A paper by Sinhan and Zobel empirically improved the runtime of radixsort by performing an optimization making use of this entity; that improvement is called "burstsort."  Xerox's Dragon protocol is used to manage these devices, which are often in an inconsistent state during the phenomenon known as false sharing. One type of this device that is often used for virtual memory access is called a TLB, and they are either implemented as write-back or write-through. The victim type of them is used when they lack full associativity, as conflict misses are more likely to occur. These devices make use of temporal and spatial locality, and the L3 and 
A paper by Sinhan and Zobel empirically improved the runtime of radixsort by performing an optimization making use of this entity; that improvement is called "burstsort."  Xerox's Dragon protocol is used to manage these devices, which are often in an inconsistent state during the phenomenon known as false sharing. One type of this device that is often used for virtual memory access is called a TLB, and they are either implemented as write-back or write-through. The victim type of them is used when they lack full associativity, as conflict misses are more likely to occur. These devices make use of temporal and spatial locality, and the L3 and L2 types of them are cheaper but slower types than the L1 form. For 10 points, identify this type of device that stores recently used bits of information, allowing for quicker access.
A paper by Sinhan and Zobel empirically improved the runtime of radixsort by performing an optimization making use of this entity; that improvement is called "burstsort."  
caches