Ví dụ về việc sử dụng Each shard trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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Computer
Each shard has 0 or more replicas.
The TransEpoch algorithm keeps the Byzantine Fault Tolerance(BFT)consensus on each shard.
Each shard can have one or more replicas.
Introducing a technique of balancing the nodes in each shard, to achieve overall architecture equilibrium.
Each shard is made up of one or more replicas.
In simplified terms, if there are six shards, each shard would process approximately 1/6 of the network's transactions.
Each shard is a fully functional Lucene index.
In simplified terms, if there are six shards, each shard would process approximately 1/6 of the network's transactions.
Each shard in Elasticsearch is a fully-fledged Lucene index.
In some cases, though,it may make sense to replicate certain tables into each shard to serve as reference tables.
Each shard processes a fraction of the transactions on the network.
An Elasticsearch index is divided into one or more shards and each shard can optionally have one or more replicas.
Each shard has data that need to be kept in memory and use heap space.
Elasticsearch is distributed,which means that indices can be divided into shards and each shard can have zero or more replicas.
Each shard is an independent Lucene index that can be hosted anywhere in your cluster.
By replicating a tablecontaining the necessary conversion rate data into each shard, it would help to ensure that all of the data required for queries is held in every shard. .
Each shard has a transaction assigned into a micro block, alongside other shards. .
Each shard is an independent database, and collectively, the shards make up a single logical.
Sharding creates a way for each shard to maintain individual transaction receipts that are cryptographically secure.
Each shard processes its assigned transactions into a microblock in parallel with the other shards. .
The verification of transactions inside each shard will be performed by validators who are the main marshals of the Casper system along with the miners.
Each shard is in itself a fully-functional and independent Solr index that can be hosted on any index server.
Looking at the example diagram, even if each shard holds an equal amount of data the odds are that specific products will receive more attention than others.
Each shard(server) functions as an independent database and all the shards collectively form a single logical database.
Transactions within each shard will be verified by validators- the main marshals of the Casper system along with the miners.
With this strategy, each shard only stores the headers of previous blocks and the blockchain state is dispersed across multiple shards. .