F9 Block 5 Updates and Discussion

The space for the thrusters in the design is a typical example that I do not think that I will actually become B5. I think that they maximize performance based on all the lessons they have learned now. I think that it is impossible to make space for an unspecified propeller.

For propeller position and space requirements, the propeller must be prepared "correctly" (so at least rough design is required) or the design must always be adjusted according to lessons learned.

I am wrong. SpaceX always surprises me, I think I am drinking that "B5 is the ultimate F9 cool aid". For clarity, I am not saying that B5 will be the final F9 design. I just believe that SpaceX wants B5 to be the final design story.

On March 1, we will release an update (based on the original code) to update the block chain. This increases the size of the block and large transactions and blocks large enough to unlock it. The branch is valid at block height 325000. With this update, the direct block chain problem is solved

March 1 - Release 2.1.3 v 325,000 fork (estimated on March 6) - White paper / Roadmap release - Official statement

On October 16 (Block 4.37 million) Ethereum will update the upper half of Byzantium hard drive to the big city. Unlike Bitcoin hard forks, Byesantin 's update does not generate another Ethereum coin. In this update, expected anonymous transactions and stock certificates are not introduced, but there are still some interesting changes to note. Mining awards will be lowered from 5 ETH to 3 ETH. This change was made as preparation for stock certificate, mining will be abolished. Remuneration has decreased, but the plan to extend blocking time (ice age) was postponed. Ice Age was originally designed to motivate the adoption of new chains when introducing hard forks.

Tonight, the CMPCO block chain passes through 195,000. With only 15,000 blocks, we are rapidly approaching 210,000 blocks. So block rewards and maximum supply cuts occur. For those who do not know, this renewal has only been done to reduce the amount of CMPCO and mining workers seeking mining and dumping of CMPCO are flooding the market. The update contents are as follows.

Let's take a look at the situation above to explain the status update of AM. It shows four permissible time slots {t 1, t 2, t 3, t 4} for block generation. The solid line shows the verified block generated on time and the dotted line shows the missing block. For each time slot, the system can calculate the index causing index AM using the above equation. The system sets the status of the AM that failed to generate the block to "inactive" and sets the state of the generator of the current block to "active". In this example, after verifying B (n, t 4), the system updates the AM state associated with B (n, t 4) as follows.

The minor performs computations related to each transaction contained in the block, resulting in an update status. If the mining of the block succeeds, the minor broadcasts the block to the network. Each other minor and non - mining node verifies the validity of the transaction calculation and the resulting state change before accepting the block, merges the block into a copy of the block chain, and proceeds to the next block. I've been studying Ethereum and other block chain application platforms for a long time, but even if there is a person who directly talks about this, it is negligible. As you enter the more technical aspect, it will be an obvious function of the system, but for less startup, this is less obvious. Is this more expensive than doing calculations on the server? Yes, depending on the nature of the contract, you need to do so. Below are the basic principles of economics and / or calculations.