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Barrier options are sometimes accompanied by a rebate , which is a payoff to the option holder in case of a barrier event.
Rebates can either be paid at the time of the event or at expiration. Barrier options can have either American , Bermudan or European exercise style.
The valuation of barrier options can be tricky, because unlike other simpler options they are path-dependent — that is, the value of the option at any time depends not just on the underlying at that point, but also on the path taken by the underlying since, if it has crossed the barrier, a barrier event has occurred.
Although the classical Black—Scholes approach does not directly apply, several more complex methods can be used:.
From Wikipedia, the free encyclopedia. The Journal of Derivatives. Energy derivative Freight derivative Inflation derivative Property derivative Weather derivative.
Do not track JVM native memory usage. This is the default behavior if you do not specify the -XX: In addition to tracking memory usage by JVM subsystems, track memory usage by individual CallSite , individual virtual memory region and its committed regions.
Sets the memory alignment of Java objects in bytes. By default, the value is set to 8 bytes. The specified value should be a power of two, and must be within the range of 8 and inclusive.
This option makes it possible to use compressed pointers with large Java heap sizes. As the alignment value increases, the unused space between objects will also increase.
As a result, you may not realize any benefits from using compressed pointers with large Java heap sizes.
Sets a custom command or a series of semicolon-separated commands to run when an irrecoverable error occurs. If the string contains spaces, then it must be enclosed in quotation marks.
The following example shows how the -XX: OnError option can be used to run the userdump. The preceding example assumes that the path to the userdump.
Sets a custom command or a series of semicolon-separated commands to run when an OutOfMemoryError exception is first thrown. For an example of a command string, see the description of the -XX: If enabled, saves jstat 1 binary data when the Java application exits.
Use jstat to display the performance data contained in this file as follows:. Enables printing of ergonomically selected JVM flags that appeared on the command line.
It can be useful to know the ergonomic values set by the JVM, such as the heap space size and the selected garbage collector. By default, this option is disabled and flags are not printed.
Enables printing of collected native memory tracking data at JVM exit when native memory tracking is enabled see -XX: By default, this option is disabled and native memory tracking data is not printed.
Decreases the amount of access control checks in the verifier. By default, this option is disabled, and it is ignored that is, treated as disabled for classes with a recent bytecode version.
This is a commercial feature that requires you to also specify the -XX: Sets the parameter that controls the sampling interval for Resource Management measurements, in milliseconds.
This option can be used only when Resource Management is enabled that is, the -XX: Specifies the text file that contains the names of the class files to store in the class data sharing CDS archive.
For example, to specify the classes java. Main , create a text file that contains the following two lines:. The class files that you specify in this text file should include the classes that are commonly used by the application.
They may include any classes from the application, extension, or bootstrap class paths. Enables displaying of a dialog box when the JVM experiences an irrecoverable error.
This prevents the JVM from exiting and keeps the process active so that you can attach a debugger to it to investigate the cause of the error.
By default, this option is disabled. Starts a JFR recording for the Java application. This option is equivalent to the JFR. You can set the following parameters when starting a JFR recording:.
Specifies whether to compress the JFR recording log file of type JFR on the disk using the gzip file compression utility. This parameter is valid only if the filename parameter is specified.
By default it is set to false recording is not compressed. To enable compression, set the parameter to true. Specifies the delay between the Java application launch time and the start of the recording.
Append s to specify the time in seconds, m for minutes, h for hours, or d for days for example, specifying 10m means 10 minutes. By default, there is no delay, and this parameter is set to 0.
To enable it, set the parameter to true. The dump file is written to the location defined by the filename parameter. Specifies the duration of the recording.
Append s to specify the time in seconds, m for minutes, h for hours, or d for days for example, specifying 5h means 5 hours.
By default, the duration is not limited, and this parameter is set to 0. Specifies the identifier for the JFR recording.
By default, it is set to Recording x. For example, to save the recording to test. Enables tracing of classes as they are loaded. By default, this option is disabled and classes are not traced.
Enables tracing of all loaded classes in the order in which they are referenced. Enables tracing of constant pool resolutions.
By default, this option is disabled and constant pool resolutions are not traced. Enables tracing of classes as they are unloaded.
Enables tracing of the loader constraints recording. By default, this option is disabled and loader constraints recording is not traced.
Enables the use of commercial features. By default, this option is disabled and the JVM runs without the commercial features.
Once they were enabled for a JVM process, it is not possible to disable their use for that process. If this option is not provided, commercial features can still be unlocked in a running JVM by using the appropriate jcmd diagnostic commands.
Enables application class data sharing AppCDS. This is also an experimental feature; it may change in future releases.
Disables the use of biased locking. Some applications with significant amounts of uncontended synchronization may attain significant speedups with this flag enabled, whereas applications with certain patterns of locking may see slowdowns.
For more information about the biased locking technique, see the example in Java Tuning White Paper at http: Disables the use of compressed pointers.
By default, this option is enabled, and compressed pointers are used when Java heap sizes are less than 32 GB.
When this option is enabled, object references are represented as bit offsets instead of bit pointers, which typically increases performance when running the application with Java heap sizes less than 32 GB.
This option works only for bit JVMs. It is also possible to use compressed pointers when Java heap sizes are greater than 32GB.
Enables the use of large page memory. By default, this option is disabled and large page memory is not used. Enables issuing of membars on thread state transitions.
This option is disabled by default on all platforms except ARM servers, where it is enabled. It is recommended that you do not disable this option on ARM servers.
Enables the perfdata feature. This option is enabled by default to allow JVM monitoring and performance testing.
To disable the perfdata feature, specify -XX: Enables installation of signal handlers by the application. By default, this option is disabled and the application is not allowed to install signal handlers.
Enables the use of aggressive performance optimization features, which are expected to become default in upcoming releases. By default, this option is disabled and experimental performance features are not used.
Sets the number of lines to prefetch ahead of the instance allocation pointer. By default, the number of lines to prefetch is set to Sets the size in bytes of the prefetch distance for object allocation.
Memory about to be written with the value of new objects is prefetched up to this distance starting from the address of the last allocated object.
Each Java thread has its own allocation point. Negative values denote that prefetch distance is chosen based on the platform.
Positive values are bytes to prefetch. The default value is set to Sets the prefetch instruction to prefetch ahead of the allocation pointer.
Possible values are from 0 to 3. The actual instructions behind the values depend on the platform. By default, the prefetch instruction is set to Sets the number of cache lines to load after the last object allocation by using the prefetch instructions generated in compiled code.
The default value is 1 if the last allocated object was an instance, and 3 if it was an array. Sets the step size in bytes for sequential prefetch instructions.
By default, the step size is set to 16 bytes:. Sets the generated code style for prefetch instructions. The style argument is an integer from 0 to Use the thread-local allocation block TLAB watermark pointer to determine when prefetch instructions are executed.
This option is enabled by default. To disable background compilation, specify -XX: Sets the number of compiler threads to use for compilation.
By default, the number of threads is set to 2 for the server JVM, to 1 for the client JVM, and it scales to the number of cores if tiered compilation is used.
The following example shows how to set the number of threads to Sets the minimum free space in bytes required for compilation. When less than the minimum free space remains, compiling stops.
By default, this option is set to KB. The following example shows how to set the minimum free space to MB:. Specifies a command to perform on a method.
For example, to exclude the indexOf method of the String class from being compiled, use the following:. For easier cut and paste operations, it is also possible to use the method name format produced by the -XX: If the method is specified without the signature, the command will be applied to all methods with the specified name.
However, you can also specify the signature of the method in the class file format. In this case, you should enclose the arguments in quotation marks, because otherwise the shell treats the semicolon as command end.
For example, if you want to exclude only the indexOf String method of the String class from being compiled, use the following:.
For example, to exclude all indexOf methods in all classes from being compiled, use the following:. The commas and periods are aliases for spaces, making it easier to pass compiler commands through a shell.
You can pass arguments to -XX: CompileCommand using spaces as separators by enclosing the argument in quotation marks:. Note that after parsing the commands passed on the command line using the -XX: CompileCommand options, the JIT compiler then reads commands from the.
You can add commands to this file or specify a different file using the -XX: To add several commands, either specify the -XX: The following commands are available:.
Set a breakpoint when debugging the JVM to stop at the beginning of compilation of the specified method. Exclude all methods from compilation except for the specified method.
As an alternative, you can use the -XX: CompileOnly option, which allows to specify several methods. Exclude compilation logging with the -XX: By default, logging is performed for all compiled methods.
This command can be used to pass a JIT compilation option to the specified method in place of the last argument option. The compilation option is set at the end, after the method name.
For example, to enable the BlockLayoutByFrequency option for the append method of the StringBuffer class, use the following:.
Do not print the compile commands. By default, the commands that you specify with the - XX: CompileCommand option are printed; for example, if you exclude from compilation the indexOf method of the String class, then the following will be printed to standard output:.
You can suppress this by specifying the -XX: Sets the file from which JIT compiler commands are read. Each line in the command file represents a command, a class name, and a method name for which the command is used.
For example, this line prints assembly code for the toString method of the String class:. For more information about specifying the commands for the JIT compiler to perform on methods, see the -XX: Sets the list of methods separated by commas to which compilation should be restricted.
Only the specified methods will be compiled. Specify each method with the full class name including the packages and subpackages.
For example, to compile only the length method of the String class and the size method of the List class, use the following:.
Although wildcards are not supported, you can specify only the class or package name to compile all methods in that class or package, as well as specify just the method to compile methods with this name in any class:.
Sets the number of interpreted method invocations before compilation. By default, in the server JVM, the JIT compiler performs 10, interpreted method invocations to gather information for efficient compilation.
For the client JVM, the default setting is 1, invocations. This option is ignored when tiered compilation is enabled; see the option -XX: The following example shows how to set the number of interpreted method invocations to 5, You can completely disable interpretation of Java methods before compilation by specifying the -Xcomp option.
Enables the use of escape analysis. To disable the use of escape analysis, specify -XX: Sets the initial code cache size in bytes. The default value is set to KB.
The following example shows how to set the initial code cache size to 32 KB:. This option is enabled by default to increase performance.
To disable method inlining, specify -XX: Sets the maximum code size in bytes for compiled methods that should be inlined. Only compiled methods with the size smaller than the specified size will be inlined.
By default, the maximum code size is set to bytes:. Enables logging of compilation activity to a file named hotspot.
You can specify a different log file path and name using the -XX: By default, this option is disabled and compilation activity is not logged.
You can enable verbose diagnostic output with a message printed to the console every time a method is compiled by using the -XX: Sets the maximum bytecode size in bytes of a method to be inlined.
By default, the maximum bytecode size is set to 35 bytes:. Sets the maximum number of nodes to be used during single method compilation.
By default, the maximum number of nodes is set to 65, Sets the maximum bytecode size in bytes of a trivial method to be inlined. By default, the maximum bytecode size of a trivial method is set to 6 bytes:.
Enables the optimization of String concatenation operations. To disable the optimization of String concatenation operations, specify -XX: Enables printing of assembly code for bytecoded and native methods by using the external disassembler.
This enables you to see the generated code, which may help you to diagnose performance issues. By default, this option is disabled and assembly code is not printed.
Enables verbose diagnostic output from the JVM by printing a message to the console every time a method is compiled. This enables you to see which methods actually get compiled.
By default, this option is disabled and diagnostic output is not printed. You can also log compilation activity to a file by using the -XX: Enables printing of inlining decisions.
This enables you to see which methods are getting inlined. By default, this option is disabled and inlining information is not printed. Sets the maximum code cache size in bytes for JIT-compiled code.
This option has a limit of 2 GB; otherwise, an error is generated. The maximum code cache size should not be less than the initial code cache size; see the option -XX: This option is equivalent to -Xmaxjitcodesize.
If a number of aborted transactions becomes greater than this ratio, then the compiled code will be deoptimized. This ratio is used when the -XX: The default value of this option is RTM locking code will be retried, when it is aborted or busy, the number of times specified by this option before falling back to the normal locking mechanism.
The default value for this option is 5. UseRTMLocking option must be enabled. Disables the use of tiered compilation.
By default, this option is enabled. For example, to enable hardware AES, use the following flags:. These flags are not supported on Client VM.
Enables flushing of the code cache before shutting down the compiler. To disable flushing of the code cache before shutting down the compiler, specify -XX: Enables checking of whether the card is already marked before updating the card table.
This option is disabled by default and should only be used on machines with multiple sockets, where it will increase performance of Java applications that rely heavily on concurrent operations.
Auto-tunes RTM locking depending on the abort ratio. This ratio is specified by -XX: If the number of aborted transactions exceeds the abort ratio, then the method containing the lock will be deoptimized and recompiled with all locks as normal locks.
This option is disabled by default. Generate Restricted Transactional Memory RTM locking code for all inflated locks, with the normal locking mechanism as the fallback handler.
If no conflict is found when running the transaction, the memory and register modifications are committed together at the XEND instruction.
A lock on a transaction is inflated when another thread tries to access the same transaction, thereby blocking the thread that did not originally request access to the transaction.
RTM requires that a fallback set of operations be specified in case a transaction aborts or fails. RTM improves performance for highly contended locks with low conflict in a critical region which is code that must not be accessed by more than one thread concurrently.
RTM also improves the performance of coarse-grain locking, which typically does not perform well in multithreaded applications. Coarse-grain locking is the strategy of holding locks for long periods to minimize the overhead of taking and releasing locks, while fine-grained locking is the strategy of trying to achieve maximum parallelism by locking only when necessary and unlocking as soon as possible.
Also, for lightly contended locks that are used by different threads, RTM can reduce false cache line sharing, also known as cache line ping-pong.
This occurs when multiple threads from different processors are accessing different resources, but the resources share the same cache line.
As a result, the processors repeatedly invalidate the cache lines of other processors, which forces them to read from main memory instead of their cache.
This feature is only applicable when using the sun. Sun provider for SHA operations. To disable only a particular SHA intrinsic, use the appropriate corresponding option.
Enables the transformation of scalar operations into superword operations. To disable the transformation of scalar operations into superword operations, specify -XX: OutOfMemoryError exception is thrown.
You can explicitly set the heap dump file path and name using the -XX: By default, this option is disabled and the heap is not dumped when an OutOfMemoryError exception is thrown.
The following example shows how to set the heap dump file to C: Sets the path and file name where log data is written.
By default, the file is created in the current working directory, and it is named hotspot. The following example shows how to set the log file to C: Setting this option is equivalent to running the jmap -histo command, or the jcmd pid GC.
Enables printing of java. Setting this option is equivalent to running the jstack -l command or the jcmd pid Thread.
Unlocks the options intended for diagnosing the JVM. By default, this option is disabled and diagnostic options are not available.
Enables Java heap optimization. This sets various parameters to be optimal for long-running jobs with intensive memory allocation, based on the configuration of the computer RAM and CPU.
By default, the option is disabled and the heap is not optimized. Enables touching of every page on the Java heap during JVM initialization.
This gets all pages into the memory before entering the main method. The option can be used in testing to simulate a long-running system with all virtual memory mapped to physical memory.
By default, this option is disabled and all pages are committed as JVM heap space fills. Enables class unloading when using the concurrent mark-sweep CMS garbage collector.
Sets the percentage of time 0 to used to weight the current sample when computing exponential averages for the concurrent collection statistics.
Sets the percentage of the old generation occupancy 0 to at which to start a CMS collection cycle. Any negative value including the default implies that -XX: CMSTriggerRatio is used to define the value of the initiating occupancy fraction.
Sets the percentage 0 to of the value specified by -XX: Sets the number of threads used for concurrent GC. Enables the option that disables processing of calls to System.
This option is disabled by default, meaning that calls to System. If processing of calls to System. Enables invoking of concurrent GC by using the System.
This option is disabled by default and can be enabled only together with the -XX: Sets the size of the regions into which the Java heap is subdivided when using the garbage-first G1 collector.
The value can be between 1 MB and 32 MB. The default region size is determined ergonomically based on the heap size. Enables the printing of information about which regions are allocated and which are reclaimed by the G1 collector.
Sets the percentage of the heap 0 to 50 that is reserved as a false ceiling to reduce the possibility of promotion failure for the G1 collector.
Sets the initial size in bytes of the memory allocation pool. This value must be either 0, or a multiple of and greater than 1 MB. If you set this option to 0, then the initial size will be set as the sum of the sizes allocated for the old generation and the young generation.
The size of the heap for the young generation can be set using the -XX: Sets the initial survivor space ratio used by the throughput garbage collector which is enabled by the -XX: Adaptive sizing is enabled by default with the throughput garbage collector by using the -XX: If adaptive sizing is disabled using the -XX: SurvivorRatio option should be used to set the size of the survivor space for the entire execution of the application.
The following formula can be used to calculate the initial size of survivor space S based on the size of the young generation Y , and the initial survivor space ratio R:.
The 2 in the equation denotes two survivor spaces. The larger the value specified as the initial survivor space ratio, the smaller the initial survivor space size.
By default, the initial survivor space ratio is set to 8. If the default value for the young generation space size is used 2 MB , the initial size of the survivor space will be 0.
Sets the percentage of the heap occupancy 0 to at which to start a concurrent GC cycle. It is used by garbage collectors that trigger a concurrent GC cycle based on the occupancy of the entire heap, not just one of the generations for example, the G1 garbage collector.
A value of 0 implies nonstop GC cycles. Sets a target for the maximum GC pause time in milliseconds. This is a soft goal, and the JVM will make its best effort to achieve it.
By default, there is no maximum pause time value. Sets the maximum size in byes of the memory allocation pool. For server deployments, -XX: MaxHeapSize are often set to the same value.
Sets the maximum allowed percentage of free heap space 0 to after a GC event. If free heap space expands above this value, then the heap will be shrunk.
Sets the maximum amount of native memory that can be allocated for class metadata. By default, the size is not limited. The amount of metadata for an application depends on the application itself, other running applications, and the amount of memory available on the system.
Sets the maximum size in bytes of the heap for the young generation nursery. The default value is set ergonomically. Sets the maximum tenuring threshold for use in adaptive GC sizing.
The largest value is The default value is 15 for the parallel throughput collector, and 6 for the CMS collector. Sets the size of the allocated class metadata space that will trigger a garbage collection the first time it is exceeded.
This threshold for a garbage collection is increased or decreased depending on the amount of metadata used. The default size depends on the platform.
Sets the minimum allowed percentage of free heap space 0 to after a GC event. If free heap space falls below this value, then the heap will be expanded.
Sets the ratio between young and old generation sizes. By default, this option is set to 2. Sets the initial size in bytes of the heap for the young generation nursery.
If the size for the young generation is too low, then a large number of minor GCs will be performed. If the size is too high, then only full GCs will be performed, which can take a long time to complete.
The following examples show how to set the initial size of young generation to MB using various units:. Sets the number of threads used for parallel garbage collection in the young and old generations.
Enables printing of information about adaptive generation sizing. Enables printing of how much time elapsed since the last pause for example, a GC pause.
Enables printing of how much time the pause for example, a GC pause lasted. Enables printing of time stamps for every individual GC worker thread task.
Prints detailed deduplication statistics. Age 1 objects are the youngest survivors they were created after the previous scavenge, survived the latest scavenge, and moved from eden to survivor space.
Age 2 objects have survived two scavenges during the second scavenge they were copied from one survivor space to the next. In the preceding example, 28 bytes survived one scavenge and were copied from eden to survivor space, 1 bytes are occupied by age 2 objects, etc.
The third value in each row is the cumulative size of objects of age n or less. Enables GC of the young generation before each full GC. Oracle recommends that you do not disable it, because scavenging the young generation before a full GC can reduce the number of objects reachable from the old generation space into the young generation space.
Sets the amount of time in milliseconds a softly reachable object is kept active on the heap after the last time it was referenced.
The default value is one second of lifetime per free megabyte in the heap. This difference means that the Client VM tends to flush soft references rather than grow the heap, whereas the Server VM tends to grow the heap rather than flush soft references.
In the latter case, the value of the -Xmx option has a significant effect on how quickly soft references are garbage collected.
String objects reaching the specified age are considered candidates for deduplication. This is sometimes referred to as tenuring; see the -XX: Note that String objects that are promoted to an old heap region before this age has been reached are always considered candidates for deduplication.
The default value for this option is 3. Sets the ratio between eden space size and survivor space size. By default, this option is set to 8.
Sets the desired percentage of survivor space 0 to used after young garbage collection. Sets the initial size in bytes of a thread-local allocation buffer TLAB.
If this option is set to 0, then the JVM chooses the initial size automatically. Enables the use of adaptive generation sizing.
To disable adaptive generation sizing, specify -XX: Enables the use of the occupancy value as the only criterion for initiating the CMS collector.
By default, this option is disabled and other criteria may be used. Enables the use of the CMS garbage collector for the old generation. Oracle recommends that you use the CMS garbage collector when application latency requirements cannot be met by the throughput -XX: The G1 garbage collector -XX: By default, this option is disabled and the collector is chosen automatically based on the configuration of the machine and type of the JVM.
When this option is enabled, the -XX: Enables the use of the garbage-first G1 garbage collector. It is a server-style garbage collector, targeted for multiprocessor machines with a large amount of RAM.
It meets GC pause time goals with high probability, while maintaining good throughput. The G1 collector is recommended for applications requiring large heaps sizes of around 6 GB or larger with limited GC latency requirements stable and predictable pause time below 0.
When the heap is small, this feature can be used to prevent applications from running for long periods of time with little or no progress. To disable this option, specify -XX: By default, this option is disabled and no optimization for NUMA is made.
Options deutsch - theme, willBeispiele für die Übersetzung Möglichkeit ansehen 28 Beispiele mit Übereinstimmungen. Auf einem Computer kopieren Sie und auf dem anderen fügen Sie ein. Appeasement ist keine Option. Bildung Headsets Webcams Konferenzkameras. Eine einmal eingegangene Position kann nur in Verhandlung mit dem Vertragspartner vorzeitig beendet werden.
Choose a language, edition, and architecture bit or bit. Follow the steps to create installation media, and then select Finish.
Connect the installation media you created to your nonfunctional PC, and then turn it on. On the initial setup screen, enter your language and other preferences, and then select Next.
Select Repair your computer. On the Choose an option screen, select Troubleshoot. From there, you can: This will remove recently installed apps, drivers, and updates that might be causing your PC problems.
This will remove apps and drivers you installed and changes you made to settings, but lets you choose to keep or remove your personal files.
Keep everything in the windows. Remove any user accounts you added after the upgrade. Did this solve your problem? Tell us what we can do to improve the article Submit.
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Restore from a system restore point. Remove an installed update. Use a recovery drive to restore or reset your PC. Use installation media to restore or reset your PC.
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Kombination einer Kauf- und Verkaufs option. Optionsposition , Optionskontrakt , Optionsvertrag. I believe there is a typo in the German word as the translation of "put and call" seems to b….