The attention is a scarce resource in decentralized autonomous organizations(DAOs),as their self-governance relies heavily on the attention-intensive decision-making process of“proposal and voting”.To prevent the ne...
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The attention is a scarce resource in decentralized autonomous organizations(DAOs),as their self-governance relies heavily on the attention-intensive decision-making process of“proposal and voting”.To prevent the negative effects of pro-posers’attention-capturing strategies that contribute to the“tragedy of the commons”and ensure an efficient distribution of attention among multiple proposals,it is necessary to establish a market-driven allocation scheme for DAOs’***,the Harberger tax-based attention markets are designed to facilitate its allocation via continuous and automated trading,where the individualized Harberger tax rate(HTR)determined by the pro-posers’reputation is ***,the Stackelberg game model is formulated in these markets,casting attention to owners in the role of leaders and other competitive proposers as *** equilibrium trading strategies are also discussed to unravel the intricate dynamics of attention ***,utilizing the single-round Stackelberg game as an illustrative example,the existence of Nash equilibrium trading strategies is ***,the impact of individualized HTR on trading strategies is investigated,and results suggest that it has a negative correlation with leaders’self-accessed prices and ownership duration,but its effect on their revenues varies under different *** study is expected to provide valuable insights into leveraging attention resources to improve DAOs’governance and decision-making process.
Given a switched system and a safe region that is a subset of the state space, a state trajectory is safe if the whole trajectory is within the safe region. The safety-critical stability problem here is to determine t...
Unconventional non-Hermitian properties have been harnessed to enhance quantum ***-reciprocity has been identified as a powerful resource for non-Hermitian ***,it was demonstrated that with two coherent drives,recipro...
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ISBN:
(数字)9789887581536
ISBN:
(纸本)9781665482561
Unconventional non-Hermitian properties have been harnessed to enhance quantum ***-reciprocity has been identified as a powerful resource for non-Hermitian ***,it was demonstrated that with two coherent drives,reciprocal non-Hermitian sensors can attain the same limit as those of non-reciprocal *** this paper we demonstrate the positive role played by the gain noise in making a reciprocal sensor to have an arbitrarily large *** do this,we take the best possible measurement rate per photon as the figure of *** is found that for the single-drive case,the best possible measurement rate per photon of reciprocal and non-reciprocal sensors do not change in the ideal case where the gain and loss are ignored;For the two-drive case,the best performance of non-reciprocal sensors can still be made arbitrarily large no matter whether gain and loss are *** gain noise is however crucial for reciprocal sensors to have an arbitrarily large *** the noise is regarded as a negative effect that can greatly degrade the performance of sensing,this work helps to better understand the positive role of gain in reciprocal sensing.
Non-Hermitian systems have been extensively studied in quantum metrology due to their unique properties,such as the skin effects,exceptional points,and the *** has been demonstrated that although non-Hermitian systems...
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ISBN:
(数字)9789887581536
ISBN:
(纸本)9781665482561
Non-Hermitian systems have been extensively studied in quantum metrology due to their unique properties,such as the skin effects,exceptional points,and the *** has been demonstrated that although non-Hermitian systems may achieve ultra-high precision of quantum sensing,the measurement precision greatly depends on the position of the coherent drive in the regime of linear *** this paper,we further investigate how the position of the coherent drive impacts the precision of non-Hermitian sensing in the regime beyond linear *** is found that in contrast to the linear case,the best possible quantum Fisher information per photon of the sensor does not depend on the position of the coherent drive in the nonlinear perturbation regime.
This study considers a practically important financial transactions allocation problem originated from interbank market. To achieve fairness and sparsity at the same time, we formulate the problem as a non-linear spar...
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Dear Editor,Modeling is the first and essential step for control and automation,and large models,from current Chat GPT or large language models(LLMs)to future large knowledge models of knowledge automation,would be th...
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Dear Editor,Modeling is the first and essential step for control and automation,and large models,from current Chat GPT or large language models(LLMs)to future large knowledge models of knowledge automation,would be the foundation model and infrastructure intelligence for coming intelligent industries and smart societies.
Multiform fractures have a direct impact on the mechanical performance of rock *** accurately identify multiform fractures,the distribution patterns of grayscale and the differential features of fractures in their nei...
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Multiform fractures have a direct impact on the mechanical performance of rock *** accurately identify multiform fractures,the distribution patterns of grayscale and the differential features of fractures in their neighborhoods are *** on this,a multiscale processing algorithm is *** multiscale process is as *** the neighborhood of pixels,a grayscale continuous function is constructed using bilinear interpolation,the smoothing of the grayscale function is realized by Gaussian local filtering,and the grayscale gradient and Hessian matrix are calculated with high *** small-scale blocks,the pixels are classified by adaptively setting the grayscale threshold to identify potential line segments and *** the global image,potential line segments and mini-fillings are spliced together by progressing the block frontier layer-by-layer to identify and mark multiform *** accuracy of identifying multiform fractures is improved by constructing a grayscale continuous function and adaptively setting the grayscale thresholds on small-scale *** the layer-by-layer splicing algorithm is performed only on the domain of the 2-layer small-scale blocks,reducing the *** using rock mass images with different fracture types as examples,the identification results show that the proposed algorithm can accurately identify the multiform fractures,which lays the foundation for calculating the mechanical parameters of rock masses.
The enormous computational requirements and unsustainable resource consumption associated with massive parameters of large language models and large vision models have given rise to challenging ***, we propose an inte...
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The enormous computational requirements and unsustainable resource consumption associated with massive parameters of large language models and large vision models have given rise to challenging ***, we propose an interpretable ‘small model’ framework characterized by only a single core-neuron, *** one-core-neuron system(OCNS), to significantly reduce the number of parameters while maintaining performance comparable to the existing ‘large models’ in time-series forecasting. With multiple delay feedback designed in this single neuron, our OCNS is able to convert one input feature vector/state into one-dimensional time-series/sequence, which is theoretically ensured to fully represent the states of the observed dynamical system. Leveraging the spatiotemporal information transformation, the OCNS shows excellent and robust performance in forecasting tasks, in particular for short-term high-dimensional systems. The results collectively demonstrate that the proposed OCNS with a single core neuron offers insights into constructing deep learning frameworks with a small model, presenting substantial potential as a new way for achieving efficient deep learning.
COMPUTATIONAL knowledge vision [1] is emphasized as a novel perspective or field in this paper. It first proposes the visual hierarchy and its connection to knowledge, stating that knowledge is a justified true belief...
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COMPUTATIONAL knowledge vision [1] is emphasized as a novel perspective or field in this paper. It first proposes the visual hierarchy and its connection to knowledge, stating that knowledge is a justified true belief. To further the previous research, we concisely summarize our recent works and suggest a new direction that knowledge is also a thought framework in vision.
With the rapid development of artificial intelligence (AI), the game between the human and machine/AI becomes more and more common. The related theoretical analysis becomes significant and necessary, which however is ...
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