from (Y, Z), a new diagnostic plotting method is proposed for checking the hypothesis H0: the data are from a given Cox model with the time-dependent covariates Z. It compares two estimates of the marginal distribution FY of Y. One is an estimate of the modified expression of FY under H0, based on a consistent estimate of the parameter under H0, and based on the baseline distribution of the data. The other is the Kaplan-Meier-estimator of FY, together with its confidence band. The new plot, called the marginal distribution plot, can be viewed as a test for testing H0. The main advantage of the test over the existing residual tests is in the case that the data do not satisfy any Cox model or the Cox model is mis-specified. Then the new test is still valid, but not the residual tests and the residual tests often make type II error with a very large probability.

摘要： 本发明公开了一种快速配置BIOS的SETUP选项的方法及装置，该方法包括：构建关于BIOS的SETUP选项的结构体，结构体中包含各SETUP选项，以及各SETUP选项对应的更改内容；在BMC/SMC中构建结构体以接收BIOS的各SETUP选项的当前配置状态；通过BMC/SMC的web界面获取配置请求，根据配置请求导出对应的文本文件；将最新配置状态转换为最新文本文件，并通过BMC/SMC的web界面导入BMC/SMC中；将最新文本文件发送给相同型号的服务器中。由此可见，用户可以对一台服务器的BIOS的SETUP选项进行配置，然后将对应的文本文件发送在相同型号的服务器上，实现批量修改的目的。

摘要： 本发明公开了一种用于服务器的BIOS的SETUP选项的配置方法和系统，该方法包括：预先在各BIOS源代码中构建第一结构体，第一结构体中包含该BIOS对应的SETUP选项，以及各SETUP选项对应的更改内容，在各BMC中构建和该BMC一一对应的BIOS相同的第一选项，在SMC中构建与各BMC相同的第二结构体；在SMC的web界面中，通过第二结构体、第一选项和第一结构体获取各BIOS的各SETUP选项的当前配置状态；通过SMC的web界面获取各BIOS对应的SETUP选项的配置信息；通过第二结构体、第一选项和第一结构体，将对应的配置信息发送给各BIOS。通过SMC的web界面对所有的BIOS进行配置管理，避免了打开每一个BMC的web界面一一配置的情况，实现了对服务器的BIOS的有效配置，降低了配置的时间成本。

摘要： 本发明提供一种BIOS Option Rom Setup选项本地翻译方法，包括本地字库构建：导出所连接的外设需要翻译的PCIE UEFI Option Rom的语言包；将PCIEUEFI Option Rom的语言包翻译成所需支持的语言，并提取外设FORMGUID作为翻译语言包的标签；导入翻译后的语言包后重新编译BIOS；本地翻译：BIOS加载外设，基于所加载外设的FORMGUID，判断当前外设是否有已经翻译的支持语言；若有，BIOS加载相应支持语言，显示在BIOS配置界面中，若无，则显示原有语言选项。本发明能够解决对商用PCIE外设，翻译成支持语言，以便工作人员的操作。

摘要： 本发明公开了一种BIOS Option Rom Setup选项网络翻译系统和方法。使用本发明能够解决对商用PCIE外设，提供汉化翻译的问题。本发明翻译系统由BIOS加载，通过分析外设板卡类型、Option Rom解析确认其是否有中文语言包、本地翻译与网络翻译结合，并把翻译完的结果生成语言包的形式添加到新的包中，UEFI BIOS自动匹配所有支持的语言进行显示。本发明可以在BIOS界面上显示出Option Rom汉化选项，解决了商用板卡中，不配备中文语言包的问题，提升了国内用户使用商用板卡的便利性。同时，本发明为动态翻译，不需要BIOS厂商或其他BIOS工作人员事先对商用板卡的语言包进行提取、翻译和预置中文语言包，提升了外设板卡本地语言自动适配能力。

摘要： 本申请公开了一种基于Setup界面的BIOS更新方法，该方法在BIOS Setup界面中增加了BIOS更新选项，在用户选择BIOS更新选项之后，通过与BIOS更新选项关联的callback函数调用代码中新增的目标功能模块，进而利用目标功能模块实现BIOS更新过程。最终基于Setup界面中的BIOS更新选项实现一键更新，不需要用户输入任何命令，也无需依赖第三方软件或工具即可完成BIOS更新过程，方便服务器客户独立进行BIOS升级操作，降低服务器供应商的技术支持工作量。此外，本申请还提供了一种基于Setup界面的BIOS更新装置、设备及可读存储介质，其技术效果与上述方法的技术效果相对应。

摘要： 本发明公开了一种BIOS Setup设置项的定制版本实现方法、装置、系统及计算机可读存储介质，包括预先建立与每个客户制定需求别名各自对应的设置项修改规则的对应关系；其中，客户制定需求别名为基于客户信息及与客户信息对应的定制需求信息得到的，设置项修改规则为预先根据定制需求得到的；获取当前选定的目标客户制定需求别名；依据目标客户制定需求别名从与每个客户制定需求别名各自对应的设置项修改规则的对应关系中，确定出与目标客户制定需求别名对应的目标设置项修改规则；依据目标设置项修改规则对BIOS Setup中的目标设置项进行相应的修改；本发明可以大大简化定制过程，有利于减少开发人员的工作量、开发成本和维护成本。

摘要： 本发明提供一种BIOS Setup界面控制方法、系统、终端及存储介质，包括：所述BMC接收界面切换指令，通过OEM命令调用GPIO的pin；所述BMC根据界面切换指令切换GPIO pin电位；所述BMC通过IPMI采集当前BIOS菜单信息，对切换结果进行校验。本发明通过BMC控制拉高或者拉低控制GPIO pin,然后再利用BMC和BIOS之间的IPMI通信交互，来实现了BIOS Setup界面打开或者关闭隐藏项，这样实现了远程高效切换“专家菜单”和“普通模式”。

摘要： 本发明涉及服务器技术领域，提供一种基于BIOS Setup界面信息的动态更新方法及系统，方法包括：读取预先配置的作为数据来源的标识位的参数；对读取到的标识位的参数进行解析，判断Setup界面的PN信息的数据来源；当Setup界面的PN信息的数据来源为BMC的现场可替换装置Fru时，执行与BMC的现场可替换装置Fru相匹配的信息动态更新动作；当Setup界面的PN信息的数据来源为电子可擦除只读存储器EEPROM时，执行与电子可擦除只读存储器EEPROM相匹配的信息动态更新动作，从而实现根据不同客户的定制需求，从不同数据源获取数据，动态更新PN信息。

摘要： 本申请公开了一种ARM服务器中基于CentOS的BMC setup选项修改方法，该方法借助一个带外工具即命令终端配置工具，在与BMC进行权限验证之后，利用配置文件工具通过BIOS提供的虚拟通道与BMC进行数据交互，实现BMC setup选项的查询和修改，过程简单，满足ARM服务器机群规模化部署和自动化运维的部署需求。此外，本申请还提供了一种ARM服务器中基于CentOS的BMC setup选项修改装置、设备及可读存储介质，其技术效果与上述方法的技术效果相对应。

摘要： 本申请公开了一种BIOS setup界面访问控制设备，该设备包括分别用于实现产品内测阶段以及产品发布阶段下BIOS setup界面访问控制的第一可编程逻辑器件以及第二可编程逻辑器件，第一可编程逻辑器件用于开启BIOS UART控制台的TX接口以及RX接口，可以满足产品内测阶段下对于BIOS setup界面访问控制输入以及输出数据的传输需求；第二可编程逻辑器件用于开启TX接口并关闭RX接口，可以在支持BIOS输出的前提下拦截外部对于UART的输入，从物理层面直接阻断了非安全访问。本申请还提供了BIOS setup界面访问控制方法、装置、系统及一种可读存储介质，具有上述有益效果。