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Mem Reduct? Mem Reduct is a Windows application that reduces the memory usage of a computer by freeing up system resources that are not actively in use, resulting in improved system performance. How does Mem Reduct work? Mem Reduct works by monitoring the memory usage of a computer, identifying where system resources are not being actively used and freeing them up. This frees up memory and allows the computer to run more efficiently. Is Mem Reduct safe to use? Yes, Mem Reduct is safe to use. It does not make permanent changes to your system and will only free up system resources that are not actively being used. What are the system requirements for Mem Reduct? Mem Reduct requires a Windows operating system (Windows XP or later) and at least 256 MB of RAM. Is Mem Reduct free? Yes, Mem Reduct is completely free and open source software. Can Mem Reduct harm my computer? No, Mem Reduct cannot harm your computer. It only frees up system resources that are not actively being used, which can improve performance but will not cause any harm. Can Mem Reduct be used on a server environment? Yes, Mem Reduct can be used on a server environment. However, it should be noted that server environments typically require more memory allocation than client machines (personal computers). Does Mem Reduct have any impact on gaming performance? Mem Reduct may improve gaming performance by freeing up system resources that are not actively being used, which can provide more memory for running games. However, the degree of impact will depend on various factors such as the hardware configurations of the system, the software running simultaneously with the game, and the game's requirements itself. How often should I use Mem Reduct? The frequency of using Mem Reduct depends on the amount and duration of resource-intensive operations performed by your system. As a general guide, it is recommended to use Mem Reduct when you notice significant decrease in system performance that is due to high memory usage. Where can I download Mem Reduct? You can download Mem Reduct from its official website, which can be accessed at

Seq# 11184 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo03a Current log# 3 seq# 11184 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo03bThu Mar 3 07:15:28 2011Thread 1 advanced to log sequence 11185 (LGWR switch) Current log# 1 seq# 11185 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo01a Current log# 1 seq# 11185 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo01bThu Mar 3 07:16:06 2011Thread 1 advanced to log sequence 11186 (LGWR switch) Current log# 2 seq# 11186 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo02a Current log# 2 seq# 11186 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo02bThu Mar 3 07:16:59 2011Thread 1 advanced to log sequence 11187 (LGWR switch) Current log# 3 seq# 11187 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo03a Current log# 3 seq# 11187 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo03bThu Mar 3 07:17:34 2011Thread 1 advanced to log sequence 11188 (LGWR switch) Current log# 1 seq# 11188 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo01a Current log# 1 seq# 11188 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo01bThu Mar 3 07:18:03 2011Thread 1 advanced to log sequence 11189 (LGWR switch) Current log# 2 seq# 11189 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo02a Current log# 2 seq# 11189 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo02bThu Mar 3 07:18:26 2011Thread 1 advanced to log sequence 11190 (LGWR switch) Current log# 3 seq# 11190 mem# 0: /oradata/EMXSCOR4/data001/oralink/redo03a Current log# 3 seq# 11190 mem# 1: /oradata/EMXSCOR4/data001/oralink/redo03bI've 3 questions:1. What can I look into to make sure of my excessive temp usage - I feel 4.5 GB temp usage for at max 6 GB of index is on a higher side.2. What is "wait for unread message on broadcast channel" and how should I relate it with my impdp session.3. Why suddenly my redo log switches are so aggressive when Indexes start building - can I do anything to counter this behaviour?Thanks Much! March 03, 2011 - 8:08 am UTC 1) why do you feel that way? If you have a 6gb index - you'll have - well, about 6gb of stuff to sort - it is unlikely to fit into memory so it'll go into

Tmux-mem-cpu-loadCPU, RAM, and load monitor for use with tmuxDescriptionA simple, lightweight program provided for system monitoring in the statusline of tmux.The memory monitor displays the used and available memory.The CPU usage monitor outputs a percent CPU usage over all processors. It alsodisplays a textual bar graph of the current percent usage.The system load average is also displayed.Example output:2885/7987MB [||||| ] 51.2% 2.11 2.35 2.44 ^ ^ ^ ^ ^ ^ ^ | | | | | | | 1 2 3 4 5 6 7Currently used memory.Available memory.CPU usage bar graph.CPU usage percentage.Load average for the past minute.Load average for the past 5 minutes.Load average for the past 15 minutes.For terminals with 256 color support, graded colors can be displayed bypassing the --colors flag.InstallationDependenciesCurrently, Linux, Mac OSX, FreeBSD, OpenBSD, and NetBSD are supported.Building>= CMake -3.5C++ compiler with C++11 support (e.g. gcc/g++ >= 4.6)DownloadThere are links to the source code at the project homepage.Buildcd cmake .makeInstallsu -make installlogoutBuild and Install Using tpmInclude the plugin in your .tmux.conf, the same file you'll set theconfiguration in, below.set -g @plugin 'thewtex/tmux-mem-cpu-load'Install with Package ManagersGentoo: emerge tmux-mem-cpu-loadHomebrew: brew install tmux-mem-cpu-loadBuild and Install Using AntigenInclude the bundle in your .zshrcantigen bundle thewtex/tmux-mem-cpu-loadConfiguring tmuxEdit $HOME/.tmux.conf to display the program's output in status-left orstatus-right. For example:set -g status-interval 2set -g status-left "#S #[fg=green,bg=black]#(tmux-mem-cpu-load --colors --interval 2)#[default]"set -g status-left-length 60If you installed using tpm, you must specify the full path to thetmux-mem-cpu-load script, like below:set -g status-right '#[fg=green]#($TMUX_PLUGIN_MANAGER_PATH/tmux-mem-cpu-load/tmux-mem-cpu-load --colors --powerline-right --interval 2)#[default]'Note that the interval argument to tmux-mem-cpu-load should be the same numberof seconds that status-interval is set at.Another optional argument is the number of bars in the bar graph, whichdefaults to 10. This can, for instance, be set to the number of cores in amulti-core system.The colors option will add graded colors for each of the measures.The full usage:Usage: tmux-mem-cpu-load [OPTIONS]Available options:-h, --help Prints this help message-c, --colors Use tmux colors in output-p, --powerline-left Use powerline left symbols throughout the output, enables --colors-q, --powerline-right Use powerline right symbols throughout the output, enables --colors-v, --vertical-graph Use vertical bar chart for CPU graph-l , --segments-left Enable blending bg/fg color (depending

J-Mem memory viewer is a GUI application to display and modify the RAM and SFRs (Special Function Registers) of target systems while the target is running.J-Mem is part of the J-Link Software and Documentation Pack, which is available for download on the SEGGER webpage.Setting up J-MemWhen starting J-Mem a configuration dialog pops up,letting you select the needed configurations to connect to J-Link and the target.Note: To make sure the connection to the target device can be established correctly, the device, as well as the interface andinterface speed have to be given on start of J-Mem.J-Mem user interfaceThe user interface of J-Mem shows the content of a memory region from the target that J-Link is connected to.Furthermore, details about the connection to the target are displayed in the status bar.The memory window provides a range of different options regarding the displayed memory.J-Mem: Memory window optionsIn the following, these options are explained in detail from left to right (as seen in the screenshot above).Go ToUsing the Go To field (), the first address shown in the memory window can be set.The button to the right of the edit-field returns to the previously selected address.Access widthUsing the red buttons () to the right of the "Go To" field, the access width can be set.The number inside each button refers to the number of bytes that are accessed at once.This means that:1 refers to 8-bit access,2 refers to 16-bit access and4 refers to 32-bit access.Fill memoryBy clicking the icon () next to the access width buttons, a range of memory can be filled with a custom value.A custom can be chosen that the selected memory region is filled with.The region to fill can be determined by setting the and either the or .Save memory dataThe button () to the right of the "Fill memory" icon makes it possible to save a memory range in a binary file.Similar to the "Fill memory" option, the memory region to be saved can be determined by setting the and either the or .Periodic RefreshBy default, J-Mem only reads the memory to be displayed once when it is shown

Smaragdus Posts: 2120 Joined: Sat Jun 22, 2013 3:24 am Location: Aeaea Mem Reduct #1 Post by smaragdus » Fri Dec 25, 2015 11:09 am Mem Reduct Description:Lightweight real-time memory management application to monitor and clean system memory on your computer.The program used undocumented internal system features (Native API) to clear system cache (system working set, working set, standby page lists, modified page lists) with variable result ~10-50%. Application it is compatible with Windows XP SP3 and higher operating systems, but some general features available only since Windows Vista.You can download either the installer or portable version. For correct working, need administrator rights.Mem Reduct links: - Mem Reduct home page - Mem Reduct project page - Mem Reduct download page ... ANGELOG.md - Mem Reduct change log - publisher ... duct.shtml - Mem Reduct at Softpedia ... duct.shtml = Portable Mem Reduct at Softpedia ReviewMem Reduct downloads: ... _setup.exe - direct download for the latest installer (Mem Reduct 3.1.1310) ... rtable.rar - direct download for the latest portable version (Mem Reduct 3.1.1310)Mem Reduct screen-shots: -1- Mem Reduct main window: Mem Reduct 3.1.1310 - 2015-12-25 - 001.png (7.66 KiB) Viewed 12689 times -2- Mem Reduct settings window: Mem Reduct 3.1.1310 - 2015-12-25 - 002.png (10.12 KiB) Viewed 12689 times -3- Mem Reduct results window: Mem Reduct 3.1.1310 - 2015-12-25 - 004.png (19.62 KiB) Viewed 12689 times Mem Reduct portable:To activate portable mode, create "memreduct.ini" in application folder, or move it from "%APPDATA%\Henry++\Mem Reduct".Mem Reduct license:Mem Reduct is freeware and open-source, the source code is available at GitHub.Mem Reduct note:Mem Reduct RAR archive contains both x32 bit and x64 bit versions of Mem Reduct (memreduct32.exe and memreduct64.exe). The direct download links are not permanent. I am Baas Posts: 4150 Joined: Thu Aug 07, 2008 4:51 am Re: Mem Reduct #2 Post by

-W713617-S439ClipClip 4.2 X 8.75 X 8.75 X 0.7-2.15 SE Base Number: HC1Callout Name: HC1GR2Z-14B291-AControl UnitModuleLocation: Driver SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 04/2016-07/2016Callout Name: 14B533GR2Z-14B291-ABControl UnitModuleLocation: Passenger SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 11/2016-12/2016Callout Name: 14B533Replaced By: GR2Z-14B291-AYGR2Z-14B291-ACControl UnitModuleLocation: Driver SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 11/2016-12/2016Callout Name: 14B533Replaced By: GR2Z-14B291-AXGR2Z-14B291-AEControl UnitModuleLocation: Passenger SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 12/2016-03/2017Callout Name: 14B533Replaced By: GR2Z-14B291-AYGR2Z-14B291-AFControl UnitModuleLocation: Driver SideFit Note: DUAL POWER MIRRORSProduction Date: 12/2016-03/2017Callout Name: 14B533Replaced By: GR2Z-14B291-BBGR2Z-14B291-ANControl UnitModuleLocation: Driver SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 12/2016-03/2017Callout Name: 14B533Replaced By: GR2Z-14B291-AXGR2Z-14B291-APControl UnitModuleLocation: Passenger SideFit Note: DUAL POWER MIRRORSProduction Date: 12/2016-03/2017Callout Name: 14B533Replaced By: GR2Z-14B291-BAGR2Z-14B291-ASControl UnitModuleLocation: Driver SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 03/2017-04/2017Callout Name: 14B533Replaced By: GR2Z-14B291-AXGR2Z-14B291-ATControl UnitModuleLocation: Passenger SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrProduction Date: 03/2017-04/2017Callout Name: 14B533Replaced By: GR2Z-14B291-AYGR2Z-14B291-AVControl UnitModuleLocation: Driver SideFit Note: DUAL POWER MIRRORSProduction Date: 03/2017-04/2017Callout Name: 14B533Replaced By: GR2Z-14B291-BBGR2Z-14B291-AWControl UnitModuleLocation: Passenger SideFit Note: DUAL POWER MIRRORSProduction Date: 03/2017-04/2017Callout Name: 14B533Replaced By: GR2Z-14B291-BAGR2Z-14B291-AXControl UnitModuleLocation: Driver SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic, Dual Power/Heated/Memory Mirrors, Dual Pwr/Heat/Mem/E Chr/Pud Lmp MrCallout Name: 14B533GR2Z-14B291-AYControl UnitModuleLocation: Passenger SideFit Note: Du Pw/Ht/Mem/Pud Lamp/Sig/Ec Mirror, Dual Power/Heat/Mem Electrochromic,