In the following environment
SystemOptions{ParallelOptions ->
> {AbortPause -> 2., BusyWait -> 0.01, MathLinkTimeout -> 15.,
> MKLThreadNumber -> 32, ParallelThreadNumber -> 32,
> RecoveryMode -> Retry, RelaunchFailedKernels -> True,
> VectorParallelLengthThresholds -> {8192, 8192, 8192, 8192, 8192},
> VectorVendorLengthThresholds -> {128, 32, 32}}}
ProcessorCount=32
ProcessorType=x86-64
SystemInformation{KernelCount -> 0, RunningKernels -> {}, Debugging -> False,
> AutomaticLaunching -> Automatic, FailedKernelRelaunching -> True,
> EvaluationFailureRecovery -> Retry, ProcessorCount -> 32,
> KernelConfiguration -> {<<16 local kernels>>},
> AvailableConnectionMethods ->
> {SubKernelsLocalKernels, LightweightGridClient, ClusterIntegration,
> SubKernelsRemoteKernels, SubKernelsClusterKernels},
> LoadedConnectionMethods -> {SubKernelsLocalKernels},
> DistributedDefinitions -> {}, ParallelPackages -> Missing[NotActive],
> SharedVariables -> {}, SharedFunctions -> {},
> ParallelToolsVersion -> 9.0}
Mathematica starts exactly 16 kernels (as is stated in KernelConfiguration) How can I achieve to start/configure 32 kernels, which this machine should be capable to do? Is it a license issue?
