online dating and matchmaking service - Updating table causes high processor utlization

Note: For windows 8, this has become a common issue and mostly this can be your solution too and be informed about the issue source too.

For the fix; Change the Virtual Memory settings from Automatic System Managed To Custom Sizes, and Set Minimum To RAM Equivalent.

For clear Step-By-Step Instructions, see below screenshots.

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The tags allow the memory allocation and deallocation process to correctly handle good and bad packets, as well as successive blocks within a data packet. An architecture for the allocation and deallocation of buffer memory associated with a variable number of one or more Virtual Lanes (VL's) in a subnetwork, wherein said buffer memory is allocated and deallocated using blocks of one or more credits while said buffer memory is stored in increments of a word, and the one or more credits are allocated and deallocated using a variable length packet size, further comprising: a third table, operable to store one or more tag words, each tag word of the one or more tag words corresponding to one credit in the buffer memory and each tag word of the one or more tag words further comprising one or more of: 14.

A method for the allocation and deallocation of buffer memory associated with a variable number of one or more Virtual Lanes (VL's) in a subnetwork, wherein said buffer memory is allocated and deallocated using blocks of one or more credits while said buffer memory is stored in increments of a word, and the one or more credits are allocated and deallocated using a variable length packet size, further comprising: reading one or more fields of a tag in a header contained in a first credit of the one or more credits of the packet and whereupon if the tag indicates the packet is correct placing the first credit in the buffer memory and a start tag in the tag table; if the packet is correct generating one or more continuation tags of each subsequent credit of the one or more credits of the packet wherein said one or more credits are placed in memory and the one or more continuation tags are placed in the tag table; reading a tag of a packet of one or more packets stored in the buffer memory, wherein if a grant field of the tag is a maximum grant value allowed, the memory associated with the packet is deallocated, further comprising updating the linked list to reflect the absence of the packet in the buffer memory. A method for the allocation and deallocation of buffer memory associated with a variable number of one or more Virtual Lanes (VL's) in a subnetwork, wherein said buffer memory is allocated and deallocated using blocks of one or more credits while said buffer memory is stored in increments of a word, and the one or more credits are allocated and deallocated using a variable length packet size, further comprising: creating a third table, operable to store one or more tag words, each tag word of the one or more tag words corresponding to one credit in the buffer memory and each tag word of the one or more tag words further comprising one or more of: reading a packet header comprising a start tag contained in a first credit of the one or more credits of the packet and determining if the packet is correct, whereupon if the packet is correct further comprising; reading a continuation tag of each subsequent credit of the one or more credits of the packet wherein said one or more credits are placed in memory in accordance with the address of the free list head and the address of the free list tail; reading a tag of a packet of one or more packets stored in the buffer memory, wherein if a grant field of the tag is a maximum grant value allowed, the memory associated with the packet is to be deallocated, further comprising; , wherein when a packet is allocated, the start tag associated with the packet is read and the number of credits available to the VL associated with the packet is decreased by the number of credits in the packet.

The disclosed architecture is also able to process Infiniband packet data comprising variable packet lengths, a fixed memory allocation size, and deallocation of memory when packets are either multicast or unicast.

The memory allocation scheme uses linked lists to perform memory allocation and deallocation, while tags are used to track Infiniband subnetwork and switch-specific issues.

Here, Back Ground Taks is using Read rates from Disk consistently and is Locked out to fix the issue with Virtual Memory, since the Source process is initiated by file.

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