Secure boot prevents a sophisticated and dangerous type of malware-a rootkit-from loading when you start your device. For more information see: Security Processor troubleshooting. If your security processor isn't working properly, you can select the Security processor troubleshooting link to see any error messages and advanced options. Check with your device manufacturer to see if your device supports TPM and, if so, steps to enable it. Note: If you don't see a Security processor entry on this screen then it's likely that your device doesn't have the TPM (Trusted Platform Module) hardware necessary for this feature or that it's not enabled in UEFI (Unified Extensible Firmware Interface). Select Security processor details for additional info and options. This is where you’ll find info about the security processor manufacturer and version numbers, as well as about the security processor’s status. Your security processor provides additional encryption for your device. To learn more about Core Isolation and memory integrity see Core isolation. By turning on the Memory integrity setting, you can help prevent malicious code from accessing high-security processes in the event of an attack. Memory integrity is a feature of core isolation. Select Core isolation details to enable, disable, and change the settings for core isolation features. Links to additional resources will be provided here as they become available.Notes: What you actually see on the Device security page may vary depending upon what your hardware supports.įor more info about Windows Security, see Stay protected with Windows Security.įor more info about Microsoft Defender Firewall, see Turn Microsoft Defender Firewall on or off.įor help with your password, see Change or reset your Windows password.Ĭore isolation provides added protection against malware and other attacks by isolating computer processes from your operating system and device. National Conference on Earthquake Engineering, Los Angeles, California, 2018. Murota, “Simplified Modeling for Two-Directional Behavior of High Damping Rubber Isolation Bearings,” to be presented at the Eleventh U.S. Kasai, “Validation of Hysteresis Model of Deformation-History Integral Type for High Damping Rubber Bearings,” Paper 4583, Proceedings of the 16th World Conference on Earthquake Engineering, Santiago, Chile, 2017.Īn updated version of this paper is available as K. The mathematical formulation was originally based on N. Referencesĭetails of the implementation of the link property are provided in the Technical Note available within the CSI software products using the command Help > Documentation > Technical Notes > High-Damping Rubber Isolator Link Property, a copy of which is available here: S-TN-LNK-001.pdf. These values can be determined from experiment or from the device manufacturer, such as Bridgestone or others. Parameters include control strains and strengths for one or more hysteresis loops, as well as a degradable elastic stiffness. Axial behavior is linear elastic, as well as that of the torsional and bending degrees of freedom, if non-zero. These isolators (bearings) provide coupled two-dimensional hysteretic damping in the shear degrees of freedom of the link, which is independent of axial force and rate of deformation. The high-damping rubber isolator link property is available in ETABS, SAP2000 and CSiBridge.
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