Anti-cheating prosumer energy exchange based on indirect reciprocity

Author(s):  
Liang Xiao ◽  
Yan Chen ◽  
K. J. Ray Liu
2019 ◽  
Author(s):  
Francesco Margoni ◽  
Elena Nava ◽  
Luca Surian

Most cooperative interactions involve the expectation of mutual reciprocation and are based on interpersonal trust. Thus, understanding when and how humans acquire interpersonal trust can help unveiling the origins and development of children’s cooperative behavior. Here, we investigated whether prior socio-moral information about trading partners modulates the choice of preschool- (4-5 years) and school-age children (7-8 years) to share their own goods in a child-friendly version of the Trust Game. In this game, the trustee partner can repay the child’s initial investment or keep everything and betray the trustor. In two studies, we addressed whether trust is modulated by trustees exhibiting prosocial versus antisocial behaviors (Study 1, ‘helpers and hinderers’), or respect-based versus fear-based power (Study 2, ‘leaders and bullies’). Preschoolers trusted the leader more than the bully, and trusted the hinderer less than a neutral agent, but did not yet trust the helper more than the hinderer. The tendency to trust helpers more than hinderers increased with age as a result of the increased propensity to trust the prosocial agent. In Study 3, a group of preschoolers played the Dictator Game, a measure of pure generosity, with the same agents used for Study 1. Sharing rates were reliably lower than in Study 1, suggesting that the rates of investment in the trust game cannot be due solely to altruistic or indirect reciprocity motives. Overall, these findings indicate that, by age five, children understand complex cooperative exchanges and start relying on socio-moral information when deciding whom to trust.


Impact ◽  
2019 ◽  
Vol 2019 (10) ◽  
pp. 73-75
Author(s):  
Susumu Hara

Professor Susumu Hara is based at the Department of Aerospace Engineering, Nagoya University in Japan explains that when the Mars rover Opportunity was set to land on that planet in the first weeks of 2004, onlookers held their breath as it dropped from orbit and hurtled toward the red surface. 'Any failure in the calculations or landing systems would mean a harder than expected impact,' he highlights. 'The impacts sustained by a rover such as Opportunity can derail a mission before it even starts, damaging cargo or vital systems required to complete the mission.' Impacts occur during landing but also as the craft enters the atmosphere, when it makes sudden moves, while it is on surface or when debris strikes it. 'Therefore, a system and materials to protect a craft are vital,' outlines Hara. 'Surprisingly, the solutions to this problem are not sophisticated. In fact, most craft still employ devices resembling automobile bumpers, which absorb the energy from an impact by crumpling under the force of said impact.' Unfortunately, these cannot be reused, even during testing phases a new prototype is required after every single test run. Recent missions also employed techniques like airbags or sky cranes. While successful they too have drawbacks. 'Airbags create huge rebounds which can jostle the craft and the contents inside while sky cranes are extremely costly to develop,' Hara says. For this reason, he is dedicated to designing a new highly reliable and cost-effective shock control mechanism.


2001 ◽  
Vol 2 (3) ◽  
pp. 329-332
Author(s):  
Dragica ŠIŠŠOVIĆ ◽  
Nikola ŠIŠŠOVIĆ
Keyword(s):  

2021 ◽  
Vol 1859 (1) ◽  
pp. 012050
Author(s):  
Z Kasapeteva ◽  
A Dakova ◽  
V Slavchev ◽  
D Dakova ◽  
L Kovachev ◽  
...  

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