超级大月华
Open Trade
BNB Holder
Frequent Trader
2.4 Years
我是月华，手把手教你如何学会交易小技巧
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How to Achieve 0.05% Slippage in Alpha Trading?
I've seen many posts in the square, and I feel that most of them are not very detailed.
Without further ado, let's get straight to the point (May 17, 2025)
1. Overall Content
1. It is recommended to use wallet trading.
2. Prefer ZKJ, observe trading trends and prioritize choosing the sideways phase.
3. Select suppliers based on quality, adjust the minimum collection amount to 0.1% (to avoid slippage), as (recommended trading range) can facilitate rapid back-and-forth trading.
4. Actual trading slippage is less than 0.05%. Details: The lower the single transaction amount, the relatively less slippage.
2. Conclusion
First of all, thank you all for reaching here; this is all the content of this alpha trading session.
Without further ado, let's get straight to the point (May 17, 2025)
1. Overall Content
1. It is recommended to use wallet trading.
2. Prefer ZKJ, observe trading trends and prioritize choosing the sideways phase.
3. Select suppliers based on quality, adjust the minimum collection amount to 0.1% (to avoid slippage), as (recommended trading range) can facilitate rapid back-and-forth trading.
4. Actual trading slippage is less than 0.05%. Details: The lower the single transaction amount, the relatively less slippage.
2. Conclusion
First of all, thank you all for reaching here; this is all the content of this alpha trading session.
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#BibancePizza
【In-depth Analysis of Binance Web3 Wallet Operation Strategies through Game Theory Design】
This article will dissect the logic behind Binance's "Dynamic Points Decay Mechanism" from the perspective of behavioral economics, providing participants with sustainable gaming strategies.
I. Triple Mechanism Design of Ecological Game
1. Dynamic Decay Algorithm
- Strengthening of the Matthew Effect for the top 20% of users
- Activation of loss aversion for the bottom 80% of users
- Sunk cost trap for all users
2. Pareto Improvement Trap
Deliberately maintaining a negative return experience for 30% of users (small airdrops cannot cover wear), while intermittently providing excess returns (such as 600U airdrop) to create intermittent reinforcement stimulation, perfectly aligning with the variable ratio reinforcement mechanism in Skinner's box theory.
3. Asymmetric Information Game
Constructing a Bayesian game model by hiding rule parameters (decay coefficient λ, prize pool triggering threshold θ), keeping participants in a state of incomplete information game, effectively enhancing user stickiness.
II. User Decision Biases from the Perspective of Behavioral Finance
1. Gambler's Fallacy: 80% of users continue to invest to "break even" previous losses
2. Hot Hand Effect: The top 20% of users continue to increase their stakes to maintain an advantage
3. Anchoring Effect: Using 600U airdrop to reconstruct users' psychological account anchors
III. Suggestions for Sustainable Participation Strategies (Based on Monte Carlo Simulation)
1. Cost Control: Reducing wear by seeking stable market conditions
2. Opportunity Capture: Understanding the corresponding value of each airdrop to improve yield ratios
3. Hedging Strategy: For example, buying BNB at TGE (recommended BNB/USDT reverse contract hedging)
Conclusion: In this intricate differential game system constructed by Binance, the real winning strategy does not lie in maximizing short-term gains.
Thank you all for reading. Additionally, there is also the following activity that you can participate in, let's interact, brothers.
【In-depth Analysis of Binance Web3 Wallet Operation Strategies through Game Theory Design】
This article will dissect the logic behind Binance's "Dynamic Points Decay Mechanism" from the perspective of behavioral economics, providing participants with sustainable gaming strategies.
I. Triple Mechanism Design of Ecological Game
1. Dynamic Decay Algorithm
- Strengthening of the Matthew Effect for the top 20% of users
- Activation of loss aversion for the bottom 80% of users
- Sunk cost trap for all users
2. Pareto Improvement Trap
Deliberately maintaining a negative return experience for 30% of users (small airdrops cannot cover wear), while intermittently providing excess returns (such as 600U airdrop) to create intermittent reinforcement stimulation, perfectly aligning with the variable ratio reinforcement mechanism in Skinner's box theory.
3. Asymmetric Information Game
Constructing a Bayesian game model by hiding rule parameters (decay coefficient λ, prize pool triggering threshold θ), keeping participants in a state of incomplete information game, effectively enhancing user stickiness.
II. User Decision Biases from the Perspective of Behavioral Finance
1. Gambler's Fallacy: 80% of users continue to invest to "break even" previous losses
2. Hot Hand Effect: The top 20% of users continue to increase their stakes to maintain an advantage
3. Anchoring Effect: Using 600U airdrop to reconstruct users' psychological account anchors
III. Suggestions for Sustainable Participation Strategies (Based on Monte Carlo Simulation)
1. Cost Control: Reducing wear by seeking stable market conditions
2. Opportunity Capture: Understanding the corresponding value of each airdrop to improve yield ratios
3. Hedging Strategy: For example, buying BNB at TGE (recommended BNB/USDT reverse contract hedging)
Conclusion: In this intricate differential game system constructed by Binance, the real winning strategy does not lie in maximizing short-term gains.
Thank you all for reading. Additionally, there is also the following activity that you can participate in, let's interact, brothers.
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