Abstract:
An apparatus for verifying validity of transactions and/or blocks includes: a processor, a memory, and a communication device, wherein the processor executes a program stored in the memory to perform: verifying validity of a predetermined number of transactions and/or blocks among a plurality of transactions and/or blocks received from at least one peer in a blockchain system; and determining an increase or a decrease of the predetermined number according to a verification result of the predetermined number of transactions and/or blocks is provided.
Abstract:
A block production method and a block producing node including creating an entangled transaction list by combining a plurality of transactions received through the communication unit and producing a block using the entangled transaction list are provided.
Abstract:
A distributed cloud service providing apparatus of a client terminal converts first information to store to a plurality of second information parts, stores the plurality of second information parts at a plurality of cloud servers, respectively, obtains the first information using the second information parts that are received from at least some cloud servers of the plurality of cloud servers according to a user request, and provides the first information to the user.
Abstract:
A method for processing blockchain messages in a blockchain node of a blockchain system is provided. The blockchain node receives a transaction delivery message including at least one transaction, checks a reference block height indicating a time point in which the transaction is composed or a time point when the transaction is verified, and verifies validity of the transaction using the reference block height and a current block height.
Abstract:
In a case where a transmitting apparatus transmits an instant message, for the generated message, an alert command mode in which it is instructed to perform alert processing when a receiving apparatus receives the message or a no alert command mode in which it is instructed not to perform the alert processing when the receiving apparatus receives the message are set up. Then, the receiving apparatus performs the alert processing when the alert command mode is set up for the received message and does not perform the alert processing when the no alert command mode is set up for the received message.
Abstract:
In controlling channel access from a plurality of terminals in a wireless network, information for wireless resource allocation for each of the terminals is acquired, and channel access time for each terminal is determined based on the information for wireless resource allocation. Then, frames each containing the channel access time determined for each terminal are sequentially transmitted.