0 Members and 1 Guest are viewing this topic.
What about this: Wouldn't shuffling after every block with the probability based on votes received make it harder to collude because a double spender would have to know the order of the next delegates?
So every delegate finds the same amount of blocks and gets the same reward as long as he is in the top 100, right?
Quote from: delulo on June 05, 2014, 06:13:43 pmQuote from: toast on June 05, 2014, 01:31:35 pmQuote from: Come-from-Beyond on June 05, 2014, 11:41:01 amQuote from: coolspeed on June 05, 2014, 11:02:56 amCan the TPS of DPOS be as high as NXT Transparent Forging?TPS = Transactions Per SecondNeither do I know whether NXT already implemented TF.TF is not implemented completely yet. If DPOS gives a way to predict next miner with high probability then the answer is YES, I believe.The exact order for delegates is known between every shuffle. So except for between shuffles you always know the next delegate with certainty at least 30s in advance.So the order of delegates is not known in advance for the next 100 blocks and instead only for the next block? After every block the next delegates is selected randomly? Say there is only one delegate left from the 100 that has not yet been selected to find a block then he will be the one to find the next block?Every 100 blocks there is 1 shuffle that decides the next 100 blocks. So you always know on average 50 blocks in advance. Sometimes there is only 30 seconds and sometimes there is 3000 seconds depending upon where your delegate ended up in the shuffle.
Quote from: toast on June 05, 2014, 01:31:35 pmQuote from: Come-from-Beyond on June 05, 2014, 11:41:01 amQuote from: coolspeed on June 05, 2014, 11:02:56 amCan the TPS of DPOS be as high as NXT Transparent Forging?TPS = Transactions Per SecondNeither do I know whether NXT already implemented TF.TF is not implemented completely yet. If DPOS gives a way to predict next miner with high probability then the answer is YES, I believe.The exact order for delegates is known between every shuffle. So except for between shuffles you always know the next delegate with certainty at least 30s in advance.So the order of delegates is not known in advance for the next 100 blocks and instead only for the next block? After every block the next delegates is selected randomly? Say there is only one delegate left from the 100 that has not yet been selected to find a block then he will be the one to find the next block?
Quote from: Come-from-Beyond on June 05, 2014, 11:41:01 amQuote from: coolspeed on June 05, 2014, 11:02:56 amCan the TPS of DPOS be as high as NXT Transparent Forging?TPS = Transactions Per SecondNeither do I know whether NXT already implemented TF.TF is not implemented completely yet. If DPOS gives a way to predict next miner with high probability then the answer is YES, I believe.The exact order for delegates is known between every shuffle. So except for between shuffles you always know the next delegate with certainty at least 30s in advance.
Quote from: coolspeed on June 05, 2014, 11:02:56 amCan the TPS of DPOS be as high as NXT Transparent Forging?TPS = Transactions Per SecondNeither do I know whether NXT already implemented TF.TF is not implemented completely yet. If DPOS gives a way to predict next miner with high probability then the answer is YES, I believe.
Can the TPS of DPOS be as high as NXT Transparent Forging?TPS = Transactions Per SecondNeither do I know whether NXT already implemented TF.
This is an issue of trust once you get to 10K/sec because the bandwidth required is no longer able to be supported by a decentralized network. However, DPOS allows for centralization of delegates without losing the property of decentralized control.
Obviously. But when you think about the fact that bitcoin network constitutes largest super computer in the world, the transition from using that level of computational resources for pointless work to using it for increased network capacity I'd say that dpos can scale well beyond visa in the future.
Dan has said that dpos can scale to the size of visas 10,000 tps. I think nxt can handle 1,000 tps with tf, so yes dpos is better.
I'd say, depending on the connection/network of the delegates DPOS can be really fast .. in the testnet block are faster than 30 secs