What's the Current Day Number?

There is another format that uses less. "ISO date" number which is a number from 1 to 371, the first day of the first day is Monday of the first ISO week (first Thursday of New Year). It is the first week)

At any point you can record more than one transaction on the current page. If you look for unidentified (pending) transactions at any time of the day, the number will always be close to 10,000. At that time, 99% of the world had not yet participated in the cryptographic currency. Then this number can easily reach millions. Miner workers (computers operating in the block chain network) need to determine the available transactions contained in the current block. To help them make decisions, they will see which deal produces the highest returns - this implies that transactions with the highest transaction costs are included first.

Block chains are not extensible. In the current general unprivileged block chain, you can not achieve a low fixed number of transactions per second. NEO can theoretically achieve 10.000 tx / s, but now it has achieved at 000 tx / s. Even 10k transactions are not enough to accommodate upcoming events. We can not support continuous mainstream adoption with short-term expansion solution, such as increasing the maximum calculation amount executed in each block by a certain factor. The use of block chains is costly. When the block chain reaches the limit, you can include in one block paying a sufficiently high cost. This is as competitive as today's bit coin. There is no difference in NEO, eventually the confirmation time and transaction expenses will increase, which is a few dollars per transaction.

According to EthStats, the new block is currently mined every 19.33 seconds. There are now a total of 4,049,990 blocks, the highest daily transactions are recorded in 316,788 transactions on 26th June. With the explosive growth of Ethereum networks, the current limiting factor in securing transaction processing and fast execution is the number of nodes themselves and the need to prevent node overload. In other words, if a small number of nodes are responsible for handling thousands of transactions, they can not satisfy those requests.

In Helix, nodes are randomly chosen for each term to present the current transaction block. This process is called random equity certificate (rPoS). Thereafter, the block is verified by the size limited node committee. Reducing the number of nodes actively participating in expensive consensus protocols improves protocol efficiency and ability to extend to high throughput. Fairness is also obtained in this respect - the node chooses whether to participate in the committee or proposing the block in a fair way (weighting by reputation).