Disposable configuration of remotely reconfigurable systems

Bossuet, Lilian; Fischer, Viktor; Gaspar, Lubos; Torres, Lionel; Gogniat, Guy

doi:10.1016/j.micpro.2015.05.007

Cited by 6 publications

(2 citation statements)

References 35 publications

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“…Reconfigurable secure protocol (RSP), with adaptively dynamic protocol reconfiguration and flexible cryptogram resource configuration, 1,2 offers a great possibility of alleviating resources constrains, improving resources utilization and enhancing network security in SGIN. Security protocol reconfiguration (SPR) generates protocols by determining proper protocol flow and its components, picking cryptogram resources that satisfy the functional requirements and performance indexes for each component, and then assembling these selected resources in terms of the protocol flow.…”

Section: Introductionmentioning

confidence: 99%

HiCoACR: A reconfiguration decision-making model for reconfigurable security protocol based on hierarchically collaborative ant colony

Yi¹,

Liao

Du³

et al. 2020

International Journal of Distributed Sensor Networks

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Reconfigurable security protocols, with dynamic protocol configuration and flexible resource allocation, have become a state-of-the-art technology to guarantee the security of space-ground integrated network. However, reconfiguration decision-making for reconfigurable security protocols remains a major challenge in order to adapt to diverse secure service requirements and deploy higher security level but more complicated security strategies in nodes with limited resources and computing abilities. To handle this problem commendably, a hierarchically collaborative ant colony–based reconfiguration decision-making model called HiCoACR is proposed. This model, inspired by the ideas of hierarchical reinforcement learning and population collaboration, decomposes the reconfiguration decision-making problem into two sub-problems by introducing a two-level hierarchy ant colony consisting of the Explorer and the Worker. The Explorer controls directions of protocol reconfiguration and generates abstract scheduling sub-goals which are conveyed from the Worker. While the Worker schedules most suitable cryptogram resources for each sub-goal received and produces the optimal reconfiguration solution which is verified and re-optimized by a Lévy process–based stochastic gradient descent algorithm. Both the Explorer and the Worker adopt a modified version of ant colony algorithm to fulfill its targets, where a hierarchical pheromone is defined to reinforce positive behaviors of each ant colony. Experiment results suggest that HiCoACR outperforms baseline algorithms and possesses well model transferability.

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Section: Introductionmentioning

confidence: 99%

HiCoACR: A reconfiguration decision-making model for reconfigurable security protocol based on hierarchically collaborative ant colony

Yi¹,

Liao

Du³

et al. 2020

International Journal of Distributed Sensor Networks

View full text Add to dashboard Cite

show abstract

“…Reconfigurable secure protocol (RSP), with adaptively dynamic protocol assembly and flexible resource configuration [1][2], could greatly improves resources utilization and enhances network security, especially in access points of spaceground integrated network (SGIN). Since performance of all components determine the efficiency of target protocol, the key issues in RSP is to determine the optimal secure access resources and corresponding protocol flow to generate the target protocol, which is defined as assembly decision-making problem (ADMP) in this paper.…”

Section: Introductionmentioning

confidence: 99%

A Hierarchically Collaborative Ant Colony Based Assembly Algorithm for Security Protocol

Yi¹,

Sun²,

Cao³

et al. 2019

Proceedings of the 2019 International Conference on Wireless Communication, Network and Multimedia Engineering (WCNME 2019)

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Assembly of reconfigurable security protocol remains a major challenge for deploying higher security-level but more complicated security strategies in access points with limited resources and computing abilities. To handle this problem commendably, a hierarchically collaborative ant colony-based assembly algorithm was proposed. This algorithm decomposed the security protocol assembly problem into assembling directions controlling sub-task and cryptographic components selection sub-task. Directions control generated assembly subgoals and cryptographic components selection schedules the bestfitted components for given sub-goals. Both sub-tasks adopted a modified version of ant colony algorithm to fulfil its targets. These two ant colony algorithms generate a candidate optimal solution collaboratively for the assembly problem. And a hierarchical pheromone was defined to reinforce positive behaviors of ant colony. Additionally, a Lévy theory based stochastic gradient algorithm was adopted to verify and reoptimize the optimal solution. Experiment results suggest that the proposed algorithm outperforms baseline algorithms in convergence and performance.

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Digital Right Management for IP Protection

Torres¹,

Benoit²,

Rampon³

et al. 2017

Foundations of Hardware IP Protection

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International audienceThe digital rights management (DRM) principle is generally well known for the exchange of files (music, video), or software management. Specialized solutions concerning professional software are behind a business called “Software License Management”. The concept of DRM can be transposed to other areas, in particular to the design of hardware devices. Although the concept of DRM is allowed and widely used in the field of software, this is not the case for Integrated Circuit design (no industrial solutions to date are actually proposed)

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Disposable configuration of remotely reconfigurable systems

Cited by 6 publications

References 35 publications

HiCoACR: A reconfiguration decision-making model for reconfigurable security protocol based on hierarchically collaborative ant colony

HiCoACR: A reconfiguration decision-making model for reconfigurable security protocol based on hierarchically collaborative ant colony

A Hierarchically Collaborative Ant Colony Based Assembly Algorithm for Security Protocol

Digital Right Management for IP Protection

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