PerformanceTest 9.0 Build 1035- Fixed a crash at startup on some systems when collecting SMBIOS system informationPerformanceTest 9.0 Build 1034- Fixed some display issues when collecting system information for graphics cards:- on systems with integrated & discrete cards in some cases multiple entries were displayed- monitors were not assigned to the correct video card- some Nvidia cards were not being saved in the baseline correctlyPerformanceTest 9.0 Build 1033- Fixed a crash on startup when collecting graphics system infromationPerformanceTest 9.0 Build 1032- Fixed an issue when trying to print in windows 10- Fixed a crash on start up that could occur on Intel Baytrail systems due to an invalid MSR read- Made some changes to try and stop crashes during the advanced disk IOPS test when the hard drive is failing/responding abnormally- Fixed a bug with the save results as image function being impacted by the scroll bar on normal graph displays (would only save as many results as were displayed)- Added more information to "Could not reset the Direct3D device" errorPerformanceTest 9.0 Build 1031- Baseline management: added max cpu/3d/disk scores to advanced baseline search windows. Will now force a min and max score entry (with a differnence no larger than 1000) when doing a search based only on a cpu/3d/disk score.- Removed Nvidia G-Sync check before submitting baseline results as the Nvidia API was not reliable and could indicate G-Sync was enabled on systems that did not support it- Fixed a bug in the DX12 test where it would not always choose the video card with the largest amount of RAMPerformanceTest 9.0 Build 1030- System information library updated to support Radeon RX 590, support for retrieving CPU info for Intel GoldmontPerformanceTest 9.0 Build 1029- Fixed a crash that could occur during the disk testPerformanceTest 9.0 Build 1028- Fixed a bug when enumerating display modes for the DX10 test where no compatible card would be found if there was a large amount (>500) of display modes- Updated temperature offsets for some AMD Ryzen CPUs to make the temperatures more accuratePerformanceTest 9.0 Build 1027- Updated system information library to fix a crash that could occur on Windows 10 Enterprise with device guard enabled on some AMD systemsPerformanceTest 9.0 Build 1026- Fixed a crash that could occur in the Advanced Disk Drive Performance test when a call to get the drive information failed- Changed advanced memory test to allocate up to 25% of system ram (previously would limit to 2GB)- Fixed a crash that could occur when adding a large amount of baselines at once using the baseline management windowPerformanceTest 9.0 Build 1025Fixed an issue with NUMA settings when selecting a processor using a different node to the one the PerformanceTest EXE was running onFixed a crash that could occur at startup due to a buffer overflow when downloading updated chart dataPerformanceTest 9.0 Build 1024- Made a change so that the high powered card on dual graphics card systems is displayed in the "your card vs" comparisons- Advanced Drive Test, fixed freeze bug when filesize is larger than the maximum allowed per the drive's filesystem.- Advanced Drive Test, Widen the rows on the table and updated displayed precision for Latency Read/Write tests (will show microseconds, us, instead of ms where applicable). This is important when benchmarking very low latency RAM drives.- Advanced Drive Test, Improved test consistency. Previously the creation of the test file and the the actual test period could overlap on some disk systems due to caching. This could cause a slow start to the test. If a drive respects caching directives this shoould no longer happen.- Fixed openCL test crashing/not displaying an error message when no openCL library is available- Added monitor DPI to baseline information- Updated system information library to correctly report details about new hardwarePerformanceTest 9.0 Build 1023- Made some changes so test scores greater than 0 but less than 1 are rounded up to 1 when displayed (to avoid them showing as 0)- Added a new example baselines to reflect newer hardware on the market- Started displaying text scaling factor / DPI settings in the with video card information. The DPI setting can impact the 2D results (more pixels to move around means slower 2D at high DPI)PerformanceTest 9.0 Build 1022- Fixed a crash that could occur when exporting a test graph (eg advanced memory test) to an image- Fixed a bug in the Advanced memory test where NUMA settings were not being taken into account for memory latency and block size testing- Fixed a crash that could occur in the memory latency testPerformanceTest 9.0 Build 1021- Fixed the naming of some AMD RX 560 cards when they share the same device ID as the RX 460- Updated help to a new format to allow opening and display of current topic on Win10 systemsPerformanceTest 9.0 Build 1020- Added a 64bit build of the DX12 test executable which will be launched on 64bit systems
The Apple MacBook Air 13 (2022) and the HP ENVY x360 13 (2020) are both ultraportable laptops designed for general productivity. The Apple laptop is a better device overall as it has a sturdier build, a sharper display, a larger and more responsive touchpad, and a much better webcam. The Apple laptop's M2 SoC is faster than the HP laptop's Intel 11th Gen processors, which means you can perform more demanding tasks while experiencing fewer slowdowns and stutters. However, the HP has a wider port selection, and it's a 2-in-1 convertible, meaning you can use it as a tablet. It's also available with some features that the Apple laptop lacks, like a 1000 cd/m display and a privacy filter to hide the contents of your screen from prying eyes.
PassMark PerformanceTest 9.0 Build 1033 With Keygen
Download File: https://shurll.com/2vCWbD
The Framework Laptop (2021) is better than the HP ENVY x360 13 (2020) for most uses. The Framework Laptop has a sharper display, better-sounding speakers, a larger and more responsive touchpad, and a much better webcam. The Framework Laptop's build feels sturdier, it's easier to repair and upgrade, and its modular port system lets you change the port configuration on the fly to suit your needs. On the other hand, the Envy x360 is a 2-in-1 convertible that you can use as a tablet, its keyboard feels more comfortable to type on, and it's available with a 1000 cd/m display and AMD Ryzen 5000-series CPUs.
The HP Chromebook x360 14 (2021) and the HP ENVY x360 13 (2020) are both laptops with 360-degree hinges and touchscreens that you can use in tablet mode, but the Chromebook runs Chrome OS, while the ENVY runs Windows. The ENVY is a significantly better laptop overall, with a better-quality build, an extremely bright screen you can use in direct sunlight, a better-feeling keyboard, and a more flexible port selection. Also, the ENVY is more portable, its battery lasts much longer, and you can get it with a variety of powerful AMD and Intel CPUs and faster NVMe SSD storage. On the other hand, the Chromebook has better-sounding speakers, and since it's fanless, it's completely silent even under load.
Frequency domain decomposition (FDD) is a well-established spectral technique used in civil engineering to analyse and monitor the modal response of buildings and structures. The method is based on singular value decomposition of the cross-power spectral density matrix from simultaneous array recordings of ambient vibrations. This method is advantageous to retrieve not only the resonance frequencies of the investigated structure, but also the corresponding modal shapes without the need for an absolute reference. This is an important piece of information, which can be used to validate the consistency of numerical models and analytical solutions. We apply this approach using advanced signal processing to evaluate the resonance characteristics of 2-D Alpine sedimentary valleys. In this study, we present the results obtained at Martigny, in the Rhône valley (Switzerland). For the analysis, we use 2 hr of ambient vibration recordings from a linear seismic array deployed perpendicularly to the valley axis. Only the horizontal-axial direction (SH) of the ground motion is considered. Using the FDD method, six separate resonant frequencies are retrieved together with their corresponding modal shapes. We compare the mode shapes with results from classical standard spectral ratios and numerical simulations of ambient vibration recordings.
Absolute risk is the probability that a cause-specific event occurs in a given time interval in the presence of competing events. We present methods to estimate population-based absolute risk from a complex survey cohort that can accommodate multiple exposure-specific competing risks. The hazard function for each event type consists of an individualized relative risk multiplied by a baseline hazard function, which is modeled nonparametrically or parametrically with a piecewise exponential model. An influence method is used to derive a Taylor-linearized variance estimate for the absolute risk estimates. We introduce novel measures of the cause-specific influences that can guide modeling choices for the competing event components of the model. To illustrate our methodology, we build and validate cause-specific absolute risk models for cardiovascular and cancer deaths using data from the National Health and Nutrition Examination Survey. Our applications demonstrate the usefulness of survey-based risk prediction models for predicting health outcomes and quantifying the potential impact of disease prevention programs at the population level. PMID:23686614
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