https://www.youtube.com/watch?v=ZfHI5o09FgU&feature=youtu.be
Host: Joe R.
Speaker: Alexander Renz
以自身執行在寶僑和沃爾瑪結盟的專案為例,例如貨品的 RFID tag 追蹤,最大的挑戰來自於 system infrastructure.
moust people 都是 data 的消費者,但卻忽略的自身產生的 data,且不了解這些 data 的價值
Open Data 是 AI and mechine learning 的養分。
Speaker: Jesse Babbra (很漂亮)
Henry Reign2 小時前
How can embedded devices possibly confirm two transactions with their limited CPU?
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Peter Ryszkiewicz
Peter Ryszkiewicz1 小時前
There's a few answers here: (1) the small devices can offload the proof of work to a more powerful "parent" device of some sort. (2) devices will get smaller, cheaper, and faster in the coming years, so this will become less of an issue (3) the IOTA Foundation is developing "trinary" type devices (Jinn) which are optimized for these kinds of computations.
Henrik Wallin
Henrik Wallin53 分鐘前
Clarification: There is absolutely no problem for a tiny device to confirm transactions (they just have to check that the checksum is OK, which is very easy). The problem is that they have to to do proof-of-work to make their own transaction possible for others to confirm and for that they need to find a number that gives a hash that ends in a lot of 9s.
It is possible to move this PoW from the tiny device to one central computer according to this speech though:
"Talk by Harm van den Brink, Distributed Ledger (IOTA) expert at, the Tech Deep Dive at Delft University of Technology. "
https://youtu.be/klhcoB1uimw
I personally believe that it should be possible with some sort of proof-of-stake (in a part of the Tangle) instead of, or partly replacing, proof-of-work. Raiblocks with their blockchain-DAG-mix has something like this, and the already implemented Flash channels are getting rid of some of the proof-of-stake too.
Sami Salem1 小時前
Devices with limited CPU will be able to outsource POW to a local iota-node (Server with enough processing power).