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Equivalence of all cached copies of a memory location
computer architecture, cache coherence is the uniformity of shared resource data that is stored in multiple local caches. In a cache coherent system, if
Cache_coherence
Scalable coherence technique
engineering, directory-based cache coherence is a type of cache coherence mechanism, where directories are used to manage caches in place of bus snooping
Directory-based cache coherence
Directory-based_cache_coherence
File system structure for locating files
may be called the directory name lookup cache (DNLC), directory entry cache, or dcache. Directory lookup caches store mappings between absolute or relative
Directory_(computing)
Directory-based coherence is a mechanism to handle cache coherence problem in distributed shared memory (DSM) a.k.a. non-uniform memory access (NUMA).
Directory-based_coherence
Topics referred to by the same term
Cache coherence, a special case of memory coherence Memory coherence, a concept in computer architecture In scrum and agile methodologies, coherence is
Coherence
Hardware cache of a central processing unit
different cache levels. Branch predictor Cache (computing) Cache algorithms Cache coherence Cache control instructions Cache hierarchy Cache placement
CPU_cache
Cache coherence protocol for computer processors
protocol is an invalidate-based cache coherence protocol, and is one of the most common protocols that support write-back caches. It is also known as the Illinois
MESI_protocol
Computing protocol
The Firefly cache coherence protocol is the schema used in the DEC Firefly multiprocessor workstation, developed by DEC Systems Research Center. This
Firefly (cache coherence protocol)
Firefly_(cache_coherence_protocol)
High-speed interconnect standard for shared memory multiprocessing and message passing
methods to verify the coherence protocol and Dolphin Server Technology implemented a node controller chip including the cache coherence logic. Different versions
Scalable_Coherent_Interface
Cache coherence protocol
computing, the MSI protocol - a basic cache-coherence protocol - operates in multiprocessor systems. As with other cache coherency protocols, the letters of
MSI_protocol
Rules that guarantee predictable computer memory operation
replication systems or web caching). Consistency is different from coherence, which occurs in systems that are cached or cache-less, and is consistency
Consistency_model
Process in a computer system where entries in a cache are replaced or removed
explicitly, as part of a cache coherence protocol. In such a case, a processor changes a memory location and then invalidates the cached values of that memory
Cache_invalidation
RAM consistency methods in multicore computers
and MOESI. Cache coherence Distributed shared memory Race condition Censier, L.M.; Feautrier, P. (December 1978). "A New Solution to Coherence Problems
Memory_coherence
Computer memory design used in multiprocessing
non-shared memory known as cache to exploit locality of reference in memory accesses. With NUMA, maintaining cache coherence across shared memory has a
Non-uniform_memory_access
Type of computer cache
Memcached Oracle Coherence Riak Redis Tarantool Velocity/AppFabric Cache algorithms Cache coherence Cache-oblivious algorithm Cache stampede Cache language model
Distributed_cache
American research center, 1985–1995
Compiler-Assisted Cache Coherence Solution for Multiprocessors. In Proceedings of ICPP, 1986. [2] Hoichi Cheon, Alexander V. Veidenbaum: “A cache coherence scheme
University of Illinois Center for Supercomputing Research and Development
University_of_Illinois_Center_for_Supercomputing_Research_and_Development
Hardware
with cache is involved, the fourth C being coherence misses. The coherence miss count is the number of memory accesses that miss because a cache line
Cache performance measurement and metric
Cache_performance_measurement_and_metric
Goodman in (1983). Cache coherence protocols are an important issue in Symmetric multiprocessing systems, where each CPU maintains a cache of the memory.
Write-once_(cache_coherence)
Algorithm for caching data
Depending on cache size, no further caching algorithm to discard items may be needed. Algorithms also maintain cache coherence when several caches are used
Cache_replacement_policies
Additional storage that enables faster access to main storage
managers that keep the data consistent are associated with cache coherence. On a cache read miss, caches with a demand paging policy read the minimum amount
Cache_(computing)
Computer memory architecture
achieved via software as well as hardware. Hardware examples include cache coherence circuits and network interface controllers. There are three ways of
Distributed_shared_memory
Computer memory architecture
There are four major storage levels. Internal – processor registers and cache. Main – the system RAM and controller cards. On-line mass storage – secondary
Memory_hierarchy
Chinese-American software developer and entrepreneur
artificial intelligence. Early in his career, he co-authored a paper on cache coherence in multiprocessor systems with his brother, David Yen, and their advisor
Wei_Yen
Information repository with multiple applications
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Knowledge_base
Memory-saving rendering technique in which resolution of farther-away images is lowered
compromise resolution is required. If a higher resolution is used, the cache coherence goes down, and the aliasing is increased in one direction, but the
Mipmap
Cybercrime
to a method of achieving cache coherence in a multiprocessing computer architecture through observation of writes to cached data. An example of a snarf
Snarfing
Transaction tracker in computer systems
larger cache coherent NUMA (ccNUMA) systems tend to use directory-based coherence protocols. When a bus transaction occurs to a specific cache block,
Bus_snooping
High-speed interconnect technology
exchange messages, perform read and write operations, and maintain cache coherence. RapidIO follows common electrical standards, such as those used in
RapidIO
Memory card format
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
MultiMediaCard
Cache coherence protocol
of Snoop-Based Cache Coherence Protocols" (PDF). Yang, Q.; Bhuyan, L.N.; Liu, B.-C. (1989). "Analysis and Comparison of Cache Coherence Protocols for a
MOSI_protocol
Recording of information in a storage medium
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Data_storage
update based cache coherence protocol used in multi-processor systems. Write propagation is performed by directly updating all the cached values across
Dragon_protocol
Computer memory that loses its contents when unpowered
the storage capabilities of the DRAM family. SRAM is commonly used as CPU cache and for processor registers and in networking devices. Non-volatile memory
Volatile_memory
Computer memory type used for data preservation
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
5D_optical_data_storage
Electronic non-volatile computer storage device
programming interfaces for nonvolatile memory subsystems, including the "flash cache" device connected to the PCI Express bus. NOR and NAND flash differ in two
Flash_memory
Early form of read-only memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Core_rope_memory
Type of memory used on processors that require high transfer rate memory
network devices, FPGAs and ASICs; some CPUs utilize HBM as on-package cache or RAM, such as the NEC SX-Aurora TSUBASA and Fujitsu A64FX. The first HBM
High_Bandwidth_Memory
Cache coherence protocol
Modified Owned Exclusive Shared Invalid (MOESI) is a full cache coherency protocol that encompasses all of the possible states commonly used in other
MOESI_protocol
Discontinued computer memory type
inherently fast and byte-addressable, techniques such as read-modify-write and caching used to enhance traditional SSDs are not needed to obtain high performance
3D_XPoint
at Stanford University, and widely used for formal verification of cache-coherence protocols. Murφ's early history is described in a paper by David Dill
Murφ
Computer internal interconnect architecture
aspect. It combines both snoopy cache and point-to-point directory-based models to give a two-level cache coherence model. Snoopy buses are used primarily
Fireplane
Form of computer data storage
memory hierarchy consisting of processor registers, on-die SRAM caches, external caches, DRAM, memory paging systems and virtual memory or swap space on
Random-access_memory
Computer storage device with no moving parts
include a small amount of volatile DRAM as a cache, similar to the buffers in hard disk drives. This cache can temporarily hold data while it is being
Solid-state_drive
Replaceable device used for the distribution and storage of video games
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
ROM_cartridge
Oracle Coherence (originally Tangosol Coherence) is a Java-based distributed cache and in-memory data grid developed by Oracle Corporation. It is claimed
Oracle_Coherence
American computer scientist (born 1952)
Gharachorloo; A. Gupta; J. Hennessy (1990). "The directory-based cache coherence protocol for the DASH multiprocessor". Proceedings of the 17th annual
John_L._Hennessy
Storage of digital data readable by computers
Multi-level hierarchical cache setup is also commonly used, such that primary cache is the smallest and fastest, while secondary cache is larger and slower
Computer_data_storage
Write once computer memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Programmable_ROM
Programming paradigm in which many processes are executed simultaneously
accessed (and thus should be purged). Designing large, high-performance cache coherence systems is a very difficult problem in computer architecture. As a
Parallel_computing
Magnetic data storage device
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Drum_memory
Early type of computer memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Delay-line_memory
Computer memory that does not lose its contents after being turned off
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Non-volatile_memory
Open source distributed memory caching system
general-purpose distributed memory-caching system. It is often used to speed up dynamic database-driven websites by caching data and objects in RAM to reduce
Memcached
Pseudo-static random-access memory technology introduced by MoSys Inc.
rows × 256 bits/row, 32 kilobits in total) coupled to a bank-sized SRAM cache and an intelligent controller. Although space-inefficient compared to regular
1T-SRAM
Data recording made of plastic film
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Magnetic_tape
Microprocessor by Oracle, and the servers containing them
system. Other changes include the support of PCIe version 3.0 and a new cache coherence protocol. This chart shows some differences between the T5 and T4 processor
SPARC_T5
Set of computers configured in a distributed computing system
Instruction window Array Coordination Multiprocessing Memory coherence Cache coherence Cache invalidation Barrier Synchronization Application checkpointing
Computer_cluster
Type of computer memory
expensive in terms of silicon area and cost. Typically, SRAM is used for the cache and internal registers of a CPU while DRAM is used for a computer's main
Static_random-access_memory
Processor interconnect developed by Intel
device. A typical packet is a memory cache row. The protocol layer also participates in maintenance of cache coherence by sending and receiving relevant
Intel_QuickPath_Interconnect
Data storage device
defragmenting a flash drive can improve performance (mostly due to improved caching of the clustered data), and the additional wear on flash drives may not
USB_flash_drive
Type of computer memory
devices of 65 nm and smaller. The downside is the need to maintain the spin coherence. Overall, the STT requires much less write current than conventional or
Magnetoresistive_RAM
Visual performance model
of some kind of memory related architectural optimization, such as cache coherence, or software optimization, such as poor exposure of concurrency (that
Roofline_model
Assist which reduces cache coherence snoops traffic. When enabled, 1 MiB of L3 cache on each chip is used as a cache coherence directory. Socket F platform
List of AMD Opteron processors
List_of_AMD_Opteron_processors
Type of computer memory
used where speed is of greater concern than cost and size, such as the cache memories in processors. The need to refresh DRAM demands more complicated
Dynamic_random-access_memory
Data storage device
traditional HDDs. The purpose of the SSD in a hybrid drive is to act as a cache for the data stored on the HDD, improving the overall performance by keeping
Hybrid_drive
Message-passing system for parallel computers
Instruction window Array Coordination Multiprocessing Memory coherence Cache coherence Cache invalidation Barrier Synchronization Application checkpointing
Message_Passing_Interface
Type of computer memory
decryption. Much larger battery-backed memories are still used today as caches for high-speed databases that require a performance level newer NVRAM devices
Non-volatile random-access memory
Non-volatile_random-access_memory
Early type of solid state computer memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
EPROM
2-D grid of wires where data is represented by the presence or absence of diodes at nodes
fast instruction cache sped that cache up to the point that the control store was only a few times faster than the instruction cache, leading to fewer
Diode_matrix
Equal sharing of all resources by multiple identical processors
However, there are a few limits on the scalability of SMP due to cache coherence and shared objects. Uniprocessor and SMP systems require different
Symmetric_multiprocessing
Form of non-volatile memory used in computers and other electronic devices
both in controller design and of storage, the use of large DRAM read/write caches and the implementation of memory cells which can store more than one bit
Read-only_memory
(PDF) on 2017-07-06. , Archibald, James; Baer, Jean-Loup (1986). "Cache coherence protocols: evaluation using a multiprocessor simulation model" (PDF)
List of cache coherency protocols
List_of_cache_coherency_protocols
American computer engineer
Urbana-Champaign. Strauss completed her Ph.D. in 2007. Her dissertation, Cache Coherence in Embedded-Ring Multiprocessors, was supervised by Josep Torrellas;
Karin_Strauss
Novel type of computer memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Ferroelectric_RAM
Topics referred to by the same term
Signaled Interrupts, a PCI 2.2 interrupt-mechanism MSI protocol, a basic cache-coherence protocol used in multiprocessor systems Maison du Sport International
MSI
Random-access memory with processing elements integrated on the same chip
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Computational_RAM
Novel computer memory type
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Phase-change_memory
Dynamic random-access memory included in a processor chip or package
is positioned between level 3 cache and conventional DRAM on the memory bus, and effectively functions as a level 4 cache, though architectural descriptions
EDRAM
Microprocessor design by Intel
pages, larger on-chip caches, second level cache support, faster buses, and hardware support for bus snooping to provide cache coherence in multiprocessor
Intel_i860
Micro-electronic component
processor. For further discussion of multi-processing memory issues, see cache coherence and memory latency. SoCs include external interfaces, typically for
System_on_a_chip
Method to store and retrieve computer data using optics
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Optical_storage
Local computer bus for attaching hardware devices
support for write-back cache coherence. This required support by cacheable memory targets, which would listen to two pins from the cache on the bus, SDONE
Peripheral Component Interconnect
Peripheral_Component_Interconnect
Topics referred to by the same term
DEC Firefly, a multiprocessor workstation Firefly (cache coherence protocol), a method of caching used in the DEC Firefly Firefly (computer program),
Firefly_(disambiguation)
1981–2009 American computing company
done through a switched fabric of links and routers. Thanks to the cache coherence of the distributed shared memory, SN systems scale along several axes
Silicon_Graphics
American annual computer science prize
networks (including the Ethernet), multiprocessor workstations, snooping cache coherence protocols, and tablet personal computers" Microsoft Research 2010 Leslie
Turing_Award
Computer memory that can be accessed by multiple processes
well. Most of them have ten or fewer processors; lack of data coherence: whenever one cache is updated with information that may be used by other processors
Shared_memory
Component that stores information
storage cache and write buffer to improve both reading and writing performance. Operating systems typically borrow RAM capacity for caching so long as
Computer_memory
Type of computer memory
url-status (link) Jacob, B.; Ng, S. W.; Wang, D. T. (2008). Memory Systems: Cache, DRAM, Disk. Morgan Kaufmann. p. 333. ISBN 9780080553849. Kalter, H. L.;
DDR_SDRAM
Electro-mechanical data storage device
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Hard_disk_drive
Process of encoding and decoding binary data to and from synthesized strands of DNA
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
DNA_digital_data_storage
Type of computer memory used from 1955 to 1975
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Magnetic-core_memory
Persistent computer data storage with no moving parts
frequently used for hybrid drives, in which solid-state storage serves as a cache for frequently accessed data instead of being a complete substitute for
Solid-state_storage
Computer memory used for small quantities of data
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
EEPROM
Obsolete type of non-volatile computer memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Bubble_memory
Use of paper as computer memory
Computer memory and data storage types General Memory cell Memory coherence Cache coherence Memory hierarchy Memory access pattern Memory map Secondary storage
Paper_data_storage
Executing several computations during overlapping time periods
implemented via symmetric multiprocessing, with or without shared memory cache coherence. Shared memory and message passing concurrency have different performance
Concurrent_computing
Mathematical program specifications
Mannava, S. Park, "A simple method for parameterized verification of cache coherence protocols", Formal Methods in Computer-Aided Design, pp. 382–398, 2004
Formal_methods
Single computer bus that connects the major components of a computer system
guarantee the cache coherence of shared data located in different caches have to be sent in broadcast (snooped) to check the other FSB's CPUs' cache state, reducing
System_bus
Computer network with multiple nodes to store information
Data store Keyspace, the DDS schema Distributed hash table Distributed cache Cyber Resilience Yaniv Pessach, Distributed Storage (Distributed Storage:
Distributed_data_store
Novel type of computer memory
been shown possible for a low-current ReRAM system. Modeling of 2D and 3D caches designed with ReRAM and other non-volatile random-access memories such as
Resistive random-access memory
Resistive_random-access_memory
CACHE COHERENCE
CACHE COHERENCE
Boy/Male
American, British, English
Lives Near Water
Boy/Male
Irish
Observant; alert; vigorous.
Boy/Male
Native American
stomach ache.
Boy/Male
Spanish
Bringer of peace.
Girl/Female
American, Australian
Storage Place
Boy/Male
Armenian, Australian
Nomadic Cart
Boy/Male
Latin
Son of Vukan.
Surname or Lastname
English
English : variant of Leach 2.English : topographic name from an Old English element læcc, lecc ‘boggy stream’, or a habitational name from a place named with this word, such as Lach Dennis or Lache in Cheshire.
Surname or Lastname
English (chiefly East Anglia)
English (chiefly East Anglia) : from Anglo-Norman French cachepol (a compound of cache(r) ‘to chase’ + pol ‘fowl’), an occupational name for a bailiff, originally one empowered to seize poultry and other livestock in case of default on debts or taxes.
CACHE COHERENCE
CACHE COHERENCE
Girl/Female
Finnish, Hebrew, Indian, Sanskrit, Spanish
Grace; Favour; Without Guile; Leader
Girl/Female
Tamil
Khanjana | காநà¯à®œà®¾à®¨à®¾
Girl/Female
Latin
Prudent.
Surname or Lastname
English
English : variant spelling of Vise.
Girl/Female
Christian & English(British/American/Australian)
Feminine of Andrew
Boy/Male
Shakespearean
King Richard The Second' A favorite of King Richard.
Boy/Male
Australian, British, Danish, English, French, German, Greek, Swedish
German Form of George; Earth
Girl/Female
Tamil
Madhumathi | மதà¯à®®à®¤à¯€
Delight Moon, Full of Honey
Male
Egyptian
, an Egyptian scribe.
Girl/Female
Indian, Punjabi, Sikh
One
CACHE COHERENCE
CACHE COHERENCE
CACHE COHERENCE
CACHE COHERENCE
CACHE COHERENCE
p. pr. & vb. n.
of Ache
a.
That aches; continuously painful. See Ache.
n. & v.
See Ache.
v. i.
Continued pain, as distinguished from sudden twinges, or spasmodic pain. "Such an ache in my bones."
v. i.
To suffer pain; to have, or be in, pain, or in continued pain; to be distressed.
n.
Neglect; negligence; remissness; neglect to do a thing at the proper time; delay to assert a claim.
n.
Alt. of Rache
n.
Ache or pain in the ear.
n.
Alt. of Lache
n.
A name given to several species of plants; as, smallage, wild celery, parsley.
n.
Alt. of Viz-cacha
n.
A spot, stain, or blemish.
v.
To scratch.
n.
A seal, as of a letter.
imp. & p. p.
of Ache
n.
A dog that pursued his prey by scent, as distinguished from the greyhound.
n.
Something used for taking hold or holding; a catch; a loop; a button.
n.
Alt. of Ache
n.
A hole in the ground, or hiding place, for concealing and preserving provisions which it is inconvenient to carry.
n.
A stain; a tache.